A Global Company - micromax.com.au Catalog for... · The MXE-200i and MXE-100i pre-integrated, pre-validated hard-and-software building blocks deliver all the computing, communication,

ADLINK, a manufacturer of embedded computing technology, leads the field with integration of computing power, rugged design, high availability, and industrial I/O. Dedicated to test & measurement, industrial automation, defense and aerospace, gaming, communications, medical, and transportation applications, ADLINK has made a name for itself providing reliable products of superior quality for cost-effective solutions, allowing our customers around the world to significantly reduce time-to-market burdens while increasing their competitive edge.

By providing leading-edge application-ready platforms and industrial building blocks, ADLINK empowers our customers, allowing them to minimize total cost of ownership (TOC) with customization and system integration advantages, keeping manufacturing costs low and extending product lifecycles.

ADLINK is a Premier Member of the Intel® Internet of Things Solutions Alliance and is active in several standards organizations, including the PCI Industrial Computer Manufacturers

Group (PICMG), the PXI Systems Alliance (PXISA), and the Standardization Group for Embedded Technologies (SGET).

ADLINK is a global company with headquarters in Taiwan; manufacturing in Taiwan and China; R&D and integration in Taiwan, China, the US, and

Germany; and an extensive network of worldwide sales and support offices. ADLINK is ISO-9001, ISO-14001, ISO-13485 and TL9000

certified and is publicly traded on the TAIEX Taiwan Stock Exchange (stock code: 6166). ADLINK products are currently available in

over 40 countries across 5 continents, supported by worldwide distribution networks and offices and over 1600 employees.

A Global Company

P 3

About ADLINK

Products and Services

Measurement and AutomationADLINK’s is dedicated to providing reliable, top quality products for industrial I/O control, motion control, digital imaging, data acquisition, and modular instrument applications. Our comprehensive portfolio of measurement and automation products, application ready platforms, and easy-to-use software packages, with integrated value-added service, continually meet and exceed customer requirements for industrial automation systems, machine vision systems, and automated test and measurement equipment.

PXI & Modular InstrumentsData AcquisitionGPIB & Bus ExpansionMachine Vision

Mobile and Panel ComputingADLINK is dedicated to providing rugged mobile and panel computing products for industrial applications, including industrial automation, logistics management and medical. We specialize in meeting the needs of harsh and demanding environments, as well as mobile deployments in industrial settings.

Tablet PCsHandheld ComputersIndustrial Monitors and Panel ComputersMedical Monitors and Panel Computers Motion Control

Distributed I/OIntelligent Computing Platforms

Modular & SFF Computing With the combined experience and technical knowledge of ADLINK, Ampro Computers and LiPPERT Embedded Computers, ADLINK is able to provide a wide range of Computer-on-Modules and Small Form Factor (SFF) Single Board Computers. Our Extreme Rugged™ product lines have wide operating temperature ranges and meet MILSTD shock and vibration specifications.

Computer-on-Modules

COM Express SMARC Qseven ETX

Embedded ComputingADLINK works closely with Intel® to ensure that we develop and introduce innovative computing technologies by implementing embedded computing roadmaps and selecting computer solutions that best fit our target markets. This enables ADLINK to provide the highest quality and performance products with the long life cycles required by our embedded computing customers.

Network AppliancesOutdoor Rugged Servers Media Cloud ServersAdvancedTCA 6U/3U CompactPCI Platforms VPX Blades and Development KitsExtreme Rugged SystemsEmbedded Flash Storage

Rugged Small Form Factor Single Board Computers

PC/104 PC/104-Plus PCI/104 PCI/104-Express Mini-ITX

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A Global Company

To fulfill your requirement of high quality, cost-effective products, with quick t ime to market in product development, ADLINK has established and assembled an Design and Manufacturing Services team to cater to the specific demands that off-the-shelf products could not meet.

From embedded computers, data acquisition cards, and CompactPCI systems to related software packages, our DMS design team has the expertise to rapidly prototype upon the approval of finalized specifications. In addition, the winning of ISO-9001 certification ensures the exactitude of our research and development procedures with the highest product quality.

ADLINK owns and operates the manufacturing facilities in our Asia headquarters. Complete capabilities include our own PCB layout teams, SMT lines, system integration, and test capabilities. In short, ADLINK controls the whole manufacturing process, from layout and design to prototyping and volume production.

eRMAADLINK customers can send their RMA requests via our eRMA system. After obtaining an RMA number, you can track your RMA status online at any time.

Ask An ExpertThis is the place to get help for ADLINK products. 'Ask an Expert' provides answers to commonly asked questions, or you can click on the 'Ask a Question' tab to contact ADLINK's knowledgeable staff about a specific product or issue. ADLINK AAE (Ask an Expert) is available 24/7 online and is staffed by dedicated professionals who are available to address customers' needs and answers question. All issues and comments are recorded into a database and can be tracked/reviewed at anytime. ADLINK customers are invited to access the AAE system at: http://www.adlinktech.com/AAE

Partner CenterThe ADLINK Partner Center is specif ical ly designed for worldwide sales and marketing support to allow our global sales representatives and distributors access to real-time product and marketing information and materials as soon as they are released at ADLINK headquarters. More than a resource database, the ADLINK Partner Center will also facilitate your business in serving customers.

Customer Services

ADLINK is not only devoted to providing local service worldwide, but also to providing convenient online service, The following services are available around the clock on the Internet.

Design and Manufacturing Services

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About ADLINK

RoHS Compliant ComputingADLINK is committed to fulfill its social responsibility to global environmental preservation through compliance with the European Union's Restriction of Hazardous Substances (RoHS) directive, which restricts the use of harmful substances such as lead, mercury and cadmium in new equipment.

Most end-user applications in which ADLINK products are used do not require RoHS compliance. However, ADLINK will actively work with customers whose products are not RoHS exempt under category 8 or category 9 classifications. Our lead-free production line and process, including solder paste, solder bar and process control parameters, has been developed and standardized in our manufacturing system.

Conflict Free Minerals PolicyADLINK TECHNOLOGY INC. will not knowingly procure material supplies and components that contain minerals that directly or indirectly finance or benefit armed groups in the Democratic Republic of Congo (DRC) or an adjoining country.

We urge our suppliers to support this policy in their own procurement guidelines and provide us with accurate country of origin information.

ADLINK shall:

• Comply fully with requests from EICC-GeSI.

• Conduct a reasonable country of origin inquiry to clarify the origins of the Gold, Tantalum, Tungsten and Tin used in our products.

• Establish reasonable objectives and targets with a goal of ascertaining and minimizing ADLINK's risk. With a goal of continuous improvement for our Conflict Free Minerals Program, develop a means to measure objectives and targets. ADLINK will also review, revise and report these measures, and overall program updates, on an annual basis.

• Empower all employees, suppliers, vendors and contractors to take ownership in complying with the Conflict Free Minerals Policy and to escalate risks in the supply chain to management's attention.

• Effectively communicate to all employees this Conflict Free Minerals Policy and our Conflict Free Minerals Program.

Management FlowThe management flow of ADLINK's Green Policy begins during the development stage of a product. Only parts and raw materials that meet RoHS requirements are sourced. Our engineers specifically design products using only qualified components. A lead-free process ensures that manufactured products are "green." Green products do not contain environmentally hazardous elements and can easily be recycled.

REACH DeclarationThe Registration, Evaluation, Authorization and Restriction of Chemicals Regulation 1907/2006, commonly referred to as "REACH", is Europe's new chemicals legislation. The products that we supply are non-chemical products and under normal and reasonable use, they will not release harmful substance. Furthermore, we will immediately inform you in correspondence to REACH-Article 33 if any substance of content (as from a content of >0.1%) in our products will be classified alarming by the European Agency for Chemicals ECHA.

Environmental Protection Policy

ADLINK implemented a Green Product Policy in May 2004 to align the purchasing and use of green products meeting requirements from international environment protection statutes. Environmental protection is a top priority for the management at ADLINK. Measures have been taken to ensure that our products have little impact on the environment. In addition to planning a leadless process, the affect on the environment of components and raw materials will also be reduced. The Green Product concept has been built into our new product development system to ensure protection of the environment and continued business success.

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A Global Company

Applications

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The Internet of Things (IoT)

IoT-based Automated Parking Systems


Machine Failure Prediction

Application

Features and Benefits

ADLINK Solutions

The automated parking solution monitors parking areas and gathers real time occupancy data, providing intelligent and innovative parking solutions for both operators and customers. When arriving in an active area, customers can use their phone to access information through text message, application, and the Internet. With the smart solution, operators can access real-time data to exploit their parking resources fully, via continuous updates on variations in parking needs by area.

In this way, data showing the current state of the automated parking system enables real-time and remote facility monitoring and advanced cloud services without affecting legacy infrastructure, thereby reducing maintenance costs while increasing efficiency.

ApplicationIndustrial machinery is subject to nearly constant shock and vibration which can generate fatigue and wear materials and components, with imprecision and eventual system failure the result. Forecasting potential problems in order to implement preventive measures and maintenance or even replacement are critical capabilities in sustaining performance and avoiding downtime and costly damage.

The advent of the cloud-based Internet of Things (IoT) has allowed data acquisition from a wide variety of sensor types, including vibration, noise, temperature, voltage, pressure, and many others, vastly improving the capabilities of machine failure prediction, with real-time data transmission, remote control and monitoring, and enhanced accuracy, all dramatically boosting efficiency and economy.

Ruggedized fanless and cable-free design with wide temperature range -20 to 70°C operating rangeEnables connectivity between PLC and PC-based monitoring control systems, enabling fast and easy maintenance by smart handheld devices via 3G/WiFi connectionCollected real time information can be leveraged by ITS applications

ADLINK’s Matrix MXE-200i and MXE-100i IoT gateways, based on the Intel® IoT Gateway portfolio combine the advantages of the Intel Wind River® Intelligent Device Platform, McAfee® security packs, and ADLINK’s SEMA Cloud utility. The MXE-200i and MXE-100i pre-integrated, pre-validated hard-and-software building blocks deliver all the computing, communication, connectivity, security, and manageability necessary to establish an industrial-grade cloud-based IoT application. Enabling system integrators to quickly develop and deploy IoT applications, real time remote facility monitoring and advanced cloud services are delivered, without affecting legacy infrastructure. Increases in capital investment for the parking facility are minimal while resulting benefits are considerable, including reduced maintenance costs and enhanced operational efficiency.


ADLINK Solutions

Ruggedized fanless and cable-free construction with wide -20 to 70°C operating rangeIncorporation with ADLINK DAQ products empowers acquisition of real-time machine informationOperable under harsh environments, with industrial grade EMI/EMS rating (EN 61000-6-4,61000-6-2), reducing space and wiring costs by combining controller and gateway functions in a single device

ADLINK MXE-200i is a dedicated IIoT gateway based on the Intel® IoT Gateway portfolio of pre-integrated and pre-validated software and hardware bundles developed to address the challenges facing IIoT, enabling connectivity of legacy industrial devices and other systems. In addition to collaboration with McAfee® and Wind River® with resulting intelligent systems integrating technologies and communication protocols for networking and embedded control with reinforced security, the ADLINK MXE-200i also provides the benefits of ADLINK’s proprietary SEMA Cloud utility, with flexible connection to push data to the cloud, deliver remote monitoring and control capabilities, and offer rich libraries and tools allowing OEM customers to easily configure and design intuitive GUIs viewable on any browser-based device for 24/7 data access. Make it for easier and more cost-efficient deployment of IIoT applications with reduced development time.

MXE-5400

MXE-200i

USB-2405

MXE-100i

MXE-200i

WiFi

Noise Vibration Temperature Voltage Pessure

WiFi/Zigbee/LAN/USB/Serial

Applications

P 7 P 8


IoT-based Automated Parking Systems


Machine Failure Prediction

Application


ADLINK Solutions

The automated parking solution monitors parking areas and gathers real time occupancy data, providing intelligent and innovative parking solutions for both operators and customers. When arriving in an active area, customers can use their phone to access information through text message, application, and the Internet. With the smart solution, operators can access real-time data to exploit their parking resources fully, via continuous updates on variations in parking needs by area.

In this way, data showing the current state of the automated parking system enables real-time and remote facility monitoring and advanced cloud services without affecting legacy infrastructure, thereby reducing maintenance costs while increasing efficiency.

ApplicationIndustrial machinery is subject to nearly constant shock and vibration which can generate fatigue and wear materials and components, with imprecision and eventual system failure the result. Forecasting potential problems in order to implement preventive measures and maintenance or even replacement are critical capabilities in sustaining performance and avoiding downtime and costly damage.

The advent of the cloud-based Internet of Things (IoT) has allowed data acquisition from a wide variety of sensor types, including vibration, noise, temperature, voltage, pressure, and many others, vastly improving the capabilities of machine failure prediction, with real-time data transmission, remote control and monitoring, and enhanced accuracy, all dramatically boosting efficiency and economy.

Ruggedized fanless and cable-free design with wide temperature range -20 to 70°C operating rangeEnables connectivity between PLC and PC-based monitoring control systems, enabling fast and easy maintenance by smart handheld devices via 3G/WiFi connectionCollected real time information can be leveraged by ITS applications

ADLINK’s Matrix MXE-200i and MXE-100i IoT gateways, based on the Intel® IoT Gateway portfolio combine the advantages of the Intel Wind River® Intelligent Device Platform, McAfee® security packs, and ADLINK’s SEMA Cloud utility. The MXE-200i and MXE-100i pre-integrated, pre-validated hard-and-software building blocks deliver all the computing, communication, connectivity, security, and manageability necessary to establish an industrial-grade cloud-based IoT application. Enabling system integrators to quickly develop and deploy IoT applications, real time remote facility monitoring and advanced cloud services are delivered, without affecting legacy infrastructure. Increases in capital investment for the parking facility are minimal while resulting benefits are considerable, including reduced maintenance costs and enhanced operational efficiency.


ADLINK Solutions

Ruggedized fanless and cable-free construction with wide -20 to 70°C operating rangeIncorporation with ADLINK DAQ products empowers acquisition of real-time machine informationOperable under harsh environments, with industrial grade EMI/EMS rating (EN 61000-6-4,61000-6-2), reducing space and wiring costs by combining controller and gateway functions in a single device

ADLINK MXE-200i is a dedicated IIoT gateway based on the Intel® IoT Gateway portfolio of pre-integrated and pre-validated software and hardware bundles developed to address the challenges facing IIoT, enabling connectivity of legacy industrial devices and other systems. In addition to collaboration with McAfee® and Wind River® with resulting intelligent systems integrating technologies and communication protocols for networking and embedded control with reinforced security, the ADLINK MXE-200i also provides the benefits of ADLINK’s proprietary SEMA Cloud utility, with flexible connection to push data to the cloud, deliver remote monitoring and control capabilities, and offer rich libraries and tools allowing OEM customers to easily configure and design intuitive GUIs viewable on any browser-based device for 24/7 data access. Make it for easier and more cost-efficient deployment of IIoT applications with reduced development time.

MXE-5400

MXE-200i

USB-2405

MXE-100i

MXE-200i

WiFi

Noise Vibration Temperature Voltage Pessure

WiFi/Zigbee/LAN/USB/Serial

Applications

P 9 P 1 0

Industrial Automation

AOI with Expandable Fanless Embedded Computers


Printing Image Inspection

Application


ADLINK Solutions

Automated optical inspection (AOI) is an automated visual inspection of a wide range of products, such as PCBs, LCDs, wafer, and automotive parts. It is commonly used in manufacturing processes because it is a non-contact test method and used for inspecting parts that have limited and known variations. These inspection devices all have some common attributes that affect capability, accuracy, and reliability. AOI is able to perform most of the visual checks performed previously by manual operators far more quickly and accurately.

In light of the increasing demands for AOI, ADLINK developed the Matrix MXC series of fanless embedded computers to provide a robust solution with optimal inspection strategy in order to achieve the best possible defect coverage, which optimizes the production processes and lower your maintenance cost by extending the MTBF (mean time between failure) of the system with its fanless and cable-less design.

ApplicationWith increases in complexity and varieties of materials, quality control in the print becomes more difficult to achieve. As a result, AOI (Automatic Optical Inspection) procedures are gaining popularity in textile, printing, medical, and food packaging applications.

Critical to such quality assurance measures is the identification and confirmation of the existence of such material defects as ink smear/splash, hologram defects, pollutants, and barcode and stamping misprints, before cutting, and subsequent removal of the defects. AOI comprehensively verifies the integrity of all printed elements, including variable text, ID and other number components, and barcode fields, all on the fly, with no interruption of production cycle, a distinct improvement over more conventional verification processes in which production must be interrupted.

Solutions to this type of application can include electronic camera with unique light source and other precision functions to synchronize the image capture action with the motion of the conveyor in the required location. The timely image processing technology is also required to keep the conveyor rolling. When the inspection iscomplete, the image is stored for future inquiry.

Cable-free, fanless design for reliable system operationCompact and rugged, supporting a variety of applications in different fieldsEasy to maintain and install add-on cards for reducing maintenance costsOptional hot-pluggable fan module for enhanced heat dissipation of high power consumption PCI/PCIe add-on cards

The ADLINK MXC-6300 leads the field with its combination of high-performance computing power and three PCI/PCIe high-speed expansion slots in a compact enclosure, enabling integration of various applications. For high-resolution imaging applications, the MXC-6300's unique design reserves sufficient space for wide PCIe x16 graphic add-on cards with fan. Additionally, the MXC-6300's rich I/O interface, including six USB ports (4 USB 3.0 + 2 USB 2.0), 4 serial ports, 16-CH digital I/O, and 2 Gigabit Ethernet ports, is 100% accessible through the front panel, making installation and maintenance easier and more convenient than ever before.


ADLINK Solutions

Reliable industrial-grade high performance computing platform maximizes data throughputFlexible PCIe/PCI expansion capability fully supports machine vision applicationsSpeedy time-to-market with reliable application control

To ensure the integrity of work pieces during flying shear operation, ADLINK’s high-speed vision solution, integrating our M-342 and RK-610AM with the Euresys™ Grablink Full Camera Link®-based frame grabber, provides an application-ready platform for machine vision applications featuring 3rd generation Intel® Core™ i7 quad core processors, supporting up to 32 GB DDR3 1600 DRAM with one PCIe x16 Gen3, one PCIe x4 Gen2 and five PCI expansion slots, and two SATA III/4xSATA II ports supporting RAID 0/1/5/10.

The platform's dedicated PCIe bandwidth, together with integrated Grablink Full Camera Link®-based frame grabber, ensures image data transition up to 850 MB/sec with no frame loss. Maximized computing performance shortens inspection times while automatically recording all data, resulting in an ideal solution for AOI mission-critical tasks.

CCD Camera

Knife

RK-610AMM-342

Grablink Full

Applications

P 9 P 1 0


AOI with Expandable Fanless Embedded Computers


Printing Image Inspection

Application


ADLINK Solutions

Automated optical inspection (AOI) is an automated visual inspection of a wide range of products, such as PCBs, LCDs, wafer, and automotive parts. It is commonly used in manufacturing processes because it is a non-contact test method and used for inspecting parts that have limited and known variations. These inspection devices all have some common attributes that affect capability, accuracy, and reliability. AOI is able to perform most of the visual checks performed previously by manual operators far more quickly and accurately.

In light of the increasing demands for AOI, ADLINK developed the Matrix MXC series of fanless embedded computers to provide a robust solution with optimal inspection strategy in order to achieve the best possible defect coverage, which optimizes the production processes and lower your maintenance cost by extending the MTBF (mean time between failure) of the system with its fanless and cable-less design.

ApplicationWith increases in complexity and varieties of materials, quality control in the print becomes more difficult to achieve. As a result, AOI (Automatic Optical Inspection) procedures are gaining popularity in textile, printing, medical, and food packaging applications.

Critical to such quality assurance measures is the identification and confirmation of the existence of such material defects as ink smear/splash, hologram defects, pollutants, and barcode and stamping misprints, before cutting, and subsequent removal of the defects. AOI comprehensively verifies the integrity of all printed elements, including variable text, ID and other number components, and barcode fields, all on the fly, with no interruption of production cycle, a distinct improvement over more conventional verification processes in which production must be interrupted.

Solutions to this type of application can include electronic camera with unique light source and other precision functions to synchronize the image capture action with the motion of the conveyor in the required location. The timely image processing technology is also required to keep the conveyor rolling. When the inspection iscomplete, the image is stored for future inquiry.

Cable-free, fanless design for reliable system operationCompact and rugged, supporting a variety of applications in different fieldsEasy to maintain and install add-on cards for reducing maintenance costsOptional hot-pluggable fan module for enhanced heat dissipation of high power consumption PCI/PCIe add-on cards

The ADLINK MXC-6300 leads the field with its combination of high-performance computing power and three PCI/PCIe high-speed expansion slots in a compact enclosure, enabling integration of various applications. For high-resolution imaging applications, the MXC-6300's unique design reserves sufficient space for wide PCIe x16 graphic add-on cards with fan. Additionally, the MXC-6300's rich I/O interface, including six USB ports (4 USB 3.0 + 2 USB 2.0), 4 serial ports, 16-CH digital I/O, and 2 Gigabit Ethernet ports, is 100% accessible through the front panel, making installation and maintenance easier and more convenient than ever before.


ADLINK Solutions

Reliable industrial-grade high performance computing platform maximizes data throughputFlexible PCIe/PCI expansion capability fully supports machine vision applicationsSpeedy time-to-market with reliable application control

To ensure the integrity of work pieces during flying shear operation, ADLINK’s high-speed vision solution, integrating our M-342 and RK-610AM with the Euresys™ Grablink Full Camera Link®-based frame grabber, provides an application-ready platform for machine vision applications featuring 3rd generation Intel® Core™ i7 quad core processors, supporting up to 32 GB DDR3 1600 DRAM with one PCIe x16 Gen3, one PCIe x4 Gen2 and five PCI expansion slots, and two SATA III/4xSATA II ports supporting RAID 0/1/5/10.

The platform's dedicated PCIe bandwidth, together with integrated Grablink Full Camera Link®-based frame grabber, ensures image data transition up to 850 MB/sec with no frame loss. Maximized computing performance shortens inspection times while automatically recording all data, resulting in an ideal solution for AOI mission-critical tasks.

CCD Camera

Knife

RK-610AMM-342

Grablink Full

Applications

P 1 1 P 1 2


Food and Beverage Inspection


Laser cutting and Engraving application

Application


ADLINK Solutions

Success in the food and beverage industry relies on productivity and quality, and machine vision plays an increasingly important role in increasing productivity and quality assurance.

Manufacturing processes utilizing machine vision technology such as 2D code readers, label inspection, OCV (optical character verification), and pattern matching are significantly advantageous, improving production yield and automatic identification and resolution of manufacturing problems on the line. Simultaneous multi-camera execution of these tasks delivers a cost-effective solution, reducing total cost of ownership. As environments grow, effective production and quality control management benefit considerably from ready-to-deploy systems providing quick and worry-free inspection access to all areas, and efficient synchronization of the multi-camera array.

ApplicationLaser cutting and engraving equipment consists of a laser to process materials which are commonly used for industrial manufacturing applications, such as cutting plastic, metal, coated metal, stone, and glass. The laser engraving process leaves a clean edge for a high-quality surface finish. Industrial laser cutters are used to cut flat sheet-like materials as well as structural and piping materials.

The surface comprises material the laser can act on. Normally, the laser beam has a focused spot of 0.2 mm diameter at the cutting surface and is emitted from the laser generator which allows the controller to trace patterns onto the surface. The controller masters the direction, the intensity, the speed of movement, and the spread of the laser beam aimed at the surface. The surface is picked to match what the laser can act on.

Compared with mechanical surface finishing processes, laser cutting offers advantages over mechanical cutting processes, including being easier to work with, reducing contamination of work-piece, and a cleaner surface finish.

To complete CNC processes, laser cutting and engraving processes are used in molding production, surface processing, material cutting, PCB drilling, and electrode formation. The laser cutting takes direct input in the form of electronic data from a CAD drawing to produce flat form parts of great complexity. By using laser technology, accuracy and precision are greatly enhanced.

Reliable industrial grade high performance computingFlexible PCIe/PCI expandability Fully compatible with ADLINK off-the-shelf frame grabbers, minimizing TCO

ADLINK’s configuration with NuPRO-E42, RK-410FS, and PCIe-GIE64+ creates a powerful industrial vision system implementing 4th generation Intel® Core™ i family processors, delivering multi-tasking capability, high computing power, and speedy data transfer, with support for multiple RS-232/RS-422/485 ports. Fully compatible with ADLINK off-the shelf frame grabbers, the solutions benefit from ADLINK's proven expertise in machine automation, with a clear advantage in easy integration. All applications benefit significantly reduced cost and maintenance requirements and simplified installation.


ADLINK Solutions

Reliable industrial grade high performance computing platform Fast time to market with reliable application controlEasily upgrade equipment performance with ADLINK DSP-base close-loop controller

ADLINK’s IMB-M40H/RK-608MB-C with PCI-8254/8258 is a motion application ready tower system. The system features 3rd generation Intel® Core™ i7 quad core processor, up to 16GB DDR3 1600 DRAM and provides one PCIe x16 Gen2, two PCIe x1 Gen2 and four PCI expansion slots. System dimensions (W330 x H196 x D406) are fully compatible with application environments. With integration of ADLINK's PCI-8254/8258 off-the-shelf advanced motion controller, the system can control the intensity of the laser with synchronous positioning and speed movements.

To improve the smooth path of a uniform laser process, the system utilizes a look-up table to ensure accurate variability of intensity and speed of movement. In addition, the system provides both PWM and analog signals to control the intensity of the laser precisely by separately changing the frequency or period of PWM signals. The system also features a point-table function to simultaneously perform a particular path and control on-board I/O based on the electronic data. Through DSP technology integration, the system further provides velocity planning, trajectory smoothing, and automatic point-feeding to perform 2D laser-table (X-Y table) movement precisely and smoothly.

Defect Inspection Barcode Inspection OCR / OCV

RK-410FS

NuPRO-E42 PCle-GIE64+

IMB-M40H PCI-8254/8258

Applications

P 1 1 P 1 2


Food and Beverage Inspection


Laser cutting and Engraving application

Application


ADLINK Solutions

Success in the food and beverage industry relies on productivity and quality, and machine vision plays an increasingly important role in increasing productivity and quality assurance.

Manufacturing processes utilizing machine vision technology such as 2D code readers, label inspection, OCV (optical character verification), and pattern matching are significantly advantageous, improving production yield and automatic identification and resolution of manufacturing problems on the line. Simultaneous multi-camera execution of these tasks delivers a cost-effective solution, reducing total cost of ownership. As environments grow, effective production and quality control management benefit considerably from ready-to-deploy systems providing quick and worry-free inspection access to all areas, and efficient synchronization of the multi-camera array.

ApplicationLaser cutting and engraving equipment consists of a laser to process materials which are commonly used for industrial manufacturing applications, such as cutting plastic, metal, coated metal, stone, and glass. The laser engraving process leaves a clean edge for a high-quality surface finish. Industrial laser cutters are used to cut flat sheet-like materials as well as structural and piping materials.

The surface comprises material the laser can act on. Normally, the laser beam has a focused spot of 0.2 mm diameter at the cutting surface and is emitted from the laser generator which allows the controller to trace patterns onto the surface. The controller masters the direction, the intensity, the speed of movement, and the spread of the laser beam aimed at the surface. The surface is picked to match what the laser can act on.

Compared with mechanical surface finishing processes, laser cutting offers advantages over mechanical cutting processes, including being easier to work with, reducing contamination of work-piece, and a cleaner surface finish.

To complete CNC processes, laser cutting and engraving processes are used in molding production, surface processing, material cutting, PCB drilling, and electrode formation. The laser cutting takes direct input in the form of electronic data from a CAD drawing to produce flat form parts of great complexity. By using laser technology, accuracy and precision are greatly enhanced.

Reliable industrial grade high performance computingFlexible PCIe/PCI expandability Fully compatible with ADLINK off-the-shelf frame grabbers, minimizing TCO

ADLINK’s configuration with NuPRO-E42, RK-410FS, and PCIe-GIE64+ creates a powerful industrial vision system implementing 4th generation Intel® Core™ i family processors, delivering multi-tasking capability, high computing power, and speedy data transfer, with support for multiple RS-232/RS-422/485 ports. Fully compatible with ADLINK off-the shelf frame grabbers, the solutions benefit from ADLINK's proven expertise in machine automation, with a clear advantage in easy integration. All applications benefit significantly reduced cost and maintenance requirements and simplified installation.


ADLINK Solutions

Reliable industrial grade high performance computing platform Fast time to market with reliable application controlEasily upgrade equipment performance with ADLINK DSP-base close-loop controller

ADLINK’s IMB-M40H/RK-608MB-C with PCI-8254/8258 is a motion application ready tower system. The system features 3rd generation Intel® Core™ i7 quad core processor, up to 16GB DDR3 1600 DRAM and provides one PCIe x16 Gen2, two PCIe x1 Gen2 and four PCI expansion slots. System dimensions (W330 x H196 x D406) are fully compatible with application environments. With integration of ADLINK's PCI-8254/8258 off-the-shelf advanced motion controller, the system can control the intensity of the laser with synchronous positioning and speed movements.

To improve the smooth path of a uniform laser process, the system utilizes a look-up table to ensure accurate variability of intensity and speed of movement. In addition, the system provides both PWM and analog signals to control the intensity of the laser precisely by separately changing the frequency or period of PWM signals. The system also features a point-table function to simultaneously perform a particular path and control on-board I/O based on the electronic data. Through DSP technology integration, the system further provides velocity planning, trajectory smoothing, and automatic point-feeding to perform 2D laser-table (X-Y table) movement precisely and smoothly.

Defect Inspection Barcode Inspection OCR / OCV

RK-410FS

NuPRO-E42 PCle-GIE64+

IMB-M40H PCI-8254/8258

Lamp Panel Robot Oven Air Cooling Stage

Loader

NuPRO-A40H PCI-7856 RK-608B MNET-4XMO HSL DI/O HSL DI/O HSL DI/O Unloader

Traffic Lights

Applications

P 1 3 P 1 4


Distributed Real-Time Motion & I/O control system for Machine Automation

Digital Security Surveillance

Using an Integrated Fanless Embedded Computer for a Vehicle Identification System

Application


ADLINK Solutions

Industrial production manufacturers require increasingly enhanced functionality in their process applications, for example, in LCD production, light on testing, laser cutting, cleaning, and macro inspection systems all require comprehensive distributed motion & I/O solutions for data acquisition and motion control.

Dedicated clean ovens are commonly used in production line sheet-feed processes, to dry LCD glass after cleaning for color-filter burning and to bake after application of resist. For these processes, precise loading and unloading of LCD products plays a vital role.

ApplicationA vehicle identification system (VIS) is a solution for automatic licence plate recognition and vehicle identification that helps to increase the effectiveness of modern security systems, which is now considered part of an intelligent transportation system (ITS). VIS technology captures vehicle licence plates, analyzes images, and increase the level of security, based on a multi-criteria comparison of a photo of the vehicle and a photo stored in storage. The system needs to provide long-term durability and reliability to operate effectively day and night to monitor both static and moving vehicles.

In light of the increasing demands for VIS, ADLINK developed a series of embedded computers—the Matrix MXE series—to provide a robust solution with versatile integrated I/O options suitable for many different fields, such as access control to public or private car lots, logistics, roads and motorways, police force applications and automatic detection of traffic violations.

Motionnet and HSL's high speed deterministic response time characteristics enable precise controlSEMA support, reducing maintenance effortsReady to deploy with fully compatible with ADLINK off-the-shelf motion controllers

High-speed deterministic response time of conveyor sensor signals is required for precise control. The system configured with NuPRO-A40H, RK-608B and PCI-7856 delivers a scalable high performance platform for machine automation. Features 3rd generation Intel® Core™ i7/i5/i3 and Pentium® processors, supports up to 7 PCI slots with RS-422/485 capability with integrated ADLINK off-the shelf Master-Slave Distributed Motion & I/O Master Controller can be used to achieve distributed motion and I/O control with minimal effort and precise control.


ADLINK Solutions

Cable-free structure provides more reliable performanceFanless thermal structure beneficial for digital security surveillance applicationsFlexible mini PCIe module for extended functionalityCompact and rugged to handle any application

The ADLINK MXE series is an exceptionally rugged embedded controller for operating in harsh environments. Its -20°C to 70°C (-4˚F to 158˚F) temperature range allows it to operate outdoors in both hot summer days and cold winter nights. The Matrix can also be deployed on vehicles as it can withstand 5 Grms vibration. And, its fanless and cable-less structure ensures extensive durability for long-term usage.

The Matrix MXE series features an Intel® embedded processor to deliver adequate performance at low-power. The MXE series also integrates versatile generic and special purpose I/O features to support a wide variety of applications. The on-board Gigabit Ethernet is designed for connecting cameras for surveillance and image recognition applications, while its COM ports meet the requirements in most machine automation and facility management applications. Combining rugged design and integrated I/O functions, the ADLINK MXE series offers the most versatile choice for your applications.

Lamp Panel Robot Oven Air Cooling Stage

Loader

NuPRO-A40H PCI-7856 RK-608B MNET-4XMO HSL DI/O HSL DI/O HSL DI/O Unloader

Traffic Lights

Applications

P 1 3 P 1 4


Distributed Real-Time Motion & I/O control system for Machine Automation


Using an Integrated Fanless Embedded Computer for a Vehicle Identification System

Application


ADLINK Solutions

Industrial production manufacturers require increasingly enhanced functionality in their process applications, for example, in LCD production, light on testing, laser cutting, cleaning, and macro inspection systems all require comprehensive distributed motion & I/O solutions for data acquisition and motion control.

Dedicated clean ovens are commonly used in production line sheet-feed processes, to dry LCD glass after cleaning for color-filter burning and to bake after application of resist. For these processes, precise loading and unloading of LCD products plays a vital role.

ApplicationA vehicle identification system (VIS) is a solution for automatic licence plate recognition and vehicle identification that helps to increase the effectiveness of modern security systems, which is now considered part of an intelligent transportation system (ITS). VIS technology captures vehicle licence plates, analyzes images, and increase the level of security, based on a multi-criteria comparison of a photo of the vehicle and a photo stored in storage. The system needs to provide long-term durability and reliability to operate effectively day and night to monitor both static and moving vehicles.

In light of the increasing demands for VIS, ADLINK developed a series of embedded computers—the Matrix MXE series—to provide a robust solution with versatile integrated I/O options suitable for many different fields, such as access control to public or private car lots, logistics, roads and motorways, police force applications and automatic detection of traffic violations.

Motionnet and HSL's high speed deterministic response time characteristics enable precise controlSEMA support, reducing maintenance effortsReady to deploy with fully compatible with ADLINK off-the-shelf motion controllers

High-speed deterministic response time of conveyor sensor signals is required for precise control. The system configured with NuPRO-A40H, RK-608B and PCI-7856 delivers a scalable high performance platform for machine automation. Features 3rd generation Intel® Core™ i7/i5/i3 and Pentium® processors, supports up to 7 PCI slots with RS-422/485 capability with integrated ADLINK off-the shelf Master-Slave Distributed Motion & I/O Master Controller can be used to achieve distributed motion and I/O control with minimal effort and precise control.


ADLINK Solutions

Cable-free structure provides more reliable performanceFanless thermal structure beneficial for digital security surveillance applicationsFlexible mini PCIe module for extended functionalityCompact and rugged to handle any application

The ADLINK MXE series is an exceptionally rugged embedded controller for operating in harsh environments. Its -20°C to 70°C (-4˚F to 158˚F) temperature range allows it to operate outdoors in both hot summer days and cold winter nights. The Matrix can also be deployed on vehicles as it can withstand 5 Grms vibration. And, its fanless and cable-less structure ensures extensive durability for long-term usage.

The Matrix MXE series features an Intel® embedded processor to deliver adequate performance at low-power. The MXE series also integrates versatile generic and special purpose I/O features to support a wide variety of applications. The on-board Gigabit Ethernet is designed for connecting cameras for surveillance and image recognition applications, while its COM ports meet the requirements in most machine automation and facility management applications. Combining rugged design and integrated I/O functions, the ADLINK MXE series offers the most versatile choice for your applications.

Applications

P 1 5 P 1 6


Outdoor Unmanned Traffic Monitoring System


Electronic Highway Tollbooth and Surveillance Systems

Application


ADLINK Solutions

Remote observation and identification of traffic infractions in urban settings has become standard procedure in the last decade. As technologies evolve, challenges in such solutions increase commensurately.

The system must integrate diversified functionality. Activity must be accurately monitored and desired event capture accomplished efficiently. The internal application then performs further analysis to determine if a violation has occurred. Finally, the pertinent media-based record must be remitted to a control center. Critical requirements thus comprise powerful computing performance and rich data transmission capabilities.

Additionally, however, the systems are primarily deployed in environments with little or no protection from exposure to the elements and pollutants, factors which must be prevented from impairing system results. Finally, since limited physical access to system components is common to deployment locations, remote maintenance and management are essential to system administrators.

ApplicationTollbooth lanes are often utilized to allow motorists in single-occupant vehicles to access high-occupancy vehicle lanes. Tolls are collected either by manned tollbooths, automatic number plate recognition, or electronic toll collection systems.

The main function of a tollbooth lane is to identify, record, and control passage of vehicles, to carry out toll payments and transmit acquired information to monitoring and local toll plaza facilities. Toll payment information is monitored and aggregated at each toll plaza and reported to central administration for further custom processing.

Toll systems require an industrial platform integrated with serial communication cards to connect and control the systems, remit related data to the control center, and control barriers, read vehicle license plates, and control trigger settings via capture cards.

Cable-free structure provides more reliable performanceFanless thermal structure beneficial for digital security surveillance applicationsFlexible mini PCIe module for extended functionality

ADLINK’s MXE-5400, based on 4th Gen Intel® Core™ i7-4700EQ quad-core processors, delivers outstanding performance, excellent manageability, optimized connectivity, and rugged design in a compact package. To enhance data reliability, an internal dual SATA-III interface provides RAID support and the dual mini PCIe interfaces support rich wireless communication options, with one configurable to mini SATA access by jumper selection. In addition, surge protection of GgE ports and COM ports further accommodate outdoor applications.

Compact and rugged to handle any applicationSurge protection of GgE ports and COM ports further accommodate outdoor applications


ADLINK Solutions

Cable-free, fanless design for reliable system operationCompact and rugged, supporting a variety of applications in different fieldsEasy to maintain and install add-on cards reduce maintenance costsOptional hot-pluggable fan module for enhanced heat dissipation of high power consumption PCI/PCIe add-on cards

The MXC-6000 fanless expandable embedded system is perfectly suited for electronic toll gate and surveillance applications with high performanceIntel® Core™ i7 Processor with superior graphic performance, two GbE ports, four serial ports and two PCI/PCIe expansion slots. All electronics are securelyhoused in a compact, rugged chassis with thermal cooling fins, for easy and dependable deployment, even in severe conditions.

Each surveillance camera is connected to a 2/4-port PCI/PCIe video capture card or PoE frame grabber. Captured images transferred to system storage can be scaled down with application software. Entry systems are connected to the control center via Ethernet, and onboard serial ports or add-on serialcommunication cards enable reliable, high-speed serial communication.

IP Camera

MXE-5400

Surveillance DataTransmission

WAN connection

Server

Message SignControl System

Camera MXC-6000 Series

Control CenterTraffic Signal

Applications

P 1 5 P 1 6


Outdoor Unmanned Traffic Monitoring System


Electronic Highway Tollbooth and Surveillance Systems

Application


ADLINK Solutions

Remote observation and identification of traffic infractions in urban settings has become standard procedure in the last decade. As technologies evolve, challenges in such solutions increase commensurately.

The system must integrate diversified functionality. Activity must be accurately monitored and desired event capture accomplished efficiently. The internal application then performs further analysis to determine if a violation has occurred. Finally, the pertinent media-based record must be remitted to a control center. Critical requirements thus comprise powerful computing performance and rich data transmission capabilities.

Additionally, however, the systems are primarily deployed in environments with little or no protection from exposure to the elements and pollutants, factors which must be prevented from impairing system results. Finally, since limited physical access to system components is common to deployment locations, remote maintenance and management are essential to system administrators.

ApplicationTollbooth lanes are often utilized to allow motorists in single-occupant vehicles to access high-occupancy vehicle lanes. Tolls are collected either by manned tollbooths, automatic number plate recognition, or electronic toll collection systems.

The main function of a tollbooth lane is to identify, record, and control passage of vehicles, to carry out toll payments and transmit acquired information to monitoring and local toll plaza facilities. Toll payment information is monitored and aggregated at each toll plaza and reported to central administration for further custom processing.

Toll systems require an industrial platform integrated with serial communication cards to connect and control the systems, remit related data to the control center, and control barriers, read vehicle license plates, and control trigger settings via capture cards.

Cable-free structure provides more reliable performanceFanless thermal structure beneficial for digital security surveillance applicationsFlexible mini PCIe module for extended functionality

ADLINK’s MXE-5400, based on 4th Gen Intel® Core™ i7-4700EQ quad-core processors, delivers outstanding performance, excellent manageability, optimized connectivity, and rugged design in a compact package. To enhance data reliability, an internal dual SATA-III interface provides RAID support and the dual mini PCIe interfaces support rich wireless communication options, with one configurable to mini SATA access by jumper selection. In addition, surge protection of GgE ports and COM ports further accommodate outdoor applications.

Compact and rugged to handle any applicationSurge protection of GgE ports and COM ports further accommodate outdoor applications


ADLINK Solutions

Cable-free, fanless design for reliable system operationCompact and rugged, supporting a variety of applications in different fieldsEasy to maintain and install add-on cards reduce maintenance costsOptional hot-pluggable fan module for enhanced heat dissipation of high power consumption PCI/PCIe add-on cards

The MXC-6000 fanless expandable embedded system is perfectly suited for electronic toll gate and surveillance applications with high performanceIntel® Core™ i7 Processor with superior graphic performance, two GbE ports, four serial ports and two PCI/PCIe expansion slots. All electronics are securelyhoused in a compact, rugged chassis with thermal cooling fins, for easy and dependable deployment, even in severe conditions.

Each surveillance camera is connected to a 2/4-port PCI/PCIe video capture card or PoE frame grabber. Captured images transferred to system storage can be scaled down with application software. Entry systems are connected to the control center via Ethernet, and onboard serial ports or add-on serialcommunication cards enable reliable, high-speed serial communication.

IP Camera

MXE-5400

Surveillance DataTransmission

WAN connection

Server

Message SignControl System

Camera MXC-6000 Series

Control CenterTraffic Signal

Center Monitoring

SERVER

GPS

GPRS/WLAN

GPS

VGA

COM/USB

Video Cameras

Vehicle Control Node GPS

CCD camera

Laser Scanner

RS232

Applications

P 1 7 P 1 8

Intelligent Transportation

Automatic Fare Collection System


Intelligent Unmanned Ground Vehicles

Application


ADLINK Solutions

Currently operational Automated Fare Collection Systems not only perform automatic bill and coin validation, but also execute advanced data collection, reporting, and analysis. Also available are stop level fare reporting, point of sale fare media, and wireless data collection upload via wireless, as well as GPS-based completed trip reporting including schedule adherence, dwell times, and many others.

Operators can extract vehicle-specific revenue data per vehicle and route and generate other information in real-time, including fare boxes, card validator, next stop announcement systems, and automatic passenger counts. The system also delivers relevant status information including minutes ahead or behind schedule, text and voice messaging with the dispatcher, navigation, or emergency alarms. All generated information is securely processed and stored in the system database before conversion to usable content for the operators' financial, planning and operational needs, and increased efficiency, productivity, flexibility and customer satisfaction are the result.

In this application, important considerations include limited space and support for future flexibility and expansion with a variety of functions, operability under harsh environments.

ApplicationIntelligent Unmanned Ground Vehicle systems consist of vehicles functioning with no human operator onboard. The unmanned vehicles can be remotely controlled or guided, or autonomous vehicles capable of self-navigation based on detected environmental factors.

The systems are valuable in many scenarios in which it may be dangerous, inconvenient, or impractical to have a human operator present. Vehicles are outfitted with sensors to detect environmental conditions, and either autonomously operate in response, or feed gathered information back to a central or remote operator who then applies vehicle control accordingly through a command transmission system.

The initial goal of UGV systems was to equip off-road vehicles with computer-controlled unmanned operability, including integrated remote control systems; on-road and off-road navigation; detection capability; and route planning algorithms, all in addition to standard mobility.

PCI/PCIe expansion slots for integrating specific J1708/J1587/J1939 cards supporting Transit Interface Built-in dual port isolated CAN bus facilities for communication between in-vehicle devicesReliable ruggedized fanless and cable-free design with wide temperature range -20 to 70°C withstanding harsh environments for in-vehicle application Easy connectivity with front accessible for streamlined installation and maintenance

With rugged construction, compact size, and operating tolerance of -20°C to 70°C and 50G Shock and 5G Vibration, along with rich I/O, dual port isolated CAN bus design, and expansion slots for flexibility, the Matrix MXC-2300 proves itself as the most suitable platform to meet all these requirements in moving vehicle applications.


ADLINK Solutions

Offering one PCI and one PCIe x4 expansion slot for various add-on cards for increased vertical applicationsFanless and cable-free design provide more reliable performance, easier installation and maintenance

ADLINK’s high performance MXC-6000 fanless computer proves to be the ideal platform for these in-vehicle systems. With a wide range ofinput power options and built-in resilience, the MXC-6000 more than fulfils the application’s specific requirements. PCI/PCIe expansion slots allowinstallation of a variety of PCI, PCIe add-on cards and a rich I/O front panel connectivity supports UGV needs to accommodate vision card, camera,navigation node, vehicle control node via GbE Ethernet ports, COM ports, and USB ports.

Compact size and rugged design with wide temperature range -10°C to 60°C,50 G shock and 5 Grms vibration are ready for harsh environments in different fields Competitive price/performance ratio solutions

Center Monitoring

SERVER

GPS

GPRS/WLAN

GPS

VGA

COM/USB

Video Cameras

Vehicle Control Node GPS

CCD camera

Laser Scanner

RS232

Applications

P 1 7 P 1 8


Automatic Fare Collection System


Intelligent Unmanned Ground Vehicles

Application


ADLINK Solutions

Currently operational Automated Fare Collection Systems not only perform automatic bill and coin validation, but also execute advanced data collection, reporting, and analysis. Also available are stop level fare reporting, point of sale fare media, and wireless data collection upload via wireless, as well as GPS-based completed trip reporting including schedule adherence, dwell times, and many others.

Operators can extract vehicle-specific revenue data per vehicle and route and generate other information in real-time, including fare boxes, card validator, next stop announcement systems, and automatic passenger counts. The system also delivers relevant status information including minutes ahead or behind schedule, text and voice messaging with the dispatcher, navigation, or emergency alarms. All generated information is securely processed and stored in the system database before conversion to usable content for the operators' financial, planning and operational needs, and increased efficiency, productivity, flexibility and customer satisfaction are the result.

In this application, important considerations include limited space and support for future flexibility and expansion with a variety of functions, operability under harsh environments.

ApplicationIntelligent Unmanned Ground Vehicle systems consist of vehicles functioning with no human operator onboard. The unmanned vehicles can be remotely controlled or guided, or autonomous vehicles capable of self-navigation based on detected environmental factors.

The systems are valuable in many scenarios in which it may be dangerous, inconvenient, or impractical to have a human operator present. Vehicles are outfitted with sensors to detect environmental conditions, and either autonomously operate in response, or feed gathered information back to a central or remote operator who then applies vehicle control accordingly through a command transmission system.

The initial goal of UGV systems was to equip off-road vehicles with computer-controlled unmanned operability, including integrated remote control systems; on-road and off-road navigation; detection capability; and route planning algorithms, all in addition to standard mobility.

PCI/PCIe expansion slots for integrating specific J1708/J1587/J1939 cards supporting Transit Interface Built-in dual port isolated CAN bus facilities for communication between in-vehicle devicesReliable ruggedized fanless and cable-free design with wide temperature range -20 to 70°C withstanding harsh environments for in-vehicle application Easy connectivity with front accessible for streamlined installation and maintenance

With rugged construction, compact size, and operating tolerance of -20°C to 70°C and 50G Shock and 5G Vibration, along with rich I/O, dual port isolated CAN bus design, and expansion slots for flexibility, the Matrix MXC-2300 proves itself as the most suitable platform to meet all these requirements in moving vehicle applications.


ADLINK Solutions

Offering one PCI and one PCIe x4 expansion slot for various add-on cards for increased vertical applicationsFanless and cable-free design provide more reliable performance, easier installation and maintenance

ADLINK’s high performance MXC-6000 fanless computer proves to be the ideal platform for these in-vehicle systems. With a wide range ofinput power options and built-in resilience, the MXC-6000 more than fulfils the application’s specific requirements. PCI/PCIe expansion slots allowinstallation of a variety of PCI, PCIe add-on cards and a rich I/O front panel connectivity supports UGV needs to accommodate vision card, camera,navigation node, vehicle control node via GbE Ethernet ports, COM ports, and USB ports.

Compact size and rugged design with wide temperature range -10°C to 60°C,50 G shock and 5 Grms vibration are ready for harsh environments in different fields Competitive price/performance ratio solutions

Center Monitoring

GPS

IP

MXE-5400Monitor & Control the Charge & Discharge of Batteries

MXC-2300

Payment in theInductive Card

InformationDisplay

TouchScreen Receipt Machine

Applications

P 1 9 P 2 0


In-vehicle Multimedia and Surveillance Technologies


Electric Vehicle Battery Exchange System

Application


ADLINK Solutions

The popularity of in-vehicle multimedia access is increasing with the evolution of digital content and distances travelled. Mass transit system or long-distance bus users can experience improved quality of travel when accompanied by music, video, and even interactive internet content. Also increasing in desirability is personal access to the internet. Wireless AP can be implemented on public transport to provide wireless internet services to passengers.

In addition, with growing concerns over security, the demand for in-vehicle surveillance technologies is also expanding. With the convenience and cost-effectiveness of Ethernet networks and wireless technologies, IP surveillance systems can be implemented on buses or trains to enhance passenger safety, fleet management, and traffic monitoring, especially in combination with vehicle positioning provided by GPS, delivering real-time driving status to operators and system administrators.

Given the limited space available in vehicles, meeting the various requirements of such systems is clearly a challenge. In-vehicle systems must provide multimedia content, along with data acquisition from both inside and outside the vehicle, with transmission of the data to centralized control facilities. Finally, the system must operate effectively under the conditions unique to moving vehicles, including high frequency of vibration and shock and severe temperatures.

ApplicationTo encourage the use of electric scooters to help improve air quality and gradually eliminate fossil fuel use within the next 10 years, Taipei City Government plans to set up hundreds of battery exchange stations which will accommodate thousands of electric scooters.

The Electric Vehicle Battery Exchange System classifies batteries as Waiting to Charge, Charging, and Charged. Users simply pay with a debit card, enter instructions on a computer screen, and insert a depleted lithium battery in exchange for a charged one. The entire process takes only a few minutes as opposed to the hours spent waiting for a battery to charge.

Cable-free structure provides more reliable performanceFanless thermal structure beneficial for critical applicationsFlexibility mini PCIe module for extended functionalityCompact and rugged, ready for various in-vehicle applications

With sophisticated mechanical design and discreet circuit layout, the ADLINK Matrix series offers rugged platform suitable for severe operating environments. The Matrix series packs versatile I/O application solutions into minimized form factors, to meet the needs of a huge variety of applications.Matrix provides a full spectrum of fanless embedded computers to fulfill every application-specific task.

The Matrix MXE series accommodates powerful Intel® processors to fulfill delivery of digital content while processing surveillance data received throughmultiple GbE Ethernet ports. With the flexibility of an internal mini PCIe module, the Matrix-E series takes full advantage of a diversity of wireless protocolssuch as 3G/UMTS/WiFi and Bluetooth.


ADLINK Solutions

Compact and rugged design are suited to harsh environments and outdoor applicationsReliable fanless and durable cable-free design accommodate severe temperature and vibration environmentsEasily to maintained and installed with the PCI/ PCIe add-on cards for various applicationsOptional hot-pluggable fan module for enhanced heat dissipation of high power consumption PCI/ PCIe add-on cardsBuilt in dual-port isolated CAN (Controller Area Network) bus facilitates communication between micro-controllers and devices.

The Matrix MXC-2300 provides system stability and reliability required to best support the Electric Vehicle Battery Exchange System. The system design, with one PCI and one PCIe slot, built in dual-port isolated CAN allow micro-controllers and devices to communicate with each other for utilizing the transactions.

The MXC-2300, compact and reliable with a fanless and cable-free design, accommodates -20°C to 70°C (-4˚F to 158˚F) operating environments, and is equipped with thermal fins for efficient cooling in harsh environments.

Center Monitoring

GPS

IP

MXE-5400Monitor & Control the Charge & Discharge of Batteries

MXC-2300

Payment in theInductive Card

InformationDisplay

TouchScreen Receipt Machine

Applications

P 1 9 P 2 0


In-vehicle Multimedia and Surveillance Technologies


Electric Vehicle Battery Exchange System

Application


ADLINK Solutions

The popularity of in-vehicle multimedia access is increasing with the evolution of digital content and distances travelled. Mass transit system or long-distance bus users can experience improved quality of travel when accompanied by music, video, and even interactive internet content. Also increasing in desirability is personal access to the internet. Wireless AP can be implemented on public transport to provide wireless internet services to passengers.

In addition, with growing concerns over security, the demand for in-vehicle surveillance technologies is also expanding. With the convenience and cost-effectiveness of Ethernet networks and wireless technologies, IP surveillance systems can be implemented on buses or trains to enhance passenger safety, fleet management, and traffic monitoring, especially in combination with vehicle positioning provided by GPS, delivering real-time driving status to operators and system administrators.

Given the limited space available in vehicles, meeting the various requirements of such systems is clearly a challenge. In-vehicle systems must provide multimedia content, along with data acquisition from both inside and outside the vehicle, with transmission of the data to centralized control facilities. Finally, the system must operate effectively under the conditions unique to moving vehicles, including high frequency of vibration and shock and severe temperatures.

ApplicationTo encourage the use of electric scooters to help improve air quality and gradually eliminate fossil fuel use within the next 10 years, Taipei City Government plans to set up hundreds of battery exchange stations which will accommodate thousands of electric scooters.

The Electric Vehicle Battery Exchange System classifies batteries as Waiting to Charge, Charging, and Charged. Users simply pay with a debit card, enter instructions on a computer screen, and insert a depleted lithium battery in exchange for a charged one. The entire process takes only a few minutes as opposed to the hours spent waiting for a battery to charge.

Cable-free structure provides more reliable performanceFanless thermal structure beneficial for critical applicationsFlexibility mini PCIe module for extended functionalityCompact and rugged, ready for various in-vehicle applications

With sophisticated mechanical design and discreet circuit layout, the ADLINK Matrix series offers rugged platform suitable for severe operating environments. The Matrix series packs versatile I/O application solutions into minimized form factors, to meet the needs of a huge variety of applications.Matrix provides a full spectrum of fanless embedded computers to fulfill every application-specific task.

The Matrix MXE series accommodates powerful Intel® processors to fulfill delivery of digital content while processing surveillance data received throughmultiple GbE Ethernet ports. With the flexibility of an internal mini PCIe module, the Matrix-E series takes full advantage of a diversity of wireless protocolssuch as 3G/UMTS/WiFi and Bluetooth.


ADLINK Solutions

Compact and rugged design are suited to harsh environments and outdoor applicationsReliable fanless and durable cable-free design accommodate severe temperature and vibration environmentsEasily to maintained and installed with the PCI/ PCIe add-on cards for various applicationsOptional hot-pluggable fan module for enhanced heat dissipation of high power consumption PCI/ PCIe add-on cardsBuilt in dual-port isolated CAN (Controller Area Network) bus facilitates communication between micro-controllers and devices.

The Matrix MXC-2300 provides system stability and reliability required to best support the Electric Vehicle Battery Exchange System. The system design, with one PCI and one PCIe slot, built in dual-port isolated CAN allow micro-controllers and devices to communicate with each other for utilizing the transactions.

The MXC-2300, compact and reliable with a fanless and cable-free design, accommodates -20°C to 70°C (-4˚F to 158˚F) operating environments, and is equipped with thermal fins for efficient cooling in harsh environments.

SCADA Substation

FTU

ElectricCable

MXE-1301

RS-232Substation A

Substation B

Power StationMXC-2300

Center Control Room

(Feeder Terminal Units)

Applications

P 2 1 P 2 2

Power and Energy

Feeder Terminal Unit in ElectricalTransmission Network

Power and Energy

Power Transmission andDistribution Systems

Application


ADLINK Solutions

In conventional urban electrical power supply systems, electricity generated at the power plant level is converted in substations, level by level, for transmission through cable networks to user sites.

Numerous nodes distributed throughout the network separate the overall system. Integrity of supply is recorded in a FTU (feeder terminal unit) of the node, fed back to a corresponding RTU (remote terminal unit) in the originating substation and finally gathered in the SCADA system.

The FTU comprises a data concentrator and protective relays, two or four, dependent on the power line input/output arrangement and deployment. When the protective relay is closed, power is transmitted between the FTUs for the specific powered area. In current implementation, the protective relays automatically open to interrupt transmission in segments and narrow power-down potential in controlled areas in the event of system malfunction or damage to supply lines.

ApplicationIn power substations, voltage generated elsewhere is converted from high to low or the reverse using transformers. In the area of transmission, equipment is used as a data concentrator and in distribution, for supervision, monitoring and control.

Some supervisory functions performed in the substation, such as communication of relay status and circuit breakers to central administration via Ethernet and verification of circuit breaker states, must be performed even in the event of a short circuit, blackout or other contingency.

Compact and rugged design for harsh environments and outdoor useReliable fanless and durable cable-free design for withstanding severe temperature and vibration conditions280,000 hours MTBF eliminates critical infrastructure downtimeLow power consumption and adequate processor performance.

The MXE-1301 delivers outstanding reliability in even harsh environments for dependable data concentration in FTUs. Two or four protective relays connect to the MXE-1301 through serial ports, as well as the data in the protective relays. Critical integrity information, such as “open” state of relays is collected by MXE-1301 and provided to the RTU in substations for transmission to the SCADA system.

The MXE-1300’s compact and hardy construction, well able to sustain operations in temperature ranges as wide as -20°C to 70°C (-4˚F to 158˚F), is supported by fanless and cable-free design, effectively extending the MTBF while enhancing reliability of the system, thereby satisfying the most critical concerns of the application.


ADLINK Solutions

Compact and rugged design withstands harsh environments in different fieldsReliable fanless and durable cable-free design deliver in severe temperature and vibration conditionsDC screw terminal and AC inlet in the system front panel allow easy selection of AC or DC power input

The MXC-2300 provides guaranteed system stability and reliability when deployed in a power substation environment. The system design with two PCI and one PCIe slots offers maximum flexibility for system integration and expansion.

The wide input range of the AC/DC switching power supply meets the requirements of most power substation applications. Fanless, managed LANs, isolated DIO, dual power inputs, and rugged system housings all contribute to the MXC-2300's suitability for this type of application.

The MXC-2300 Series is further configurable for reliable operation in a -20°C to 70°C (-4˚F to 158˚F) operating temperature range, offering an optimal solution for applications subjected to harsh environments.

SCADA Substation

FTU

ElectricCable

MXE-1301

RS-232Substation A

Substation B

Power StationMXC-2300

Center Control Room

(Feeder Terminal Units)

Applications

P 2 1 P 2 2

Power and Energy

Feeder Terminal Unit in ElectricalTransmission Network

Power and Energy

Power Transmission andDistribution Systems

Application


ADLINK Solutions

In conventional urban electrical power supply systems, electricity generated at the power plant level is converted in substations, level by level, for transmission through cable networks to user sites.

Numerous nodes distributed throughout the network separate the overall system. Integrity of supply is recorded in a FTU (feeder terminal unit) of the node, fed back to a corresponding RTU (remote terminal unit) in the originating substation and finally gathered in the SCADA system.

The FTU comprises a data concentrator and protective relays, two or four, dependent on the power line input/output arrangement and deployment. When the protective relay is closed, power is transmitted between the FTUs for the specific powered area. In current implementation, the protective relays automatically open to interrupt transmission in segments and narrow power-down potential in controlled areas in the event of system malfunction or damage to supply lines.

ApplicationIn power substations, voltage generated elsewhere is converted from high to low or the reverse using transformers. In the area of transmission, equipment is used as a data concentrator and in distribution, for supervision, monitoring and control.

Some supervisory functions performed in the substation, such as communication of relay status and circuit breakers to central administration via Ethernet and verification of circuit breaker states, must be performed even in the event of a short circuit, blackout or other contingency.

Compact and rugged design for harsh environments and outdoor useReliable fanless and durable cable-free design for withstanding severe temperature and vibration conditions280,000 hours MTBF eliminates critical infrastructure downtimeLow power consumption and adequate processor performance.

The MXE-1301 delivers outstanding reliability in even harsh environments for dependable data concentration in FTUs. Two or four protective relays connect to the MXE-1301 through serial ports, as well as the data in the protective relays. Critical integrity information, such as “open” state of relays is collected by MXE-1301 and provided to the RTU in substations for transmission to the SCADA system.

The MXE-1300’s compact and hardy construction, well able to sustain operations in temperature ranges as wide as -20°C to 70°C (-4˚F to 158˚F), is supported by fanless and cable-free design, effectively extending the MTBF while enhancing reliability of the system, thereby satisfying the most critical concerns of the application.


ADLINK Solutions

Compact and rugged design withstands harsh environments in different fieldsReliable fanless and durable cable-free design deliver in severe temperature and vibration conditionsDC screw terminal and AC inlet in the system front panel allow easy selection of AC or DC power input

The MXC-2300 provides guaranteed system stability and reliability when deployed in a power substation environment. The system design with two PCI and one PCIe slots offers maximum flexibility for system integration and expansion.

The wide input range of the AC/DC switching power supply meets the requirements of most power substation applications. Fanless, managed LANs, isolated DIO, dual power inputs, and rugged system housings all contribute to the MXC-2300's suitability for this type of application.

The MXC-2300 Series is further configurable for reliable operation in a -20°C to 70°C (-4˚F to 158˚F) operating temperature range, offering an optimal solution for applications subjected to harsh environments.

Applications

P 2 3 P 2 4

Digital Healthcare

Mobile Nursing/Workstation Cart

Digital Healthcare

Pharmaceutical Dispensary

Application


ADLINK Solutions

Mobile nursing workstations relocate directly to patients or anywhere needed in a busy clinical environment. Care providers can view electronic medical records (EMR), medication data, and administrative documents, as well as enter data and connect to data centers. The result is enhanced patient care, safety, and productivity. Connection to data centers, multiple data entry interface types, and remote diagnosis capability are critical care requirements.

ApplicationMedication management process is, as is known, complex and challenging. Delivery of thousands of doses to patients every day increases chances of error and inefficiency astronomically. For improved clinical efficiency and profitability, clinical environments of every size are heightening their focus on medication management.Modern automatic medicine dispensing systems combine connection with data centers, touch panels for interaction with EMR systems, and biometric and barcode scanners to secure access and identify recipients, and automatic dispensing systems, not to mention mobile employment capability.

EN-60601 medically certifiedWireless capability with mobile capacity in a robust package24/7 reliability, leading MTBF exceeding 250,000 hours

The TPZ-1300, featuring superior I/O connectivity, wireless support, and duty-specific performance processors with long lifesupport, leads the field with a ruggedized and reliable construction, flawlessly supporting mobile functionality.

Long lifecycle support, reduce maintenance costFanless, noise free, easy-to-clean housing


ADLINK Solutions

EN-60601 medically certifiedLong lifecycle support, reduce maintenance costFanless, noise free, easy-to-clean housing24/7 reliability, leading MTBF exceeding 250,000 hours

The TPZ-1300 features a dedicated design for healthcare IT applications, providing reliable operation with leading MTBFexceeding 250,000 hours for 24/7 operation. A fanless and cable-free structure ensures extended durability for long-termusage, and easy-to-clean housing and noiseless operation satisfy stringent medical application requirements.

Data Center

Webcam

Keyboard/Mouse

Barcode Reader

Monitor

Mobile Nursing Cart

Data Center

Touch Panel

Finger Scan Reader

Pill Dispenser

Automatic Medicine Dispensing System

Serial Port

USB

USB

LVDS/VGA

GbEWi-fiUSB

USB

Serial Port

LVDS/VGA

Applications

P 2 3 P 2 4

Digital Healthcare

Mobile Nursing/Workstation Cart

Digital Healthcare

Pharmaceutical Dispensary

Application


ADLINK Solutions

Mobile nursing workstations relocate directly to patients or anywhere needed in a busy clinical environment. Care providers can view electronic medical records (EMR), medication data, and administrative documents, as well as enter data and connect to data centers. The result is enhanced patient care, safety, and productivity. Connection to data centers, multiple data entry interface types, and remote diagnosis capability are critical care requirements.

ApplicationMedication management process is, as is known, complex and challenging. Delivery of thousands of doses to patients every day increases chances of error and inefficiency astronomically. For improved clinical efficiency and profitability, clinical environments of every size are heightening their focus on medication management.Modern automatic medicine dispensing systems combine connection with data centers, touch panels for interaction with EMR systems, and biometric and barcode scanners to secure access and identify recipients, and automatic dispensing systems, not to mention mobile employment capability.

EN-60601 medically certifiedWireless capability with mobile capacity in a robust package24/7 reliability, leading MTBF exceeding 250,000 hours

The TPZ-1300, featuring superior I/O connectivity, wireless support, and duty-specific performance processors with long lifesupport, leads the field with a ruggedized and reliable construction, flawlessly supporting mobile functionality.

Long lifecycle support, reduce maintenance costFanless, noise free, easy-to-clean housing


ADLINK Solutions

EN-60601 medically certifiedLong lifecycle support, reduce maintenance costFanless, noise free, easy-to-clean housing24/7 reliability, leading MTBF exceeding 250,000 hours

The TPZ-1300 features a dedicated design for healthcare IT applications, providing reliable operation with leading MTBFexceeding 250,000 hours for 24/7 operation. A fanless and cable-free structure ensures extended durability for long-termusage, and easy-to-clean housing and noiseless operation satisfy stringent medical application requirements.

Data Center

Webcam

Keyboard/Mouse

Barcode Reader

Monitor

Mobile Nursing Cart

Data Center

Touch Panel

Finger Scan Reader

Pill Dispenser

Automatic Medicine Dispensing System

Serial Port

USB

USB

LVDS/VGA

GbEWi-fiUSB

USB

Serial Port

LVDS/VGA

MXC-6300

Applications

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Digital Healthcare

Medical Imaging

Maritime

State-of-the-art I/O Platform Controllers for Maritime Automation

Application


ADLINK Solutions

In contemporary surgical environments, medical practitioners require highly accurate video images with low latency during procedures such as X-ray, ultrasound, and endoscopy. Since the critical video data may be provided in different formats such as DVI, CVBS, and RGB, quick and efficient normalization of the various formats is essential. Digital OR systems are thus not only called upon to integrate the varied video inputs and displays but also record the collected data for future reference.

ApplicationWith the near-constant exchange of shipboard directives and responses taking place every day, precise information and communication are critical. To maximize efficiency of navigation and communication, and thereby profitability, focus on navigation automation control systems has increased dramatically.

Accordingly, ADLINK provides innovative and reliable machine-to-machine computer systems for maritime and offshore electronics. Integration of technology with acquired experience and expertise in measurement, automation, digital imagining, motion control and data acquisition into fanless embedded systems allows ADLINK to provide professional solutions and global services enabling customers to lead the field in maritime automation and intelligent transportation.

Ready to deploy, accelerated time-to-marketCompact profile to conserve installation requirementsFlexible solution applications

ADLINK’s highly integrated PCIe-HDV62A is fully compatible with multiple video formats in a single unit for fast, efficient reception and archiving, making it a key component in a simple yet effective digital OR system.

ADLINK’s expandable MXC-6300 is perfectly suited for video acquisition applications with high performance Intel® Core™ i7 Processor with superior graphic performance, two GbE ports, four serial ports and two PCI/PCIe expansion slots. All electronics are securely housed in a compact, rugged chassis with thermal cooling fins, for easy and dependable deployment, even in severe conditions.


ADLINK Solutions

Cable-free structure provides more reliable performanceFanless and thermal structure reduces risks in Maritime Automation & Transportation ManagementConfigurable cards, optional fan modules, and ruggedized to fit a variety of applications in different fields of service

ADLINK understands the importance of securing aft bridge control in offshore service vessels (OSV) to heighten navigational performance and increase vessel lifetime. Matrix expandable computers (MXC) from ADLINK satisfy all navigation requirements, alarm and power management issues, and thruster control challenges by focusing on a machine-to-machine system of control.

The Matrix MXC series provides a comprehensive line of products and services to streamline every aspect of command, control, and communications in an aft bridge workstation. The Matrix MXC series also complies with such maritime classifications as IEC-60945 and DNV (Det Norske Veritas) to fulfill application requirements.

MXC-6300

Applications

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Digital Healthcare

Medical Imaging

Maritime

State-of-the-art I/O Platform Controllers for Maritime Automation

Application


ADLINK Solutions

In contemporary surgical environments, medical practitioners require highly accurate video images with low latency during procedures such as X-ray, ultrasound, and endoscopy. Since the critical video data may be provided in different formats such as DVI, CVBS, and RGB, quick and efficient normalization of the various formats is essential. Digital OR systems are thus not only called upon to integrate the varied video inputs and displays but also record the collected data for future reference.

ApplicationWith the near-constant exchange of shipboard directives and responses taking place every day, precise information and communication are critical. To maximize efficiency of navigation and communication, and thereby profitability, focus on navigation automation control systems has increased dramatically.

Accordingly, ADLINK provides innovative and reliable machine-to-machine computer systems for maritime and offshore electronics. Integration of technology with acquired experience and expertise in measurement, automation, digital imagining, motion control and data acquisition into fanless embedded systems allows ADLINK to provide professional solutions and global services enabling customers to lead the field in maritime automation and intelligent transportation.

Ready to deploy, accelerated time-to-marketCompact profile to conserve installation requirementsFlexible solution applications

ADLINK’s highly integrated PCIe-HDV62A is fully compatible with multiple video formats in a single unit for fast, efficient reception and archiving, making it a key component in a simple yet effective digital OR system.

ADLINK’s expandable MXC-6300 is perfectly suited for video acquisition applications with high performance Intel® Core™ i7 Processor with superior graphic performance, two GbE ports, four serial ports and two PCI/PCIe expansion slots. All electronics are securely housed in a compact, rugged chassis with thermal cooling fins, for easy and dependable deployment, even in severe conditions.


ADLINK Solutions

Cable-free structure provides more reliable performanceFanless and thermal structure reduces risks in Maritime Automation & Transportation ManagementConfigurable cards, optional fan modules, and ruggedized to fit a variety of applications in different fields of service

ADLINK understands the importance of securing aft bridge control in offshore service vessels (OSV) to heighten navigational performance and increase vessel lifetime. Matrix expandable computers (MXC) from ADLINK satisfy all navigation requirements, alarm and power management issues, and thruster control challenges by focusing on a machine-to-machine system of control.

The Matrix MXC series provides a comprehensive line of products and services to streamline every aspect of command, control, and communications in an aft bridge workstation. The Matrix MXC series also complies with such maritime classifications as IEC-60945 and DNV (Det Norske Veritas) to fulfill application requirements.

Introduction

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ADLINK Intelligent Computing Platforms

SEMA - Smart Embedded Management Agent

The embedded market is now transitioning from traditional �xed-function and isolated embedded systems to a new category of intelligent systems, offering vastly enhanced user experience while dramatically increasing the �ow of information between cloud systems and data centers. ADLINK’s intelligent computing platforms provide a core for intelligent systems, maximizing �exibility of Intel processors, and enhancing productivity, safety, and ef�ciency.

ADLINK's Smart Embedded Management Agent (SEMA) can resolve shortcomings found in many embedded PC systems. State of the art processors and chipsets have complex needs for housekeeping tasks such as monitoring power up and power saving modes. To �exibly handle these requirements, every new ADLINK Intelligent Computing platforms is equipped with a Board Management Controller (BMC) device supporting SEMA, an integrated onboard microcontroller, programmed to handle even the most complex sequences, while data logging stores important information such as up times and maximum temperatures.

Applications

Benefits

ADLINK delivers energy-ef�cient performance processors ranging from the power-saving Intel® Atom™ processor family to the high-performance, Intel® Core™ processor family and Intel® Xeon® processor family.

ADLINK Intelligent Computing Platforms features optional TPM, providing a semi-permanent reference for encryption and security applications. It leads to a more reliable operating environment for critical tasks and protects the system from unauthorized usage.

Application and device I/O security will continue to be enhanced commensurate with the development of individual Intelligent Computing Platforms components.

ADLINK Intelligent Computing Platforms utilize Intel® AMT, empowering users to remotely access, rescue, and manage the system via robust OOB internet connection.

ADLINK SEMA enabled, monitoring health and access to management utility

ADLINK’s Intelligent Computing Platforms provide optimized I/O design to serve a variety of applications.

ADLINK’s MXE series, with superior connectivity and inter-device communication, has been approved as an Intel® ISF (Intelligent Systems Framework-Ready) product.

Factory Automation

Maritime

Power and Energy

Medical


Longevity

Fast time to market

Wide selection of CPUs meets the requirements of a

wide variety of industries

Increased ef�ciency and productivity

Reduced management costs

Easy connection with other devices

Secured computing assets

Introduction

P 2 7 P 2 8

ADLINK Intelligent Computing Platforms

SEMA - Smart Embedded Management Agent

The embedded market is now transitioning from traditional �xed-function and isolated embedded systems to a new category of intelligent systems, offering vastly enhanced user experience while dramatically increasing the �ow of information between cloud systems and data centers. ADLINK’s intelligent computing platforms provide a core for intelligent systems, maximizing �exibility of Intel processors, and enhancing productivity, safety, and ef�ciency.

ADLINK's Smart Embedded Management Agent (SEMA) can resolve shortcomings found in many embedded PC systems. State of the art processors and chipsets have complex needs for housekeeping tasks such as monitoring power up and power saving modes. To �exibly handle these requirements, every new ADLINK Intelligent Computing platforms is equipped with a Board Management Controller (BMC) device supporting SEMA, an integrated onboard microcontroller, programmed to handle even the most complex sequences, while data logging stores important information such as up times and maximum temperatures.

Applications

Benefits

ADLINK delivers energy-ef�cient performance processors ranging from the power-saving Intel® Atom™ processor family to the high-performance, Intel® Core™ processor family and Intel® Xeon® processor family.

ADLINK Intelligent Computing Platforms features optional TPM, providing a semi-permanent reference for encryption and security applications. It leads to a more reliable operating environment for critical tasks and protects the system from unauthorized usage.

Application and device I/O security will continue to be enhanced commensurate with the development of individual Intelligent Computing Platforms components.

ADLINK Intelligent Computing Platforms utilize Intel® AMT, empowering users to remotely access, rescue, and manage the system via robust OOB internet connection.

ADLINK SEMA enabled, monitoring health and access to management utility

ADLINK’s Intelligent Computing Platforms provide optimized I/O design to serve a variety of applications.

ADLINK’s MXE series, with superior connectivity and inter-device communication, has been approved as an Intel® ISF (Intelligent Systems Framework-Ready) product.

Factory Automation

Maritime

Power and Energy

Medical


Longevity

Fast time to market

Wide selection of CPUs meets the requirements of a

wide variety of industries

Increased ef�ciency and productivity

Reduced management costs

Easy connection with other devices

Secured computing assets

Introduction

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Intel® Quark™ Processor Intel® Atom™ Processor Intel® Core™ Processor Intel® Xeon® Processor

ADLINK offers a comprehensive range of fanless embedded computers and industrial computers, with diverse designs for a variety of applications.

Together with ADLINK’s off-the shelf I/O cards, they more than meet the needs of your demanding industrial applications. Compare and discover the ideal ADLINK products for your needs!

Versatile IO Ready Intelligent Computing Platforms

4+High Expansion

Sots

1 to 4Expansion Slots

Non-Expandable

FactoryA

utomation

IntelligentTransportation

Pow

er andE

nergyM

aritime

Medical

MXE-100i MXE-200/200i

MXE-200/200i

MXE-200/200i

MXE-1400 MXC-2300 MXE-1300

MXE-1300

IMB-M40H M-342 MXC-6300

MXC-6300

IMB-M42H TRL-40

TRL-40

NuPRO-E72

NuPRO-E72

NuPRO-E42 NuPRO-A40H MXC-6000

MXC-6000

MXE-5400

MXE-5400

MXC-6300

MXC-6310MMXC-6300M MXE-5104

MXC-6300

MXE-5400

MXE-5300

MXE-1300

MXE-1301M

TPZ-1300

MXC-2300

MXC-2300

MXC-2300

MXE-1400

MXE-1400

MXE-100i

MXE-100i

Introduction

P 2 9 P 3 0

Intel® Quark™ Processor Intel® Atom™ Processor Intel® Core™ Processor Intel® Xeon® Processor

ADLINK offers a comprehensive range of fanless embedded computers and industrial computers, with diverse designs for a variety of applications.

Together with ADLINK’s off-the shelf I/O cards, they more than meet the needs of your demanding industrial applications. Compare and discover the ideal ADLINK products for your needs!

Versatile IO Ready Intelligent Computing Platforms

4+High Expansion

Sots

1 to 4Expansion Slots

Non-Expandable

FactoryA

utomation


Pow

er andE

nergyM

aritime

Medical

MXE-100i MXE-200/200i

MXE-200/200i

MXE-200/200i

MXE-1400 MXC-2300 MXE-1300

MXE-1300

IMB-M40H M-342 MXC-6300

MXC-6300

IMB-M42H TRL-40

TRL-40

NuPRO-E72

NuPRO-E72

NuPRO-E42 NuPRO-A40H MXC-6000

MXC-6000

MXE-5400

MXE-5400

MXC-6300

MXC-6310MMXC-6300M MXE-5104

MXC-6300

MXE-5400

MXE-5300

MXE-1300

MXE-1301M

TPZ-1300

MXC-2300

MXC-2300

MXC-2300

MXE-1400

MXE-1400

MXE-100i

MXE-100i

Introduction

P 3 1 P 3 2

A Best Application-Specific Platform with Versatile ADLINK I/O CardsEnabling integration of off-the-shelf ADLINK PCI/PCIe cards like ADLINK’s full spectrum of frame grabbers, motion controllers, and data acquisition cards. All this, plus the clear bene�ts of ADLINK’s comprehensive expertise and experience, make ADLINK’s intelligent computing platforms the ideal platform for a variety of applications.

Flexibility with PCI/PCIe/miniPCIe expansion slots maximize functionality, and with ADLINK’s application-ready intelligent computing platforms, you can concentrate on business!

Guaranteed by strict verification testing

Fast time to market with reliable application control

MedicalTest and

MeasurementFactory

AutomationDigital Surveillance

System

DAQ

Motion Control

Digitizer /DSA

Machine Vision

PCI-72508-CH Relay Outputs & 8-CH Isolated DI PCI Cards

PCI-72608-CH High-Power Relay Outputs & 8-CH Isolated DI PCI Card

PCI-7300A80 MB/s High-Speed 32-CH Digital I/O PCI Card

PCI-743264-CH Isolated Digital I/O PCI Card

PCI-911216-CH 12-Bit 110 kS/s Multi-Function DAQ Card

PCI-9221Low-Cost 16-Bit Multi-Function DAQ Card with 2-CH Encoder Input

PCI-922332-CH 16-Bit 500 KS/s Multi-Function DAQ Cards with Encoder Input

PCIe-6208V16-CH 16-Bit PCI Express Voltage Output Card

PCIe-729696-CH Opto-22 Compatible PCI Express DIO Card

LPCIe-723032-CH Isolated DIO Card

PCIe-7300A80 MB/s High-Speed 32-CH Digital I/O PCI Express Card

PCIe-7350/736050/100 MHz 32-CH High-Speed Digital I/O Card

DAQ-20054-CH 16-Bit 500 kS/s Simultaneous-Sampling Multi-Function DAQ Card

DAQe-20054-CH 16-Bit 500 kS/s Simultaneous-Sampling Multi-Function PCI Express® DAQ Card

PCI-98202-CH 14-Bit 65 MS/s PCI Digitizer with SDRAM

PCI-98464-CH 16-Bit 40 MS/s PCI Digitizer with 512MB Memory

PCIe-98522-CH 14-Bit 200 MS/s High-Speed PCI Express Digitizer/Oscilloscope

PCI-98124-CH 10-Bit 20 MS/s Simultaneous-Sampling Analog Input Cards

PCIe-98144-CH 12-Bit 80MS/s PCI Express Digitizer

PCI-952724-Bit High-Resolution Dynamic Signal Acquisition and Generation

PCIe-95298-CH 24-Bit High-Resolution Dynamic Signal Acquisition Module

PCI-81366-CH Quadrature Encoder and Multi-Function I/O Card

PCI-81444-axis Stepper Motion Controller

PCI-8254/8258DSP-based 4/8-axis Advanced Motion Controllers

AMP-204C/AMP-208C DSP-based 4/8-axis Advanced Pulse-Train Motion Controllers

PCI-8154/8158 Advanced 4/8-axis Servo & Stepper Motion Controller with Modular Design

PCI-8164Advanced 4-axis Servo & Stepper Motion Controller with High-Speed Triggering

PCIe-26022-CH 3G/HD/SD-SDI Video/Audio Capture Card

PCIe-HDV62A/621-CH PCI Express®

HDMI Video & Audio/Video Capture Card

PCIe-GIE64+/GIE62+4/2-CH PCI Express®

Power over Ethernet Frame Grabbers

PCIe-RTV244-CH PCI Express®

Real-time Video Capture Card for Standard Cameras

PCIe-FIW64/FIW624-CH PCI Express®

IEEE 1394b Frame Grabber

PCIe-CPL64/CPL64 Base2-CH PCI Express® PoCL Frame Grabber

Introduction

P 3 1 P 3 2

A Best Application-Specific Platform with Versatile ADLINK I/O CardsEnabling integration of off-the-shelf ADLINK PCI/PCIe cards like ADLINK’s full spectrum of frame grabbers, motion controllers, and data acquisition cards. All this, plus the clear bene�ts of ADLINK’s comprehensive expertise and experience, make ADLINK’s intelligent computing platforms the ideal platform for a variety of applications.

Flexibility with PCI/PCIe/miniPCIe expansion slots maximize functionality, and with ADLINK’s application-ready intelligent computing platforms, you can concentrate on business!

Guaranteed by strict verification testing

Fast time to market with reliable application control

MedicalTest and

MeasurementFactory

AutomationDigital Surveillance

System

DAQ

Motion Control

Digitizer /DSA

Machine Vision

PCI-72508-CH Relay Outputs & 8-CH Isolated DI PCI Cards

PCI-72608-CH High-Power Relay Outputs & 8-CH Isolated DI PCI Card

PCI-7300A80 MB/s High-Speed 32-CH Digital I/O PCI Card

PCI-743264-CH Isolated Digital I/O PCI Card

PCI-911216-CH 12-Bit 110 kS/s Multi-Function DAQ Card

PCI-9221Low-Cost 16-Bit Multi-Function DAQ Card with 2-CH Encoder Input

PCI-922332-CH 16-Bit 500 KS/s Multi-Function DAQ Cards with Encoder Input

PCIe-6208V16-CH 16-Bit PCI Express Voltage Output Card

PCIe-729696-CH Opto-22 Compatible PCI Express DIO Card

LPCIe-723032-CH Isolated DIO Card

PCIe-7300A80 MB/s High-Speed 32-CH Digital I/O PCI Express Card

PCIe-7350/736050/100 MHz 32-CH High-Speed Digital I/O Card

DAQ-20054-CH 16-Bit 500 kS/s Simultaneous-Sampling Multi-Function DAQ Card

DAQe-20054-CH 16-Bit 500 kS/s Simultaneous-Sampling Multi-Function PCI Express® DAQ Card

PCI-98202-CH 14-Bit 65 MS/s PCI Digitizer with SDRAM

PCI-98464-CH 16-Bit 40 MS/s PCI Digitizer with 512MB Memory

PCIe-98522-CH 14-Bit 200 MS/s High-Speed PCI Express Digitizer/Oscilloscope

PCI-98124-CH 10-Bit 20 MS/s Simultaneous-Sampling Analog Input Cards

PCIe-98144-CH 12-Bit 80MS/s PCI Express Digitizer

PCI-952724-Bit High-Resolution Dynamic Signal Acquisition and Generation

PCIe-95298-CH 24-Bit High-Resolution Dynamic Signal Acquisition Module

PCI-81366-CH Quadrature Encoder and Multi-Function I/O Card

PCI-81444-axis Stepper Motion Controller

PCI-8254/8258DSP-based 4/8-axis Advanced Motion Controllers

AMP-204C/AMP-208C DSP-based 4/8-axis Advanced Pulse-Train Motion Controllers

PCI-8154/8158 Advanced 4/8-axis Servo & Stepper Motion Controller with Modular Design

PCI-8164Advanced 4-axis Servo & Stepper Motion Controller with High-Speed Triggering

PCIe-26022-CH 3G/HD/SD-SDI Video/Audio Capture Card

PCIe-HDV62A/621-CH PCI Express®

HDMI Video & Audio/Video Capture Card

PCIe-GIE64+/GIE62+4/2-CH PCI Express®

Power over Ethernet Frame Grabbers

PCIe-RTV244-CH PCI Express®

Real-time Video Capture Card for Standard Cameras

PCIe-FIW64/FIW624-CH PCI Express®

IEEE 1394b Frame Grabber

PCIe-CPL64/CPL64 Base2-CH PCI Express® PoCL Frame Grabber

Product Highlights

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New Product Highlights

Simple, Flexible, & Scalable Embedded Platform

MXE-1400 SeriesIntel® Atom™ SoC processor E3845

Single side I/O access with SATA drive bay

Compact size: 210 mm (W) x 170 mm (D) x 70 mm (H)

Flexible modular design for I/O expansion

Built-in ADLINK SEMA Cloud solution

Rugged construction provides fanless -20°C to 70°C operability (w/industrial SSD)

E-mark certificaiton with Ignition Power Management (MXE-1400V only)

Power Saving Intelligent IoT Gateway Platform

MXE-100i Series Intel® Quark™ SoC processor X1021

Full Intel® IoT Gateway support enhances manageability and security

Extremely compact: 120 mm (W) x 100 mm (D) x 55 mm (H)


Optional onboard WiFi and TPM

Rugged construction provides fanless -20°C to 70°C operability(w/industrial SD card)

Ultra Compact, More Than Just an Embedded Computer

MXE-200/200i Series Intel® Atom™ SoC processor E3845/3826

Supports Intel® IoT Gateway, Wind River® IDP XT 2.0, Ready for IoT Solution (MXE-200i)

Aluminum housing with industrial grade EMI/EMS resistance (EN 61000-6-4,61000-6-2)

Extremely compact: 120 (W) x 100 (D) x 55 (H) mm

Rugged construction provides fanless -20°C to 70°C operability (w/industrial grade SD/mSATA)


Workstation Grade PICMG 1.3 SHB for Motion/Vision Application-Ready Solutions

NuPRO-E724th Gen Intel® Xeon® E3-1200 v3, Core™ i3, Pentium® and Celeron® processors

Provides combined configurable native PCIex16 Gen3, PCIe x4 and conventional PCI slots for

optimal for industrial automation connectivity

Intel® Rapid Storage Technology, supports RAID 0/1/5/1+0

6x COM ports (including 1x RS-232/422/485)

USB 3.0 support with 5 Gb/s data transfer rate

Serial ATA support with 6 Gb/s data transfer rate on SHB

Optimal ATX Industrial Motherboard for Motion/Vision Application-Ready Platform

IMB-M42H4th Gen Intel® Core™ i7/i5/i3/Pentium®/Celeron® processors

High bandwidth combined PCIe x16, PCIe x4 and conventional PCI slots

(1x PCIe Express Gen2 x16, 1x PCI Express Gen2 x4, 4x PCI slots)

Superior, rugged I/O connectivity with 8x USB 2.0, 2x USB 3.0, and 6 COM ports/pin header

(COM1/2 support RS232/422/485, COM1 support RS-485 auto flow control)

Dual-Channel DDR3 1600 MHz, 2x 240-pin DIMM sockets, up to 16 GB

1x VGA, 1x HDMI, 1x DisplayPort (for dual independent displays)

Product Highlights

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New Product Highlights

Simple, Flexible, & Scalable Embedded Platform

MXE-1400 SeriesIntel® Atom™ SoC processor E3845

Single side I/O access with SATA drive bay

Compact size: 210 mm (W) x 170 mm (D) x 70 mm (H)

Flexible modular design for I/O expansion


Rugged construction provides fanless -20°C to 70°C operability (w/industrial SSD)

E-mark certificaiton with Ignition Power Management (MXE-1400V only)

Power Saving Intelligent IoT Gateway Platform

MXE-100i Series Intel® Quark™ SoC processor X1021

Full Intel® IoT Gateway support enhances manageability and security

Extremely compact: 120 mm (W) x 100 mm (D) x 55 mm (H)


Optional onboard WiFi and TPM

Rugged construction provides fanless -20°C to 70°C operability(w/industrial SD card)

Ultra Compact, More Than Just an Embedded Computer

MXE-200/200i Series Intel® Atom™ SoC processor E3845/3826

Supports Intel® IoT Gateway, Wind River® IDP XT 2.0, Ready for IoT Solution (MXE-200i)

Aluminum housing with industrial grade EMI/EMS resistance (EN 61000-6-4,61000-6-2)

Extremely compact: 120 (W) x 100 (D) x 55 (H) mm

Rugged construction provides fanless -20°C to 70°C operability (w/industrial grade SD/mSATA)


Workstation Grade PICMG 1.3 SHB for Motion/Vision Application-Ready Solutions

NuPRO-E724th Gen Intel® Xeon® E3-1200 v3, Core™ i3, Pentium® and Celeron® processors

Provides combined configurable native PCIex16 Gen3, PCIe x4 and conventional PCI slots for

optimal for industrial automation connectivity

Intel® Rapid Storage Technology, supports RAID 0/1/5/1+0

6x COM ports (including 1x RS-232/422/485)

USB 3.0 support with 5 Gb/s data transfer rate

Serial ATA support with 6 Gb/s data transfer rate on SHB

Optimal ATX Industrial Motherboard for Motion/Vision Application-Ready Platform

IMB-M42H4th Gen Intel® Core™ i7/i5/i3/Pentium®/Celeron® processors

High bandwidth combined PCIe x16, PCIe x4 and conventional PCI slots

(1x PCIe Express Gen2 x16, 1x PCI Express Gen2 x4, 4x PCI slots)

Superior, rugged I/O connectivity with 8x USB 2.0, 2x USB 3.0, and 6 COM ports/pin header

(COM1/2 support RS232/422/485, COM1 support RS-485 auto flow control)

Dual-Channel DDR3 1600 MHz, 2x 240-pin DIMM sockets, up to 16 GB

1x VGA, 1x HDMI, 1x DisplayPort (for dual independent displays)

Overview

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ADLINK's revolutionary series of Matrix fanless embedded computers provide an optimal computing platform with expandable options to customers. These platforms are the result of combining ADLINK's expertise in x86 platform design, versatile I/O function development, and thermal design to push fanless systems to a higher standard, including a wide operating temperature, 5 Grms vibration, and cable-free durable structure.

With a sturdy hardware design, the Matrix MXC and MXE series are ideal for developing reliable embedded systems effortlessly and offering time-to-market solutions to mission-oriented industries. ADLINK takes the advantage of flexibility to offer diverse comprehensive I/O interfaces to meet requirements for a variety of industrial applications.

Fanless Embedded Computers

ADLINK Fanless Embedded Computers

Rugged, Reliable, and Flexible

Small form-factor for easier installationand maintenance

Compact

Matrix products operate in a -20°C to 70°C (-4˚F to 158˚F) wide temperature range and withstand up to 100 G shock and 5 Grms vibration, making them ideal for deployment in harsh environments.

Note: Extending the operating temperature to is optional and requires use of an industrial solid-state drive storage device.

Rugged

Fanless construction significantly extends MTBF to 190,000 hours and minimizes Maintenance costs.

Fanless

By integrating ADLINK DAQ, DIO, motion and vision technologies,the Matrix line provides specific onboard I/O functions.

Application-specific

Expandable Embedded Computers Integrated Embedded Computers

MXC series MXE seriesA flexible open architecture design with PCI/PCI Express peripheral slots

Platform providing comprehensive I/O interfaces and versatile options for a wide range of application solutions

Your Trusted Embedded System Provider

Optimal Features of the Matrix Series

210 mm

(8.4")

210 mm (8.3”)

146 mm (5.84")

483 mm (19”)

Overview

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ADLINK's revolutionary series of Matrix fanless embedded computers provide an optimal computing platform with expandable options to customers. These platforms are the result of combining ADLINK's expertise in x86 platform design, versatile I/O function development, and thermal design to push fanless systems to a higher standard, including a wide operating temperature, 5 Grms vibration, and cable-free durable structure.

With a sturdy hardware design, the Matrix MXC and MXE series are ideal for developing reliable embedded systems effortlessly and offering time-to-market solutions to mission-oriented industries. ADLINK takes the advantage of flexibility to offer diverse comprehensive I/O interfaces to meet requirements for a variety of industrial applications.


ADLINK Fanless Embedded Computers

Rugged, Reliable, and Flexible

Small form-factor for easier installationand maintenance

Compact

Matrix products operate in a -20°C to 70°C (-4˚F to 158˚F) wide temperature range and withstand up to 100 G shock and 5 Grms vibration, making them ideal for deployment in harsh environments.

Note: Extending the operating temperature to is optional and requires use of an industrial solid-state drive storage device.

Rugged

Fanless construction significantly extends MTBF to 190,000 hours and minimizes Maintenance costs.

Fanless

By integrating ADLINK DAQ, DIO, motion and vision technologies,the Matrix line provides specific onboard I/O functions.

Application-specific

Expandable Embedded Computers Integrated Embedded Computers

MXC series MXE seriesA flexible open architecture design with PCI/PCI Express peripheral slots

Platform providing comprehensive I/O interfaces and versatile options for a wide range of application solutions

Your Trusted Embedded System Provider

Optimal Features of the Matrix Series

210 mm

(8.4")

210 mm (8.3”)

146 mm (5.84")

483 mm (19”)

Overview

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Mechanical and electrical engineers worked from the early design stages of the Matrix to ensure the best conductive heat dissipation performance possible. All components, such as the CPU, chipset, memory, clock generator, MOSFET, and power choke, etc. generate heat and are thus placed on the top of the PCB and kept at a minimal distance from the aluminum case. Thus the shortest path of heat conduction and lowest thermal resistance can be provided to guarantee the thermal stability of the Matrix at a 70°C (158°F) ambient temperature.

*This option guarantees cold boot of the system at -20°C and operation with 100% loading at 70°C. The industrial solid-state drive storage option is required. Heat dissipation from inserted PCI/PCIe cards may affect thermal performance.


Unique Design of the Matrix Series

Complete Consideration for Heat Dissipation

The Matrix features an excellent cable-less design. All components and connectors are directly mounted on the PCB via SMT and DIP processes instead of cable connections. The result is an extremely strong and durable mechanical structure suitable for the harshest of environments. The Matrix MXC series—being an expandable embedded computer—also provides a very user-friendly design for system installation. You can open the chassis and install your PCI/PCIe card simply by loosening one screw. And, only four screws are used to access the hard disk drive. This mechanical design provides high reliability and durability and easy access for installation and maintenance.

Cable-Free and User-friendly Mechanical Structure

We know you may need to deploy the Matrix anywhere. So, we designed the Matrix with wide range DC input to allow it to be powered everywhere. Regardless if there are 12 or 24 volts available at the site, or you have a 19 V laptop adapter handy, you can simply feed the power into the Matrix series and it will run. The Matrix is also ideal for use with solar power because of the great tolerance for the variation of solar panel output. The power circuitry of the Matrix was carefully designed with high-quality components (regulators, capacitors, and inductors) to supply reliable power under almost any circumstances.

Wide Range and Reliable DC Power Input

Designed for the customers looking for robust and reliable industrial platforms, the Matrix fanless embedded computers underwent high tolerance up to 100 G shock duration (MXE Series) and 5 Grms vibration resistance for harsh environments, such as transportation applications.

High Tolerance Vibration and Shock Capability

FacilityManagement

Video Surveillance/Recognition

ElectricalSubstation


MachineAutomation

Overview

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Mechanical and electrical engineers worked from the early design stages of the Matrix to ensure the best conductive heat dissipation performance possible. All components, such as the CPU, chipset, memory, clock generator, MOSFET, and power choke, etc. generate heat and are thus placed on the top of the PCB and kept at a minimal distance from the aluminum case. Thus the shortest path of heat conduction and lowest thermal resistance can be provided to guarantee the thermal stability of the Matrix at a 70°C (158°F) ambient temperature.

*This option guarantees cold boot of the system at -20°C and operation with 100% loading at 70°C. The industrial solid-state drive storage option is required. Heat dissipation from inserted PCI/PCIe cards may affect thermal performance.


Unique Design of the Matrix Series

Complete Consideration for Heat Dissipation

The Matrix features an excellent cable-less design. All components and connectors are directly mounted on the PCB via SMT and DIP processes instead of cable connections. The result is an extremely strong and durable mechanical structure suitable for the harshest of environments. The Matrix MXC series—being an expandable embedded computer—also provides a very user-friendly design for system installation. You can open the chassis and install your PCI/PCIe card simply by loosening one screw. And, only four screws are used to access the hard disk drive. This mechanical design provides high reliability and durability and easy access for installation and maintenance.

Cable-Free and User-friendly Mechanical Structure

We know you may need to deploy the Matrix anywhere. So, we designed the Matrix with wide range DC input to allow it to be powered everywhere. Regardless if there are 12 or 24 volts available at the site, or you have a 19 V laptop adapter handy, you can simply feed the power into the Matrix series and it will run. The Matrix is also ideal for use with solar power because of the great tolerance for the variation of solar panel output. The power circuitry of the Matrix was carefully designed with high-quality components (regulators, capacitors, and inductors) to supply reliable power under almost any circumstances.

Wide Range and Reliable DC Power Input

Designed for the customers looking for robust and reliable industrial platforms, the Matrix fanless embedded computers underwent high tolerance up to 100 G shock duration (MXE Series) and 5 Grms vibration resistance for harsh environments, such as transportation applications.

High Tolerance Vibration and Shock Capability

FacilityManagement

Video Surveillance/Recognition

ElectricalSubstation


MachineAutomation

Overview

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ADLINK’s Matrix fanless embedded computers feature cable-free construction, wide operating temperature ranges, and extended MTBF of up to 250,000 hours, fulfilling the needs of automation users in harsh working environments. To meet industrial certifications for ruggedness in specific applications. The ADLINK Matrix line subjected to rigorous testing for verification. All ADLINK Matrix products are proven reliable and flexible platforms in any industrial application.


New Product Development ProcessRugged Design with Rigorous Testing and Verification

Thermal Simulation allows testing and design adjustment before prototyping. Thermal analysis avoids heat issues that can cause system damage, assuring long-term system quality and optimizing system performance.

Optimizing Thermal Design

Temperature cycling consists of multiple cycles of changing temperature between predetermined limits. Since products have different surface areas and the materials different coefficients of expansion, weaknesses are revealed. Temperature cycling determines potential for thermal fatigue, cracking and defective components and forces latent defects into failures.

Temperature Cycling

HALT testing determines operating and design limits, providing reference for developers to increase product integrity and robustness. For enhanced reliability, ADLINK’s Matrix line undergoes HALT testing in early design stages, providing continuous fine tuning and optimizing designs to deliver maximum reliability.

HALT Testing

Withstanding the rigors of harsh environments is critical in industry computing. ADLINK’s Matrix line withstands up to 5G vibration & 100G shock, providing reliable platforms for any industrial application.

Rugged Vibration & Shock Resistance

ADLINK continues to elevate and refine quality and efficiency. Our engineering team is dedicated to developing creative solutions for improving product capabilities. With our solid development process, tangible benchmarks are verified with rigorous testing and verification. From the very earliest planning stages to the mass production stage, quality of engineering and hardware and software testing of all proposed functions is assured.

A Meticulous Commitment to Product Quality

Identifies design obstacles and solves them, ensuring that the basic unit performs to design goals and specifications

Planning Stage

Explores all opportunities to improve existing solutions for enhanced quality and performance, with flexibility and efficiency supported by modular circuit design

Design Stage

Pilot runs include rigorous testing of product samples and mass production for reliability and quality

Production

Thorough, dependable process for testing and verification in simulated industrial network environments, with resulting integrity reporting

Testing & Verification

Overview

P 3 9 P 4 0

ADLINK’s Matrix fanless embedded computers feature cable-free construction, wide operating temperature ranges, and extended MTBF of up to 250,000 hours, fulfilling the needs of automation users in harsh working environments. To meet industrial certifications for ruggedness in specific applications. The ADLINK Matrix line subjected to rigorous testing for verification. All ADLINK Matrix products are proven reliable and flexible platforms in any industrial application.


New Product Development ProcessRugged Design with Rigorous Testing and Verification

Thermal Simulation allows testing and design adjustment before prototyping. Thermal analysis avoids heat issues that can cause system damage, assuring long-term system quality and optimizing system performance.

Optimizing Thermal Design

Temperature cycling consists of multiple cycles of changing temperature between predetermined limits. Since products have different surface areas and the materials different coefficients of expansion, weaknesses are revealed. Temperature cycling determines potential for thermal fatigue, cracking and defective components and forces latent defects into failures.

Temperature Cycling

HALT testing determines operating and design limits, providing reference for developers to increase product integrity and robustness. For enhanced reliability, ADLINK’s Matrix line undergoes HALT testing in early design stages, providing continuous fine tuning and optimizing designs to deliver maximum reliability.

HALT Testing

Withstanding the rigors of harsh environments is critical in industry computing. ADLINK’s Matrix line withstands up to 5G vibration & 100G shock, providing reliable platforms for any industrial application.

Rugged Vibration & Shock Resistance

ADLINK continues to elevate and refine quality and efficiency. Our engineering team is dedicated to developing creative solutions for improving product capabilities. With our solid development process, tangible benchmarks are verified with rigorous testing and verification. From the very earliest planning stages to the mass production stage, quality of engineering and hardware and software testing of all proposed functions is assured.

A Meticulous Commitment to Product Quality

Identifies design obstacles and solves them, ensuring that the basic unit performs to design goals and specifications

Planning Stage

Explores all opportunities to improve existing solutions for enhanced quality and performance, with flexibility and efficiency supported by modular circuit design

Design Stage

Pilot runs include rigorous testing of product samples and mass production for reliability and quality

Production

Thorough, dependable process for testing and verification in simulated industrial network environments, with resulting integrity reporting

Testing & Verification

P 4 1

MXC-6300/6310/6320 Series

Model NameMXC-6301D/

6302D/6303D/6305DMXC-6321D/

6322D/6323D/6325DMXC-6311D/6312D/6313D/6315D

System

ProcessorIntel® Core™ i7-3610QE/

i5-3610ME/i3-3120ME/Celeron® 1020E

Intel® Core™ i7-3610QE/

i5-3610ME/i3-3120ME/Celeron® 1020E

Chipset Intel® QM77

Video Three independent display capability (2 DisplayPort + 1 VGA or 2 DisplayPort + 1 DVI-D)

Memory 4 GB DDR3 1600 MHz SODIMM module (Up to 16 GB w/ 2 SODIMM socket)

I/O

Interface

Expansion Slots1 PCI + 2 PCIe x8 slots or

1 PCI + 1 PCIe x163 PCI + 1 PCIe x16 1 PCI + 1 PCIe x16

Ethernet 2 Intel GbE ports with teaming function, Intel iAMT 8.0

Serial

Port

COM1 & COM2 2 RS-232/422/485

COM3 & COM4 2 RS-232

USB Port 6 external USB ports (4 USB 3.0 + 2 USB 2.0) + 1 internal USB 2.0

CAN -

DIO 16-CH DI and 16-CH DO with 1.5 KV isolation

Watchdog Timer √

StorageSATA HDD 2 x 2.5” HDD/SSD installation (RAID 0.1 )

CompactFlash 2 CFast socket (1 external + 1 internal)

Environment

Operating

Temperature*

Standard: 0°C to 50°C (32˚F to 122˚F)

Extended option: -20°C to 55°C (-4˚F to 131˚F) (w/Ind. SSD or CFast) for MXC-6301D/6311D/6321D;

-20°C to 60°C (-4˚F to 140˚F) (w/Ind. SSD or CFast) for MXC-6302D/6303D/6305D/6312D/6313D/6315D/6322D/6323D/6325D

Vibration Operating, 5 Grms, 5-500 Hz, 3 axes (w/ CFast or SSD); Operating, 0.5 Grms, 5-500 Hz, 3 axes (w/ HDD)

ESD Contact +/-4 KV and Air +/-8 KV

Shock Operating 50 G, half sine 11 ms duration (w/ CFast or SSD)

EMC CE and FCC Class A

Safety UL/cUL, CB, KCC

General Power Supply 9-32 VDC

Mechanical Dimensions 172.5 (W) x 225 (D) x 213 (H) mm (6.9" x 9' x 8.52") 154 (W) x 225 (D) x 213 (H) mm (6.16" x 9" x 8.52")

Selection Guide

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Fanless Embedded ComputersMatrix MXC Series – Expandable Embedded Computers

MXC-6000 Series MXC-2300 Series

Model Name MXC-6101D MXC-6201D MXC-2300(CD)-3E1 MXC-2300(CD)-3S

System

Processor Intel® Core™ i7-620LE 2.0 GHz Intel® Atom™ Processor E3845 4C @ 1.91 GHz

Chipset Intel® QM57 Intel SoC (System on Chip)

Video

VGA+DVI display by DVI-I connector

• Analog CRT, supports QXGA (2048 x 1536) resolution

• DVI-I 1.0 (DVI + VGA) (with external cable for connecting DVI-I

connector to DVI-D and VGA device)

• Optional 48-bit LVDS (by Internal box header)

DisplayPort: resolution up to 2560x1600

VGA: resolution up to 2560x1600

DVI: resolution up to 1920x1200

Memory 2 GB DDR3 800/1066 MHz SODIMM module (Up to 4 GB)4 GB DDR3L 1333 MHz SODIMM module,

(up to 8 GB)

I/O

Interface

Expansion Slots 2 PCI slots 1 PCI slot and 1 PCIe x4 slot 2 PCI +1 PCIe x4 3 PCI

Ethernet 2 GbE ports (2 Intel® 82574L) 2 GbE ports (Intel® Springville WGI210IT )

Serial

Port

COM1 & COM2 2 RS-232/422/485 2 RS-232/422/485

COM3 & COM4 2 RS-232 2 RS-232

USB Port 4 external USB 2.0 ports + 1 internal USB 2.0 port 5 external USB ports (4 USB 2.0 + 1 USB 3.0) + 1 internal USB 2 .0

CAN -2 DB9 isolated CAN port with SjA1000 CAN controller

(MXC-2300CD-3E1 & MXC-2300CD-3S only)

DIO 16-CH isolated DI + 16-CH isolated DO16-CH DI and 16-CH DO with 1.5 KV isolation

(MXC-2300CD-3E1 & MXC-2300CD-3S only)

Watchdog Timer √ √

Storage

SATA HDD 2 x 2.5” HDD/SSD installation 1 x 2.5" HDD/SSD installation

CompactFlash1 external Type II CF socket,

1 internal Type II CF socket 1 Type II CF socket

Environment

Operating

Temperature*


Extended option: -10°C to 60°C (-14˚F to 140˚F)

(w/ industrial SSD)


Extended option: -20°C to 70°C (-4˚F to 158˚F)

(w/industrial SSD or CF)

VibrationOperating, 5 Grms, 5-500 Hz, 3 axes (w/ CF or SSD)

Operating, 0.5 Grms, 5-500 Hz, 3 axes (w/ HDD)

Operating, 5 Grms, 5-500 Hz, 3 axes (w/ CF or SSD)

Operating, 0.5 Grms, 5-500 Hz, 3 axes (w/ HDD)

ESD - Contact +/-4 KV and Air +/-8 KV

Shock Operating, 50 G, half sine 11 ms duration (w/ CFast or SSD) Operating, 50 G, half sine 11 ms duration (w/ CFast or SSD)

EMC CE and FCC Class A CE and FCC Class A

Safety - UL/cUL

General Power Input 9-32 VDC 9-32 VDC

Mechanical Dimensions 130 (W) x 225 (D) x 183 (H) mm (5.1" x 8.9" x 7.2") 142 (W) x 219 (D) x 210 (H) mm (5.84" x 8.76" x 8.4")

*Heat dissipation from inserted PCI/PCIe cards may affect thermal performance.

P 4 3

MXE-5400 Series MXE-5300 Series

Model Name MXE-5401/5402/5403 MXE-5301/5302/5303

System

ProcessorIntel® Core™ i7-4700EQ /

i5-4400E / i3-4100E

Intel® Core™ i7-2710QE /

i5-2510E / i3-2330E

Chipset Intel® QM87 Intel® QM67

Video Support for up to 3 independent displays, 1 x DVI-I +

2 x DisplayPort

VGA+DVI dual display output by DVI-I connector

Analog CRT, supports QXGA (2048 x 1536) resolution

DVI output, supports up to 1920 x 1080 resolution

Memory 4 GB DDR3L (up to 16 GB) 4 GB DDR3 1066 MHz SODIMM module (up to 16 GB)

I/O

Interface

Expansion Slots2 Mini PCIe slots / 1 mSATA

(jumper selectable)2 Mini PCIe slots

USIM 1x USIM slot for 3G communication1 USIM socket for 3G communication

(used for a 3G-mini module )

Ethernet 4 GbE (Intel® i217LM + 3x Intel® i210IT)4 GbE ports (2 Realtek® 8111C + 1 Intel® 82574IT +

1 82579 LM)

Serial

Port

COM1 & COM2 2 RS-232/422/485 2 RS-232/422/485

COM3 & COM4 2 RS-232 2 RS-232

COM5 & COM6 - -

USB Port 6 USB 3.0 + 1 USB 2.0 (internal) 4 USB 2.0 +2 USB 3.0

DIO 8x DI + 8x DO w/ 1.5 KV isolation 4 DIO w/ 1.5 KV isolation

ManageabilityWatchdog Timer V V

SEMA SEMA 2.2 -

Storage

SATA HDDTwo 2.5" HDD/SSD installation

(With RAID support)2.5" HDD/SSD installation

CompactFlash 1Type II CFast 1 CFast socket

mSATA 1 mSATA (share slot w/ mPCIe) -

SD - -

Environment

Operating

Temperature*

Standard: 0°C to 50°C (32˚F to 122˚F) Extended option:

MXE-5401:-20°C to 60°C (-4˚F to 140˚F) ;MXE-5402/5403:-

20°C to 70°C (-4˚F to 158˚F)

(w/industrial SSD or CFast)

Standard: 0°C to 50°C (32˚F to 122˚F) Extended option:

MXE-5301:-20°C to 60°C (-4˚F to 140˚F) ;

MXE-5302/5303:-20°C to 70°C (-4˚F to 158˚F) (w/industrial SSD

or CFast)

VibrationOperating 5Grms, 5-500 Hz, 3 axes w/ CF or SSD

Operating 0.5Grms, 5-500 Hz, 3 axes w/ HDD

Operating, 5 Grms, 5-500 Hz, 3 axes w/ CFast or SSD

Operating, 0.5 Grms, 5-500 Hz, 3 axes w/ 2.5" HDD

ESD Contact +/- 4 KV, Air +/- 8 KV Contact +/-4 KV and Air +/-8 KV

ShockOperating 100G, half sine 11 ms duration w/ CF or SSD

Operating 20G, half sine 11 ms duration. w/ HDDOperating, 50 G, half sine 11 ms duration w/ CFast or SSD

EMC CE and FCC Class A CE and FCC Class A

Safety UL, CB -

General Power Input 9-32 VDC 9-32 VDC

Mechanical Dimensions 230 (W) x 205 (D) x 75 (H) mm (9" x 8" x 2.9") 230 (W) x 205 (D) x 75 (H) mm (9" x 8" x 2.9")

Selection Guide

P 4 4


*Extending the operating temperature is optional and requires use of an industrial solid-state drive storage device.

Matrix MXE Series – Integrated Embedded Computers

MXE-1400 Series MXE-200 Series MXE-1300 Series

Model Name MXE-1401 MXE-201 MXE-202 MXE-1301/1302 MXE-1311/1312

System

Processor Intel® Atom™ E3845Quad-Core Intel®

Atom™ E3845 Processor

Dual-Core Intel® Atom™ E3826

Processor

Intel® Atom™ D2550 1.86 GHz/N2600 1.6 GHz

Chipset SoC SoC Intel® NM10

Video 1 DisplayPort + 1 DVI-I 1 HDMIVGA+DVI dual display, supports 1920 x 1200

resolution

Memory 2 GB DDR3L 1066 (Up to 8 GB) DDR3L 1066 2 GB (Memory Down)2 GB DDR3 1066 MHz SODIMM module (Up

to 4 GB)

I/O

Interface

Expansion Slot 2 mPCIe slots 2 Mini PCIe Slots 1 Mini PCIe slot

USIM 1 USIM slot for 3G communication 1 USIM slot for 3G communication 1 USIM socket for 3G communication

Ethernet 3 x GbE (Intel® I211AT) 2x GbE LAN (Intel® I210-IT) 3 GbE ports (3x Intel® 82574L)

Serial

Port

COM1 & COM2 2 RS-232/422/485 1 RS-232/422/485 2 RS-232/422/485

COM3 & COM4 2 RS-232/422/485 1 RS-232 2 RS-232

COM5 & COM6 2 RS-232 - -

USB Port 6 USB 2.0 + 1 USB 3.0 2 USB 2.0 host port + 1 USB 3.0 6 USB 2.0

DIO 8x DI + 8x DO Optional 4x isolated DI + 4x isolated DO 4x DI + 4x DO

ManageabilityWatchdog Timer V V V

SEMA SEMA 2.5 SEMA support with BMC -

Storage

SATA HDD 2.5" HDD/SSD drive bay - 2.5" HDD/SSD installation

CompactFlash 1 Type II CFast - 1 Type I CF socket

mSATA - 1 mSATA (same slot with mPCIe) -

SD - 1 SD card slot (up to 16 GB) -

Environment

Operating

Temperature*


Extended option: -20°C to 70°C (-4˚F to

158˚F) (w/industrial SSD or CF)

Standard: 0°C to 50°C (32°F to 122°F)

Extended option*: MXE-201: -20°C to 60°C

(-4°F to 140°F); MXE-202: -20°C to 70°C

(-4°F to 158°F) (w/industrial SD/mSATA)


Extended option: -20°C to 70°C (-4˚F to

158˚F) (w/industrial SSD or CF)

VibrationOperation 5 Grms, 5-500 Hz,

3 axes w/ SSD

Operating 5 Grms, 5-500 Hz,

3 axes w/ SD/mSATA

Operating, 5 Grms,

5-500 Hz, 3 axes w/

CF/SSD;

Operating, 0.5

Grms, 5-500 Hz, 3

axes w/ HDD

Operating, 5 Grms,

5-500 Hz, 3 axes w/

CF

Operating, 0.2;

Grms, 5-500 Hz, 3

axes w/ HDD

ESD Contact +/-4 KV, Air +/-8 KV Contact +/-4 KV and Air +/-8 KV Contact +/-4 KV and Air +/-8 KV

ShockOperating 100 G, half sine 11 ms duration

w/ SD/mSATA

Operating, 100 G, half sine 11 ms

duration w/ SD/mSATAduration w/ CF/SSD

EMCCE and FCC Class A, E-mark

(MXE-1400V only)

CE & FCC Class A (EN 61000-6-4/

EN 61000-6-2)CE and FCC Class A

Safety UL by CB UL by CB -

General Power Input 9-32 VDC 6-36 VDC 6-36 VDC

Mechanical Dimensions210 (W) x 170 (D) x 70 (H) mm

(8.3" x 6.75" x 2.8")

120 (W) x 100 (D) x 55 (H) mm

(4.68" x 3.9" x 2.17")

210 (W) x 170 (D) x

53 (H) mm

(8.3" x 6.75" x 2.1")

210 (W) x 170 (D) x

58 (H) mm

(8.3" x 6.75" x 2.3")

P 4 5

Power Adapters

PN 31-62128-0000 31-62120-0000 31-62118-0000 31-62116-0000

Item Name AC-DC ADAPTER 90WIndustrial Grade

AC-DC ADAPTER 160W

Industrial Grade

AC-DC ADAPTER 80W

Industrial Grade

AC-DC ADAPTER 100W

Description

Input: 90 to 264 Vac/47 to 63 Hz

Output: 24 Vdc/3.75 A

Operating Temperature: 0 to 50 °C

Safety: UL/TUV/BSMI/PSE/CE/

FCC/CCC

Input: 85 to 264 Vac


Operating Temperature: -20 to 70°C

Safety: UL/TUV/PSE/CE/FCC/CCC

Input: 85 to 264 Vac



Safety: UL/TUV/PSE/CE/FCC/CCC

Input: 90 to 260 Vac,100 W



Safety: UL/TUV/BSMI/PSE/CE/CB/

FCC/CCC

For Use WithMXE-1300/3002

MXC-2300/4000/6000

MXE-5300/5400

MXC-6300

MXE-1300/3000

MXC-4000

MXE-200/200i

MXE-5104

MXC-2300/6000/6300

Fans for MXC series

PN 31-62128-0000 91-95123-0010 91-95096-0010 91-95095-0010 91-95143-000E

Item Name MXC-6310 Cooling Fan MXC-6300 Cooling Fan MXC-6000 Cooling Fan MXC-4000 Cooling Fan MXC-2300 Cooling Fan

Description

Optional fan module kit with

top cover for the MXC-6310

series, smart fan control



series, smart fan control.

Optional fan module for the

MXC-6000 series.

Optional fan module for the

MXC-4000 series.



series, smart fan control

For Use With MXC-6310 MXC-6300/6320 MXC-6000 MXC-4000 MXC-2300

Mini PCIe Modules

PN 91-95153-400E 91-95153-300E 91-95153-200E 91-95153-100E 91-95153-000E

Item Name 3G/AGPS Kit for Matrix 3G Kit For Matrix WiFi/BT Kit For Matrix WiFi Kit For Matrix WiFi Kit For Matrix

Description

3G/AGPS mPCIe Module +

Bracket + 2x Cable + 3G

Antenna + GPS Antenna

3G mPCIe Module +

Bracket + Cable + 3G

Antenna

WiFi/BlueTooth mPCIe

Module + Bracket + 2x

Cable + 2x 2.4/5 GHz

Antenna

WiFi mPCIe Module +

Bracket + Cable + 2.4/5

GHz WiFi Antenna

WiFi mPCIe Module +

Bracket + IPEX to SMA

Cable + 2.4 GHz WiFi

Antenna

For Use WithMXE-1300/5300/5400

MXC-2300

MXE-1300/5300/5400

MXC-2300

MXE-1300/5300/5400

MXC-2300

MXE-1300/5300/5400

MXC-2300MXE-3002

Remark mini PCIe 1.2 mini PCIe 1.2 mini PCIe 1.2 mini PCIe 1.2 mini PCIe 1.1

Selection Guide

P 4 6


Cables

PN 30-01115-0010 30-01107-2000 30-01107-0010 30-01010-0050

Item Name DVI-I to VGA/DVI-D cable DB62 to 5 port Cable DB62 to 5 port Cable ACL-10568-1

Description

P1:DVI (24+5)P Male*1 Black

P2:D-SUB 15P Female*1 Blue

P3:DVI (24+5)P Female*1 Black

L=180mm

CN1 D-SUB 62P*1

CN2 D-SUB 9P*4

CN3 D-SUB 26P*1

L=150+/-10mm

CN1 D-SUB 62P*1

CN2 D-SUB 9P*4

CN3 D-SUB 26P*1

L=150+/-10mm

DIO cable

SCSI-VHDCI 68P Male/Male

BLACK

L=1M

For Use WithMXE-5400/5300

MXC-6300MXE-5400 MXE-5300 MXC-6000/6300/2300

Cables

PN 30-20724-0000 30-20592-0000 30-01157-0000

Item Name MXC-6300 Power Harness,4P Power Cable_B4P-A2543 Display Port to DVI Active Adapter cable

Description

Providing PCI and PCIe card external power

suppliers,connect

with CN23 from system to ATX peripheral power

connector on PCI/PCIe add-on card

CN1:LTT H732-04 (Pitch2.00) or Equivalent,

CN2:LTT H719-04 (Pitch5.08) or Equivalent,

L=200 +/-10mm

Providing PCI and PCIe card external power

suppliers,connect

with CN12 from system to ATX peripheral power

connector on PCI/PCIe add-on card

CN1:YY-3300-H-4P CN2:A2543H0-4P-DL

L=165mm

Connects DVI monitor to single-mode

DisplayPort output from

computer for independent three-display support

Display Port (Plug) to DVI+PCB Adapter (F)

L=100mm±10mm

For Use With MXC-6300/2300 MXC-6000 MXE-5400、MXC-6300/2300

Cables

PN 30-01121-0000 30-01120-0000 30-01119-0000

Item Name DisplayPort to VGA cable DisplayPort to DVI cable DisplayPort to HDMI cable

DescriptionDisplayport (Plug) to D-DUB 15PIN (F) cable

L=150mmDisplayport (Plug) to DVI (F) cable L=150mm Displayport (Plug) to HDMI (F) cable L=150mm

For Use WithMXE-5400

MXC-6300/2300

MXE-5400

MXC-6300/2300

MXE-5400

MXC-6300/MXC-2300

Accessories

Overview

P 4 7 P 4 8

IoT Gateways

Towards to the IIoT Era

Network Infrastructure

Gateways

Device

Cloud

Solutions based on the Intel® IoT Gateway close the gap between the edge and the cloud.

Industries are entering a new era as the IoT allows billions of devices containing embedded technology to seamlessly connect, be managed, and securely interact over the network. Industrial IoT (IIOT) is the term used to describe machine-to-machine (M2M) communications where machines interact and communicate with other machines, objects, environments and infrastructures. As a result of these communications, huge volumes of data are being intelligently generated, and that data is being processed and analyzed, resulting in meaningful and timely actions for management and control. The increasing trend towards Industrial IoT is transforming industries making them more ef�cient and optimizing operations.

ADLINK is using the robust hardware and software stack of the Intel® IoT Gateway to help industries connect legacy infrastructure. Using their solutions, companies are collecting and analyzing data in ways that enable greater operational ef�ciency, big data solutions, and new services for business transformation .

ADLINK advance IoT offers a full range of solutions for the IoT ecosystem covering devices, gateways and network infrastructure. Deliver Application-Ready Intelligent IoT solution and services to providing greater bene�t to customers in the strategic development of IoT innovations.

Home Automation

Energy

Retail


Transportation

Healthcare

Intelligent System

IntelligentMiddleware

SERVERS

MXE-200i

MXE-100i

LEC-BTS IMT-BT

REMOTE MANAGEMENT

M2M Agent

SEMA/SEMA Cloud

MQTT

Security

DeviceManagmentEnsure reliable

communication

EventProcessing

E-Mail/SMS/SEMA Call

DataManagment

Storage, HighLoad Balancing

Overview

P 4 7 P 4 8

IoT Gateways

Towards to the IIoT Era

Network Infrastructure

Gateways

Device

Cloud

Solutions based on the Intel® IoT Gateway close the gap between the edge and the cloud.

Industries are entering a new era as the IoT allows billions of devices containing embedded technology to seamlessly connect, be managed, and securely interact over the network. Industrial IoT (IIOT) is the term used to describe machine-to-machine (M2M) communications where machines interact and communicate with other machines, objects, environments and infrastructures. As a result of these communications, huge volumes of data are being intelligently generated, and that data is being processed and analyzed, resulting in meaningful and timely actions for management and control. The increasing trend towards Industrial IoT is transforming industries making them more ef�cient and optimizing operations.

ADLINK is using the robust hardware and software stack of the Intel® IoT Gateway to help industries connect legacy infrastructure. Using their solutions, companies are collecting and analyzing data in ways that enable greater operational ef�ciency, big data solutions, and new services for business transformation .

ADLINK advance IoT offers a full range of solutions for the IoT ecosystem covering devices, gateways and network infrastructure. Deliver Application-Ready Intelligent IoT solution and services to providing greater bene�t to customers in the strategic development of IoT innovations.

Home Automation

Energy

Retail


Transportation

Healthcare

Intelligent System

IntelligentMiddleware

SERVERS

MXE-200i

MXE-100i

LEC-BTS IMT-BT

REMOTE MANAGEMENT

M2M Agent

SEMA/SEMA Cloud

MQTT

Security

DeviceManagmentEnsure reliable

communication

EventProcessing

E-Mail/SMS/SEMA Call

DataManagment

Storage, HighLoad Balancing

Overview

P 4 9 P 5 0

IoT Gateways

New Edge of Intelligent Gateway PlatformSeamless Interconnection

ADLINK embedded IoT gateway platforms MXE-100i/200i, equipped with Intel® Quark™ SoC and Intel® Atom™ processors E3845/E3826, fully support Intel® IoT Gateway by integrating Wind River Intelligent Device Platform* (IDP) XT and McAfee* Embedded Control to provide a complete, pre-validated communication and security solution. The MXE-100i/200i also includes ADLINK’s SEMA utility, which enables quick setup of remote data access and analysis through ADLINK’s SEMA Cloud.

ADLINK Embedded IoT gateway platforms feature �eldbus control interface, as well as superior WiFi/LTE/3G enabled edge device/cloud connectivity.

Secure, scalable computing gateways with �eldbus interfaces enable seamless connection, aggregation, �ltering, and data transmission to the cloud with con�dence.

Connectivity

Industry-ClassConstruction

Security

Much current industry effort is focused on connecting to legacy or “brownfield” devices that were not designed to be connected, or even designed to inhibit connectivity, to protect them from network-borne threats. A major consideration in deploying IoT solutions is to figure out how to seamlessly and safely connect such legacy devices.

Seamless Interconnection

ADLINK’s embedded IoT gateway platform integrates routing and data collection functions, conversant with existing protocols. Strong support for widely-used �eldbus protocols provides bi-directional communication and acquisition. Simple IoT gateway function capable of accepting a wide range of connectivity protocols for analog and digital data can provide connection to a wide range of industries, taking advantage of valuable data existing in their hardware assets.

IIoT ideal is connection of a world of mechanical and electrical systems to the Internet and thus to cloud-based services and analytic back ends. A critical challenge to deploying IIoT solutions is the lack of a single standard of network connection. Brownfield devices use a scattered variety of proprietary protocols, requiring gateways to connect with IP-based networks. An IIoT gateway supporting cross-protocol communication in is key to effective deployment.

Proven ruggedness assures operation in harsh environmentsSupport for -20°C to 70°C operating temperatureOperating shock tolerance up to 100 G provides reliable platform critical to IIOTOptional four isolated DI and four isolated DO, ideal for industrial applications requiring high-voltage isolation

Heterogeneous �eldbus protocols support diversity in �eld communication

WiFi/LTE/3G ensure interoperability between systems

Rich I/O includes HDMI, GbE LAN, COM ports, and USB 3.0/2.0 ports, supporting seamless interconnection

Manageability

SEMA Cloud offers remote manageability and enhances system reliability

Wind River® IDP XT supports practical management protocols for optimizing remote device management

Secure Boot protects endpoints and blocks malicious software

SEMA Cloud provides secure data transmission (TLS)

Whitelisting helps prevent malware and zero-dayexploitation

Overview

P 4 9 P 5 0

IoT Gateways

New Edge of Intelligent Gateway PlatformSeamless Interconnection

ADLINK embedded IoT gateway platforms MXE-100i/200i, equipped with Intel® Quark™ SoC and Intel® Atom™ processors E3845/E3826, fully support Intel® IoT Gateway by integrating Wind River Intelligent Device Platform* (IDP) XT and McAfee* Embedded Control to provide a complete, pre-validated communication and security solution. The MXE-100i/200i also includes ADLINK’s SEMA utility, which enables quick setup of remote data access and analysis through ADLINK’s SEMA Cloud.

ADLINK Embedded IoT gateway platforms feature �eldbus control interface, as well as superior WiFi/LTE/3G enabled edge device/cloud connectivity.

Secure, scalable computing gateways with �eldbus interfaces enable seamless connection, aggregation, �ltering, and data transmission to the cloud with con�dence.

Connectivity

Industry-ClassConstruction

Security

Much current industry effort is focused on connecting to legacy or “brownfield” devices that were not designed to be connected, or even designed to inhibit connectivity, to protect them from network-borne threats. A major consideration in deploying IoT solutions is to figure out how to seamlessly and safely connect such legacy devices.

Seamless Interconnection

ADLINK’s embedded IoT gateway platform integrates routing and data collection functions, conversant with existing protocols. Strong support for widely-used �eldbus protocols provides bi-directional communication and acquisition. Simple IoT gateway function capable of accepting a wide range of connectivity protocols for analog and digital data can provide connection to a wide range of industries, taking advantage of valuable data existing in their hardware assets.

IIoT ideal is connection of a world of mechanical and electrical systems to the Internet and thus to cloud-based services and analytic back ends. A critical challenge to deploying IIoT solutions is the lack of a single standard of network connection. Brownfield devices use a scattered variety of proprietary protocols, requiring gateways to connect with IP-based networks. An IIoT gateway supporting cross-protocol communication in is key to effective deployment.

Proven ruggedness assures operation in harsh environmentsSupport for -20°C to 70°C operating temperatureOperating shock tolerance up to 100 G provides reliable platform critical to IIOTOptional four isolated DI and four isolated DO, ideal for industrial applications requiring high-voltage isolation

Heterogeneous �eldbus protocols support diversity in �eld communication

WiFi/LTE/3G ensure interoperability between systems

Rich I/O includes HDMI, GbE LAN, COM ports, and USB 3.0/2.0 ports, supporting seamless interconnection

Manageability

SEMA Cloud offers remote manageability and enhances system reliability

Wind River® IDP XT supports practical management protocols for optimizing remote device management

Secure Boot protects endpoints and blocks malicious software

SEMA Cloud provides secure data transmission (TLS)

Whitelisting helps prevent malware and zero-dayexploitation

Overview Selection Guide

P 5 1 P 5 2

IoT Gateways

Secure and Reliable Data Transfer

ADLINK’s embedded IoT gateway platform, supported by the latest Intel processors, includes two key hardware-assisted security enhancements: Intel® Advanced Encryption Standard New Instructions (Intel® AES-NI) and Secure Boot. Together, these security technologies help secure endpoints, protect content, and prevent malicious software from loading.

Wind River* IDP XT delivers built-in security features to protect the communication channel, the data, and the end device. In addition, McAfee* Embedded Control adds dynamic whitelisting. This technology locks the system down to a known safe baseline so no program outside the authorized set can launch. McAfee* Embedded Control also contributes a policy-based change control feature that monitors �les and prevents unexpected changes.

ADLINK’s SEMA utility provides secure data transmission, continuously uploading data through encrypted Transport Layer Security (TLS, the successor protocol of Secure Sockets Layer or SSL) connection, as shown in the user's information dashboard, all together guaranteeing essential reliability and security critical to IoT-ready platforms.

Security at both device and network levels is critical to IoT-based operations. Secure boot at the device level, access control and authentication, application whitelisting, and firewall and intrusion prevention systems are all used to combat security threats while allowing legacy equipment to be used in place, connected to the IP-based world of the IoT.

Manageability Adds Business Value

Ready access to system health is proving invaluable for many industries with an inherent need to monitor distributed networks, and can now be implemented in nearly any embedded arena. Operators can proactively interact with the system, detecting potential issues in advance, as well as responding quickly to system downtime.

ADLINK’s self-developed SEMA Cloud utility provides �exible Cloud connection to push data to the cloud, as well as remote monitoring and control capabilities, and rich libraries and widgets for easy con�guration and design of intuitive graphic user interfaces compatible with any browser-based device, for access to data anytime and anyplace via the internet.

Remote management through ADLINK’s SEMA Cloud delivers considerable business value

Secured Communication Encrypted Data communication

Secured Runtime EnvironmentWhite List / Access Control

Secured Boot upSigned BIOS/Boot Image

Device ManagementEnsure reliable

communication

Event ProcessingE-mail/SMS/

SEMA Call

Data ManagementStorage, High Load

Balancing

Security

Custom Data

M2M

Agent

Mobile Application

Online Portal

TCP/IP APIIntelligent Middleware

Cloud -The Servers -

End Application


P 5 1 P 5 2

IoT Gateways

Secure and Reliable Data Transfer

ADLINK’s embedded IoT gateway platform, supported by the latest Intel processors, includes two key hardware-assisted security enhancements: Intel® Advanced Encryption Standard New Instructions (Intel® AES-NI) and Secure Boot. Together, these security technologies help secure endpoints, protect content, and prevent malicious software from loading.

Wind River* IDP XT delivers built-in security features to protect the communication channel, the data, and the end device. In addition, McAfee* Embedded Control adds dynamic whitelisting. This technology locks the system down to a known safe baseline so no program outside the authorized set can launch. McAfee* Embedded Control also contributes a policy-based change control feature that monitors �les and prevents unexpected changes.

ADLINK’s SEMA utility provides secure data transmission, continuously uploading data through encrypted Transport Layer Security (TLS, the successor protocol of Secure Sockets Layer or SSL) connection, as shown in the user's information dashboard, all together guaranteeing essential reliability and security critical to IoT-ready platforms.

Security at both device and network levels is critical to IoT-based operations. Secure boot at the device level, access control and authentication, application whitelisting, and firewall and intrusion prevention systems are all used to combat security threats while allowing legacy equipment to be used in place, connected to the IP-based world of the IoT.

Manageability Adds Business Value

Ready access to system health is proving invaluable for many industries with an inherent need to monitor distributed networks, and can now be implemented in nearly any embedded arena. Operators can proactively interact with the system, detecting potential issues in advance, as well as responding quickly to system downtime.

ADLINK’s self-developed SEMA Cloud utility provides �exible Cloud connection to push data to the cloud, as well as remote monitoring and control capabilities, and rich libraries and widgets for easy con�guration and design of intuitive graphic user interfaces compatible with any browser-based device, for access to data anytime and anyplace via the internet.

Remote management through ADLINK’s SEMA Cloud delivers considerable business value

Secured Communication Encrypted Data communication

Secured Runtime EnvironmentWhite List / Access Control

Secured Boot upSigned BIOS/Boot Image

Device ManagementEnsure reliable

communication

Event ProcessingE-mail/SMS/

SEMA Call

Data ManagementStorage, High Load

Balancing

Security

Custom Data

M2M

Agent

Mobile Application

Online Portal

TCP/IP APIIntelligent Middleware

Cloud -The Servers -

End Application

Model Name MXE-101i MXE-202i

System

Processor Intel® Quark™ SoC X1021 Dual-Core Intel® Atom™ Processor E3826

Video - 1 HDMI

Memory DDR3 800 512 MB (Memory Down) DDR3L 1066 2 GB (Memory Down)

I/O Interface

Ethernet 2 10/100 LAN 2 GbE LAN (Intel® I210-IT)

USB 3 USB 2.0 host port 2 USB 2.0 host port + 1x USB 3.0

Serial Ports 2 COM (1x RS-232 + 1x RS-232/422/485***)

DIO Optional 4 Isolated DI + 4 isolated DO

ExpansionsMini PCIe 2 PCIe Mini Card Slots

USIM 1 USIM Slot

ManageabilityWDT Watchdog Timer Support

SEMA SEMA support with BMC

Power SupplyDC Input 6-36 VDC

AC Input Optional 40 W AC-DC adapter

Storage

mSATA - 1 mSATA****

SD 1 SD card slot (up to 16 GB)

OS Preload Wind River® IDP XT 2.0

Mechanical

Dimensions 120 (W) x 100 (D) x 55 (H) mm (4.68” x 3.9” x 2.17”)

Construction Full Aluminum Alloy

Weight 650 g (1.43 lbs)

Mounting DIN-Rail / Wall mounting

Environmental

Opertating Standard: 0°C to 50°C (32°F to 122°F)

Extended temperature

Standard: 0°C to 50°C (32°F to 122°F)

Extended temperature

Temperature*Option**: -20°C to 70°C (-4°F to 158°F)

( w/ industrial grade SD)

Option**: -20°C to 70°C (-4°F to 158°F)

(w/industrial SD/mSATA)

Storage Temperature -40°C to 85°C (-40°F to 185°F)

Humidity ~95% @ 40°C (non-condensing)

Vibration Operating 5 Grms, 5-500 Hz, 3 axes w/ SD Operating 5 Grms, 5-500 Hz, 3 axes w/ SD/mSATA

ESD Contact +/-4 KV, Air +/-8 KV

Shock Operating 100 G, half sine 11 ms duration w/ SD Operating 100 G, half sine 11 ms duration w/ SD/mSATA

EMC CE & FCC Class A (EN 61000-6-4/EN 61000-6-2)

Safety UL by CB

* Other names and brands may be claimed as the property of others.

*** RS-232 supports Tx, Rx,CTS, and RTS signal only.

** Extending the operating temperature is optional and requires use of an industrial solid-state drive storage device or CFast.

**** mSATA shares the same slot with mPCIe


P 5 3 P 5 4

The maritime industry is highly automated, with requirements for smart embedded systems growing all the time. ADLINK understands the daily challenges of relentlessly harsh conditions inherent in maritime applications. To meet the environmental and electromagnetic demands on operational hardware, devices must adhere to strict specifications and the need for compact size, ruggedness, and reliability.

ADLINK’s Matrix line of fanless computers offers a number of embedded solutions delivering the safety and reliability required by the maritime environment, with Intel® processors maximizing computing performance and providing industry-class graphics. To counter the effects of shock and vibration, mechanics and electrics are ruggedly designed with rigorous testing under extremes of heat, humidity, shock, and vibration, delivering full compliance with maritime classifications such as IEC-60945, IACS-E10 and DNV.

Overcoming the challenges of everyday deployment in harsh environments, ADLINK’s ruggedized Matrix computers directly and efficiently dissipate heat, while resisting most shock and vibration, with temperature tolerance from -20°C to 70°C (-4˚F to 158˚F). For electromagnetic compatibility, isolated 24V DC to DC power inputs qualify ADLINK’s Matrix computers ideally for deck, bridge, and Control Room deployment.

Maritime Computers

ADLINK’s Maritime Computers

Trusted Embedded Computing for Maritime Applications


P 5 3 P 5 4

The maritime industry is highly automated, with requirements for smart embedded systems growing all the time. ADLINK understands the daily challenges of relentlessly harsh conditions inherent in maritime applications. To meet the environmental and electromagnetic demands on operational hardware, devices must adhere to strict specifications and the need for compact size, ruggedness, and reliability.

ADLINK’s Matrix line of fanless computers offers a number of embedded solutions delivering the safety and reliability required by the maritime environment, with Intel® processors maximizing computing performance and providing industry-class graphics. To counter the effects of shock and vibration, mechanics and electrics are ruggedly designed with rigorous testing under extremes of heat, humidity, shock, and vibration, delivering full compliance with maritime classifications such as IEC-60945, IACS-E10 and DNV.

Overcoming the challenges of everyday deployment in harsh environments, ADLINK’s ruggedized Matrix computers directly and efficiently dissipate heat, while resisting most shock and vibration, with temperature tolerance from -20°C to 70°C (-4˚F to 158˚F). For electromagnetic compatibility, isolated 24V DC to DC power inputs qualify ADLINK’s Matrix computers ideally for deck, bridge, and Control Room deployment.

Maritime Computers

ADLINK’s Maritime Computers

Trusted Embedded Computing for Maritime Applications

Model Name MXC-6301M/6302M/6303M MXC-6311M/6312M/6313M

System

Processor Intel® Core™ i7-3610QE/ i5-3610ME/i3-3120ME

Chipset Intel® QM77

Memory 4 GB DDR3 1600 MHz SODIMM module

I/O Interface

Expansion Slots 1 PCI +2 PCIe x8 slots or 1 PCI + 1 PCIe x16 1 PCI slot and 1 PCIe x16 slots

Ethernet 2 Intel GbE ports with teaming function, Intel iAMT 8.0

Serial

Port

COM1 & COM2 2 RS-232/422/485


USB Port 6 external USB ports (4 USB 3.0 + 2 USB 2.0) + 1 internal USB 2.0

Manageability Watchdog Timer √

StorageSATA HDD 2x 2.5” HDD/SSD installation

CompactFlash 2 CFast socket (1 external + 1 internal)

Environment Operating Temperature*


Extended temperature option: -20°C to 55°C (-4˚F to 131˚F)

(w/Ind. SSD or CFast) for MXC-6301M/6311M;

-20°C to 60°C (-4˚F to 140˚F) (w/Ind. SSD or CFast) for MXC-6302M/6303M/6312M/6313M

General Power Supply 24V DC-in

Model Name MXE-5104 MXE-1301M

System

Processor Intel® Core™ 2 Duo P8400 2.26 GHz Intel® Atom™ D2550 1.86 GHz

Chipset Intel® GM45+ ICH9-M Intel® NM10

Memory 2 GB DDR3 SODIMM 2 GB DDR3 1066/800 MHz SODIMM module

I/O Interface

Ethernet 4 GbE ports (2 Intel® 82574L +2 Realtek® 8111C) 3 GbE ports (3x Intel® 82574L)

Serial

Port

COM1 & COM2 2 RS-232 2 RS-232/422/485

COM3 & COM4 2 RS-232/422/485 2 RS-232

USB Port 6 USB 2.0 6 USB 2.0

Manageability Watchdog Timer √ √

StorageSATA HDD 2.5" HDD/SSD installation 2.5” HDD/SSD installation

CompactFlash – 1 Type I CF socket

Environment Operating Temperature*Standard: 0°C to 50°C (32˚F to 122˚F)

Extended temperature option: -20°C to 70°C (-4˚F to 158˚F)(w/ industrial SSD)


Extended temperature option: -20°C to 70°C

(-4˚F to 158˚F) (w/ industrial SSD or CF)

General Power Supply 24V DC-in 24V DC-in

Overview

P 5 5 P 5 6

As an associate partner with the Intel Intelligent System Alliance, ADLINK works closely with Intel to ensure development of innovative computing technologies, by implementing embedded computing roadmaps which can sustain extended product availability with long component life support.

Medical Computers

ADLINK’s Medical SolutionsADLINK, manufacturer and provider of embedded computing technology, leads the field with integration of x86 computing power, rugged design, high availability, and industrial I/O in our product lines. ADLINK has established itself by providing reliable products of superior quality for cost-effective solutions, allowing our customers around the world to significantly reduce time-to-market burdens whilst increasing their competitive edge.

In response to the rapid development of computing hardware and wireless popularity in the healthcare IT field, ADLINK is pleased to introduce our Topaz line of precision medical computers, delivering integrated application-ready platforms with simple, quick, and reliable medical computing solutions.

Long lifecycle support

With over 15 years’ experience in digital imaging, including frame grabbers, video capture cards, and embedded vision systems with comprehensive software support, ADLINK’s off-the-shelf digital imaging solutions are fully compatible with ADLINK expandable computers, speeding system providers’ time to market.

Expertise in digital imaging

All ADLINK Topaz products feature fanless and cable-free architecture, providing durability for long-term usage. Circulation of dust or other particulates that could compromise a sterile environment are eliminated, and exhaustive vibration and shock testing during development and production ensure durability. During operation, Topaz computers can tolerate vibrations of up to 5 G, and a compact profile of 8.26” W x 6.69” D x 2.08” H (210 x 170 x 53 mm) enables flexible deployment in carts or other mobile medical setups, greatly benefiting those requiring compact and reliable solutions.

Energy efficient

Fanless, noiseless

Flexible I/O

Highly integrated

Rugged, cable-free stability

Space saving compact configuration

Mobile capacity in a robust and compact package

Features

Overview

P 5 5 P 5 6

As an associate partner with the Intel Intelligent System Alliance, ADLINK works closely with Intel to ensure development of innovative computing technologies, by implementing embedded computing roadmaps which can sustain extended product availability with long component life support.

Medical Computers

ADLINK’s Medical SolutionsADLINK, manufacturer and provider of embedded computing technology, leads the field with integration of x86 computing power, rugged design, high availability, and industrial I/O in our product lines. ADLINK has established itself by providing reliable products of superior quality for cost-effective solutions, allowing our customers around the world to significantly reduce time-to-market burdens whilst increasing their competitive edge.

In response to the rapid development of computing hardware and wireless popularity in the healthcare IT field, ADLINK is pleased to introduce our Topaz line of precision medical computers, delivering integrated application-ready platforms with simple, quick, and reliable medical computing solutions.

Long lifecycle support

With over 15 years’ experience in digital imaging, including frame grabbers, video capture cards, and embedded vision systems with comprehensive software support, ADLINK’s off-the-shelf digital imaging solutions are fully compatible with ADLINK expandable computers, speeding system providers’ time to market.

Expertise in digital imaging

All ADLINK Topaz products feature fanless and cable-free architecture, providing durability for long-term usage. Circulation of dust or other particulates that could compromise a sterile environment are eliminated, and exhaustive vibration and shock testing during development and production ensure durability. During operation, Topaz computers can tolerate vibrations of up to 5 G, and a compact profile of 8.26” W x 6.69” D x 2.08” H (210 x 170 x 53 mm) enables flexible deployment in carts or other mobile medical setups, greatly benefiting those requiring compact and reliable solutions.

Energy efficient

Fanless, noiseless

Flexible I/O

Highly integrated

Rugged, cable-free stability

Space saving compact configuration

Mobile capacity in a robust and compact package

Features


P 5 7 P 5 8

The EN60601 standard provides requirements for common hazards related to electro-medical products, with the objective of protecting patients by reducing the likelihood of these hazards.

The TPZ-1300 is medically certified to meet the requirements of the 3rd edition of IEC/EN 60601-1. And ADLINK is an ISO-13485 approved manufacturer.

Telemedicine applications including telecardiology, telepathology, and nursing workstations all require high reliability and durability for long-term usage. The Topaz line is designed with robust construction to easily meet the needs of these applications.

Medical Computers

Why ADLINK TOPAZ Series?

Robust Construction for Portable Effectiveness

Designed for Medical UseCOM1 & COM2COM3 & COM4

Intel® Atom™ D2550 1.86 GHzIntel® NM10

2 GB DDR3 1066 MHz SODIMM module (Up to 4 GB support)1 Mini PCIe slot

3 GbE ports (3x Intel® 82574L)2 RS-232/422/485

2 RS-2324x DI + 4x DO

6 USB 2.0 ports√

2.5” HDD/SSD installation1 Type I CF socket

Standard: 0°C to 40°C (32˚F to 104˚F)Extended option: -40°C to 85°C (-40˚F to 185˚F) (excl. HDD/SSD/CF)

9 – 32 Vdc210 (W) x 170 (D) x 53 (H) mm (8.3" x 6.75" x 2.1")

Model Name TPZ-1301

Medically Certi�ed with IEC/EN 60601-1

Topaz products feature an industry-leading cable free architecture. All components and connectors are directly mounted on the PCB via SMT and DIP processes rather than via cable connection. The result is an extremely strong and durable mechanical structure suitable for the harshest of environments, with a storage-stabilized interior improving reliability

Cable free, storage-stabilized interior improves reliability

ToleranceIdeal for customers requiring robust and reliable industrial platforms, all Topaz computers undergo tolerance testing up to 100 G shock duration and 5 Grms vibration resistance.

High vibration and shock

Maximum stabilityReliable operation with leading MTBF exceeding 250,000 hours

24/7 function

Aluminum alloy housing for trouble free cleaningAnodized finish resists rust and corrosion.

Easy to clean

Anti-bacterial coating option available

Anti-bacterial protectionPrevents contamination and reduces noise

Fanless & noiseless

ProcessorChipsetMemoryExpansionEthernet

Serial Port

DIOUSB PortWatchdog TimerSATA HDDCompactFlashOperating Temperature*Power InputDimension

System

I/O Interface

Storage

Environment

GeneralMechanical


P 5 7 P 5 8

The EN60601 standard provides requirements for common hazards related to electro-medical products, with the objective of protecting patients by reducing the likelihood of these hazards.

The TPZ-1300 is medically certified to meet the requirements of the 3rd edition of IEC/EN 60601-1. And ADLINK is an ISO-13485 approved manufacturer.

Telemedicine applications including telecardiology, telepathology, and nursing workstations all require high reliability and durability for long-term usage. The Topaz line is designed with robust construction to easily meet the needs of these applications.

Medical Computers

Why ADLINK TOPAZ Series?

Robust Construction for Portable Effectiveness

Designed for Medical UseCOM1 & COM2COM3 & COM4

Intel® Atom™ D2550 1.86 GHzIntel® NM10

2 GB DDR3 1066 MHz SODIMM module (Up to 4 GB support)1 Mini PCIe slot

3 GbE ports (3x Intel® 82574L)2 RS-232/422/485

2 RS-2324x DI + 4x DO

6 USB 2.0 ports√

2.5” HDD/SSD installation1 Type I CF socket

Standard: 0°C to 40°C (32˚F to 104˚F)Extended option: -40°C to 85°C (-40˚F to 185˚F) (excl. HDD/SSD/CF)

9 – 32 Vdc210 (W) x 170 (D) x 53 (H) mm (8.3" x 6.75" x 2.1")

Model Name TPZ-1301

Medically Certi�ed with IEC/EN 60601-1

Topaz products feature an industry-leading cable free architecture. All components and connectors are directly mounted on the PCB via SMT and DIP processes rather than via cable connection. The result is an extremely strong and durable mechanical structure suitable for the harshest of environments, with a storage-stabilized interior improving reliability

Cable free, storage-stabilized interior improves reliability

ToleranceIdeal for customers requiring robust and reliable industrial platforms, all Topaz computers undergo tolerance testing up to 100 G shock duration and 5 Grms vibration resistance.

High vibration and shock

Maximum stabilityReliable operation with leading MTBF exceeding 250,000 hours

24/7 function

Aluminum alloy housing for trouble free cleaningAnodized finish resists rust and corrosion.

Easy to clean

Anti-bacterial coating option available

Anti-bacterial protectionPrevents contamination and reduces noise

Fanless & noiseless

ProcessorChipsetMemoryExpansionEthernet

Serial Port

DIOUSB PortWatchdog TimerSATA HDDCompactFlashOperating Temperature*Power InputDimension

System

I/O Interface

Storage

Environment

GeneralMechanical

P 5 8

Medical ComputersSelection Guide

Model Name TPZ-1301

System

Processor Intel® Atom™ D2550 1.86 GHz

Chipset Intel® NM10

Memory 2 GB DDR3 1066 MHz SODIMM module (Up to 4 GB support)

I/O Interface

Expansion 1 Mini PCIe slot

Ethernet 3 GbE ports (3 Intel® 82574L)

Serial

Port

COM1 & COM2 2 RS-232/422/485


DIO 4 DI + 4x DO

USB Port 6 USB 2.0 ports

Manageability Watchdog Timer √

StorageSATA HDD 2.5” HDD/SSD installation

CompactFlash 1 Type I CF socket

Environment Operating Temperature*Standard: 0°C to 40°C (32˚F to 104˚F)

Extended option: -40°C to 85°C (-40˚F to 185˚F) (excl. HDD/SSD/CF)

General Power Input 9 – 32 Vdc

Mechanical Dimension 210 (W) x 170 (D) x 53 (H) mm (8.3" x 6.75" x 2.1")

Selection GuideOverview Selection Guide

P 5 9 P 5 - 2

ADLINK's PICMG 1.0/1.3 single board computers, based on latest generation Intel® processors, offer flexible I/O and superior expandability. Fully compatible with ADLINK’s industry-proven I/O cards, they deliver a variety of solutions for industrial and embedded applications.

ADLINK’s full range of industrial computers for automation, including off-the-shelf frame grabbers, motion controllers, and data acquisition cards integrated with industrial computers provide the assurance of strict verification testing, presenting an optimum solution for combined motion & vision applications.

Industrial Computers

Full Range of Industrial Computers Empowers Industrial Automation Applications

PICMG Single Board Computers

A wide range of ADLINK backplanes are available for PICMG 1.0/1.3 CPU boards. Fully co-functional with ADLINK systems, they deliver flexible configuration and expandability for industrial applications.

Passive Backplanes

ADLINK’s industrial motherboards are powered by processors ranging from lower powered Intel® Pentium based solutions to server-grade Intel Xeon, in a variety of form factors, including ATX, Extended ATX and Mini-ITX. Featuring reliable industrial grade design, flexible expandability, and competitive price, they are an ideal solution for industrial applications requiring fast time to market with reliable application control.

Industrial Motherboards

Industrial server-grade IPC systems feature maximum computing power and rich storage capacity delivers a scalable, high performance platform meeting the needs of the most demanding applications requiring high-performance, easy-to-deploy, reliable systems.

Server-Grade IPC System

ADLINK ‘s rackmount and wallmount industrial chassis are designed for variety of industrial automation applications. Aligned with integrated subsystem design and service, performance Is optimized for combined motion/vision/IO applications.

Industrial Chassis

P 6 0


PICMG 1.3 SHB

Model Name NuPRO-E72 NuPRO-E42 NuPRO-E340 NuPRO-E330 NuPRO-E320

CPU

Socket LGA1150 LGA1150 LGA1155 LGA1156 LGA775

CPU SupportIntel® Xeon® E3-1200 v3,

Core™ i3/Pentium®/Celeron®

Intel® Core™ i7/i5/i3/Pentium®

Intel® Core™ i7/i5/i3/Pentium®/Celeron®

Intel® Core™ i7/i5/i3/Pentium® Intel® Core™2 Quad/Duo

FSB -- -- -- -- 1333/1066/800 MHz

ChipsetGMCH -- -- -- -- Q45

ICH/PCH C226 Q87 Q67 Q57 ICH10

Memory

DIMM Type DDR3 DDR3 DDR3 DDR3 DDR3

Clock Speed 1600/1333 MHz 1600/1333 MHz 1600/1333 MHz 1333/1066 MHz 1066/800 MHz

DIMM 2 2 2 2 2

Max. Capacity 16 GB 16 GB 16 GB 8 GB 4 GB

ECC/Reg -- -- -- -- --

Form

Factor

Dimensions338 mm x 126 mm

(L x W)

338 mm x 126 mm

(L x W)

338 mm x 126 mm

(L x W)

338 mm x 126 mm

(L x W)

338 mm x 126 mm

(L x W)

Bus PCI Express® / PCI™ PCI Express® / PCI™ PCI Express® / PCI™ PCI Express® / PCI™ PCI Express® / PCI™

Display

Graphics Intel® HD Graphics Intel® HD Graphics Intel® HD Graphics Intel® HD Graphics* Intel® GMA 4500

Video Memory -- -- -- -- DVMT 512 MB

DVI support Yes Yes Yes -- --

Ethernet

Gigabit 2 2 2 2 2

ControllerIntel® I217LM and IntelR

I211-AT

Intel® I217LM and Intel®

I211-AT

Intel® 82579LM and Intel®

82574L

Intel® 82578DM and Intel®

82574LDual Intel 82574L

Storage

Serial ATA 4x SATA ports 6 Gb/s 4x SATA ports 6 Gb/s2x SATA 6 Gb/s, 4x SATA

3 Gb/s6x SATA 3 Gb/s 4x SATA 3 Gb/s

IDE -- -- -- -- 1x ATA133

Floppy -- -- -- Yes Yes

I/O Ports

USB6x USB 3.0, 4x

USB 2.0

6x USB 3.0, 4x

USB 2.0

2x USB 3.0, 12x

USB 2.09x USB 2.0 9x USB 2.0

LPT -- -- Yes Yes Yes

COM5x RS-232, 1x

RS-232/422/485

5x RS-232, 1x

RS-232/422/485

5x RS-232, 1x

RS-232/422/485/485+

5 x RS-232, 1 x

RS-232/422/485/485+

1x RS-232, 1x

RS-232/422/485/485+

PS/2 KB/MS Yes (internal pin header) Yes (internal pin header) Yes (internal pin header) Yes (Mini-DIN) Yes (Mini-DIN)

Audio Optional audio board Optional audio board Optional audio board Optional audio board Optional audio board

Expansion -- -- -- 1x PCIe Mini Card slot --


Selection Guide

P 6 1


PICMG 1.0 SBC

Model Name NuPRO-A40H NuPRO-A331

CPU

Socket LGA1155 LGA1156

CPU Support Intel® Core™ i7/i5/i3/Pentium®/Celeron® Intel® Core™ i7/i5/i3/Pentium®

FSB -- --

ChipsetGMCH -- --

ICH/PCH H61 Q57

Memory

DIMM Type DDR3 DDR3

Clock Speed 1600/1333 MHz 1333/1066 MHz

DIMM 2 2

Max. Capacity 16 GB 8 GB

ECC/Reg -- --

Form FactorDimensions

338 mm x 122 mm

(L x W)

338 mm x 122 mm

(L x W)

Bus PCI™ / ISA PCI™ / ISA

Display

Graphics Intel® HD Graphics Intel® HD Graphics*

Video Memory -- --

DVI support Yes Yes

Ethernet

Gigabit 2 2

Controller Dual Intel® I211-AT Dual Intel® 82574L

Storage

Serial ATA 4x Serial ATA 3.0 Gb/s 6x SATA 3 Gb/s

IDE -- --

Floppy -- --

I/O Ports

USB 10x USB 2.0 8x USB 2.0

LPT Yes Yes

COM5x RS-232,

1x RS-232/422/485

4x RS-232,

2x RS-232/422/485/485+

PS/2 KB/MS Yes(internal pin header) Yes(internal pin header)

Audio Optional audio board Optional audio board

Expansion -- 1x PCIe Mini Card slot


Selection Guide

P 6 2


Extend ATX ATX

Model Name IMB-S90 IMB-M42H IMB-M40H M-342

CPUSocket LGA2011 LGA1150 LGA1155 LGA1155

CPU Support Dual Intel Xeon E5-2658 v2 Intel® Core™ i7/i5/i3/Pentium®/Celeron® Intel® Core™ i7/i5/i3/ Pentium®/Celeron® Intel® Core™ i7/i5/i3/Pentium®

Chipset PCH C604 H81 H61 Q67

Memory

DIMM Type DDR3 DDR3 DDR3 DDR3

Speed 1600 MHz 1333/1600 MHz (based on CPU) 1333/1600 MHz (based on CPU) 1333/1600 MHz (based on CPU)

DIMM Slots 8 2 2 4

Max. Capacity 128 GB 16 GB 16 GB 32 GB

ECC/Reg Yes -- -- --

Form Factor Dimensions 305 mm x 330 mm (W x L) 305 mm x 244 mm (W x L) 305 mm x 218 mm (W x L) 305 mm x 244 mm (W x L)

Display

Graphics Integrated in Aspeed® AS2300 Intel® HD Graphics Intel® HD Graphics Intel® HD Graphics

VGA support 1 1 1 1

DVI-D support -- -- 1 1

HDMI support -- 1 -- 2

DisplayPort -- 1 -- --

No. of Displays Support

1 2 2 2

EthernetGbE port 2 1 2 2

Controller Intel® I210-AT Intel® I217V Realtek® RTL8111E Intel® 82579LM and Intel® 82574L

Storage

Serial ATA

4x SATA 6 Gb/s from Marvell

88SE9230, 2x SATA 6 Gb/s from

PCH, 2x SATA 3 Gb/s from PCH

2x Serial ATA 6Gb/s, 2x Serial

ATA 3Gb/s4x SATA 3 Gb/s

2x SATA 6 Gb/s ports, 4x SATA 3

Gb/s ports

RAID

RAID 0/1/10,Marvell (H/W) and

PCH 0/1/5/10 (S/W) RAID groups

are independent

-- -- SW RAID 0/1/5/10

I/O Ports

USB8x USB 2.0

(4x pin header + 4x rear)

8x USB 2.0

(4x pin header + 4x rear),

2x USB 3.0(rear)

10x USB 2.0


12x USB 2.0


LPT -- 1 -- 1

COM1x RS-232 (pin header),

1x RS-232/422/485 (rear)

2x RS-232/422/485(rear),

(one support 485 Auto flow

control), 4x RS-232pin header

5x RS-232(1x rear + 4x pin

header), 1x RS-232/422/485

(pin header)

5x RS-232(pin header),

1x RS-232/422/485

(pin header)

PS/2 KB/MS -- 1x PS/2 combo port 2 (Mini-DIN) 2 (Mini-DIN)

AudioRealtek® ALC262 DB-Audio2

(optional accessory)Realtek® ALC662 Audio Codec Realtek® ALC892 Realtek® ALC892

Expansion Slots4x PCIe x16, 1x PCIe x8 and 1x

PCIe x4 slots

1 X PCIe x16, 1 x PCIe x4, 4x

PCI slots

1x PCIe x16, 2x PCIe x1, 4x PCI

slots

1x PCIe x16, 1x PCIe x4, 5x PCI

slots

Operation System

Windows® Server 2008 R2

64-bit, Windows® 7 64-bit, Red

Hat Enterprise Linux 6

Microsoft® Windows® 7 32/64-

bit, Microsoft® Windows® 8.1

32/64-bit, Microsoft® Windows®

XP 32-bit, Ubuntu 13.10,

Fedora™ 19,

Red Hat Enterprise Linux 7.0

Windows® XP/7, 32/64-bit,

Fedora 17, Red Hat Enterprise

Linux 6.2

Windows® XP/7 32/64-bit, Red

Hat Enterprise Linux 6.0

Industrial Motherboards

Selection Guide

P 6 3

Industrial ComputersIndustrial Chassis

Rackmount Industrial Chassis

Model Name RK-110S RK-210S RK-260 RK-410

Type Rackmount Rackmount Rackmount Rackmount

Height 1U 2U 2U 4U

Depth 17.7” (450mm) 17.7” (450mm) 17.7” (450mm) / 19.7” (500mm) 17.8” (451mm)

Backplane/

Motherboard

Options

HPCI-D3S2、EBP-D3E1

EBP-D3S1

HPCI-D6S4

EBP-D5E2

HPCI-D6S4、EBP-D5E2

ATX motherboard

HPCI-13S4LU、HPCI-14S7U

HPCI-14S12U、HPCI-14S/ATX

EBP-10E5、EBP-13E2

EBP-13E4、WBP-13E4


Model Name RK-440 RK-460 RK-610 RK-615FB

Type Rackmount Rackmount Rackmount Rackmount

Height 4U 4U 4U 4U

Depth 26.4” (671mm) 17.8” (451mm) 17.8” (451mm) 20.1” (510mm)

Backplane/

Motherboard

Options

HPCI-19S18A

HPCI-13S4LU、HPCI-14S12U、

HPCI-14S/ATX、EBP-10E5、

EBP-13E2、EBP-13E4


HPCI-14S/ATX、EBP-10E5、

EBP-13E2、EBP-13E4、

ATX motherboard


HPCI-14S/ATX、EBP-10E5

EBP-13E2、EBP-13E4

Wallmount Industrial Chassis Systems

Model Name RK-607B RK-608B RK-608MB TRL-40

Type Standalone/Wallmount Standalone Wallmount Rackmount

Height 6.9” (175mm) 6.9” (175mm) 7.7” (196mm) 4U

Depth 16.5” (418mm) 16.5” (418mm) 16” (406mm) 22.3” (567mm)

Backplane/

Motherboard

Options

HPCI-6S4、EBP-5E1

EBP-6E2

HPCI-8S4、HPCI-9S7U

EBP-7E2、EBP-9E2ATX motherboard IMB-S90

Selection Guide

P 6 4



PICMG 1.0Slots per Segment

PCI-XCompatible Chassis

PICMG PCI ISA RK-110S RK210S RK-260 RK-410FS RK-440 RK-460 RK-610 RK-615FB

HPCI-D3S2 1 2 - - √

HPCI-D6S4 1 4 1 - √ √

HPCI-13S4LU 3 4 9 - √ √ √ √

HPCI-14S7U 3 7 7 - √ √ √ √

HPCI-14S12U 2 12 2 - √ √ √ √

HPCI-14S/ATX 2 4 9 - √ √ √ √

HPCI-19S18A 2 18 1 -

PICMG 1.3 PICMG PCIPCI-E

PCI-XRK-

110SERK-

210ERK-

260-Ex1 x4 x16

EBP-10E5 1 4 4 1 - √ √ √ √

EBP-13E2 1 10 - 1 1 - √ √ √ √

EBP-13E4 1 7 - 3 1 - √ √ √ √

EBP-D5E2 1 2 - 1 1 - √ √

EBP-D3S1 1 1 - - - √

EBP-D3E1 1 - - 1 - - √

WBP-13E4 1 7 - 3 1* - √

Wallmount Industrial Chassis


PCI-XCompatible Chassis

PICMG PCI ISA RK-607B RK-608B-E

HPCI-6S4 1 4 1 - √

HPCI-8S4 2 4 4 - √

HPCI-9S7U 2 7 2 -

PICMG 1.3 PICMG PCIPCI-E

PCI-Xx1 x4 x16

EBP-5E1 1 2 - - 1 - √

EBP-6E2 1 3 - 1 1 - √

EBP-7E2 1 4 - 1 1 - √

EBP-9E2 1 6 - 1 1 - √

Passive Backplanes

* PCIe x8 signal

Selection Guide

P 6 5

Single Board Computers


ISACompatible SBCs

PICMG PCI PCI-X NuPRO-A331 NuPRO-730 NuPRO-852 NuPRO-A40H

HPCI-D3S2 1 2 - - √ √ √ √

HPCI-D6S4 1 4 - 1 √ √ √ √

HPCI-6S4 1 4 - 1 √ √ √ √

HPCI-8S4 2 4 - 4 √ √ √ √

HPCI-9S7U 2 7 - 2 √ √ √ √

HPCI-13S4LU 3 4 - 9 √ √ √ √

HPCI-14S7U 3 7 - 7 √ √ √ √

HPCI-14S12U 2 12 - 2 √ √ √ √

HPCI-14S/ATX 2 4 - 9 √ √ √ √

HPCI-19S18A 2 18 - 1 √ √ √ √

Single Board Computers

PICMG1.3Slots per Segment PCI-E Compatible SBCs

PICMG PCI PCI-X x1 x14 x16 NuPRO-E42 NuPRO-E340 NuPRO-E330 NuPRO-E315 NuPRO-E320 NuPRO-965 NuPRO-E72

EBP-5E1 1 2 1 - - 1 √ √ √ √ √ √ √

EBP-7E2 1 4 - - 1 1 √ √ √ √ √ √ √

EBP-9E2 1 6 - - 1 1 √ √ √ √ √ √ √

EBP-10E5 1 4 - 4 - 1 √ √ √ √ √ √ √

EBP-13E2 1 10 - - 1 1 √ √ √ √ √ √ √

EBP-13E4 1 7 - - 3 1 √ √ √ √ √ √ √

EBP-D5E2 1 2 - - 1 1 √ √ √ √ √ √ √

EBP-D3S1 1 1 - - - - √ √ √ √ √ √ √

EBP-D3E1 1 - - - 1 - √ √ √ √ √ √ √

WBP-13E4 1 7 - - 3 1* √

* PCIe x8 signal

Selection Guide

P 6 6

Industrial ComputersPassive Backplanes

PICMG® 1.3 Backplanes

Model Name WBP-13E4 EBP-5E1 EBP-7E2 EBP-9E2 EBP-D3E1 EBP-D3S1

PCI-E® x16 1 1 1 1

PCI-E® x4 3 1 1 1

PCI-X™ 1

PCI™ 7 2 4 6

PICMG® 1 1 1 1 1 1

AT

ATX Yes Yes Yes Yes Yes Yes

Segments 1 1 1 1 1 1

Dimensions 328 mm x 312 mm 153 mm x 330 mm 328 mm x 206 mm 328 mm x 206 mm 331 mm x 39 mm 331 mm x 39 mm


Model Name EBP-6E2 EBP-D5E2 EBP-10E5 EBP-13E2 EBP-13E4

PCI-E® x16 1 1 1 1 1

PCI-E® x4 1 1 1 3

PCI-X™ 1 4

PCI™ 3 2 4 10 7

PICMG® 1 1 1 1 1

AT

ATX Yes Yes Yes Yes Yes

Segments 1 1 1 1 1

Dimensions 328 mm x 140 mm 331 mm x 84 mm 330 mm x 318 mm 330 mm x 318 mm 330 mm x 318 mm

P 6 7

Industrial ComputersPassive Backplanes


Model Name HPCI-D3S2 HPCI-D6S4 HPCI-6S4 HPCI-8S4 HPCI-9S7U

PCI-E® 1 1 1 2 2

PCI-E® 2 4 4 4 7

ISA 1 1 4 2

AT Yes Yes Yes Yes

ATX Yes Yes Yes Yes Yes

Segments 1 1 1 1 1

Dimensions 261 mm x 39 mm 261 mm x 79.6 mm 264.2 mm x 132.7 mm 264.2 mm x 218 mm 213.4 mm x 259.1mm


Model Name HPCI-13S4LU HPCI-14S12U HPCI-14S/ATX HPCI-19S18A

PCI-E® 3 2 2 2

PCI-E® 4 12 4 18

ISA 9 2 9 1

AT Yes Yes Yes Yes

ATX Yes Yes Yes Yes

Segments 1 1 1 1

Dimensions 314.7 mm x 259 mm 314.7 mm x 259 mm 312 mm x 265 mm 415.3 mm x 264.2 mm

Selection Guide

P 6 8

Industrial ComputersIndustrial Class Power Supplies

Industrial Mini-Redundant AC Power Supply

Model Name Power (typical)Maximum DC Output Current AC Voltage Input

RangeCertifications

+5 V +3.3 V +12 V -12 V -5 V +5 Vsb

APS-946XAR 460 W 25 A 25 A 30 A 0.8 A -- 2 A Universal UL/cUL/TUV/CCC

APS-940XAR-

EPS12

(for RK-440)

400 W 35 A 25 A 28 A 1.2 A 0.5 A 2 A Universal UL/cUL/TUV/CCC

APS-960XAR-

EPS12

(for RK-470MB)

600 W 25 A 25 A 49 A 0.8 A -- 3.5 A Universal UL/cUL/TUV/CCC

Industrial DC-DC Power Supply PS2 Form Factor

Model Name Power (typical)Maximum DC Output Current DC Voltage Input

RangeCertifications

+5 V +3.3 V +12 V -12 V -5 V +5 Vsb

APS-930/48X 300 W 35 A 30 A 18 A 1 A 0.5 A 1.5 A40 ~ 72 VDC

(48 VDC nominal)UL/cUL/TUV

APS-930/24X 300 W 30 A 15 A 15 A 2 A 2 A 1.2 A19 ~ 32 VDC

(24 VDC norminal)UL/CSA/TUV

Industrial AC Power Supply 1U/2U Form Factor

Model NamePower

(typical)

Maximum DC Output Current AC Voltage Input Range

Certifications+5 V +3.3 V +12 V1 +12 V2 -12 V -5 V +5 Vsb

APS-9130XU 300 W 16 A 14 A 16 A 16 A 0.5 A 0.3 A 3 A UniversalUL/cUL/

TUV/CCC

APS-9235XU 350 W 25 A 20 A 28 A -- 0.5 A 0.5 A 2 A UniversalUL/cUL/

TUV/CCC

Industrial AC Power Supply PS2 Form Factor

Model NamePower

(typical)

Maximum DC Output Current AC Voltage Input Range

Certifications+5 V +3.3 V +12 V1 +12 V2 +12 V3 +12 V4 -12 V -5 V +5 Vsb

APS-930XA-ATX12 300 W 16 A 19 A 17 A 17 A -- -- 0.5 A 0.3 A 3 A Universal UL/cUL/TUV/CCC

APS-946XA-EPS12 460 W 20 A 24 A 16 A 16 A -- -- 0.5 A 0.3 A 3 A Universal UL/cUL/TUV/CCC

APS-960XA-EPS12 600 W 25 A 25 A 16 A 16 A 16 A 16 A 0.5 A 0.3 A 4 A Universal UL/cUL/TUV/CCC

APS-946XA-EPS12

(for RK-440)460 W 40 A 30 A 32 A -- -- -- 1 A 0.8 A 2 A Universal UL/cUL/TUV/CCC

APS-9100XA-EPS12

(for RK-470MB)

1000

W25 A 25 A 50 A 50 A -- V 0.8 A -- 3.5 A Universal UL/cUL/TUV/CCC

■ Dimensions: 195 x 160 x 86 (mm)

■ Dimensions: 150 x 140 x 86 (mm)

■ Dimensions: APS-9130XU: 190 x 100 x 40.5 (mm)、APS-9235XU : 215 x 100 x 70 (mm)

■ Dimensions : Standard PS2 form factor, 140 x 150 x 86 (mm) ; APS9100XA-EPS12 (for RK-470MB) form factor, 220 x 150 x 86 (mm)

Selection Guide

P 6 9

Industrial ComputersCPU Coolers

LGA775

PN 32-20065-0010 32-20134-0000

Thermal Dispatch Performance

- Core 2 Duo E8400

- Up to 3.0 GHz

- 45nm, 65Watt, 6MB L2 Cache

- Core 2 Duo Q9400

- Up to 2.66 GHz

- 45nm, 95Watt, 6MB L2 Cache

FAN10.48 CFM

5,500+- 10% R.P.M9cm/ 78.74 CFM

6,100 +- 10% R.P.M

Heatsink Materials Cooper Aluminum + Cooper

Heatsink Dimensions 92L x 87.6W x 7.7H (mm) ø107.7*25H (mm)

Dimensions 92L x 87.6W x 28H (mm) ø107.7*50.2H (mm)

Weight 465 g 360 g

Minimum Chassis Height 1U 2U

Recommended Chassis RK-110S, RK-110SERK-210S, RK-210E, RK-260-E, RK-260MB, RK-440, RK-460MB,

RK-610AM, RK-608MB-C

Supported Boards NuPRO-E320 NuPRO-E320

LGA1156 LGA2011

PN 32-20131-0000 32-20113-2000 32-20113-0000 32-40289-0000

Thermal Dispatch Performance

- Core i5-660

- Up to 3.33GHz

- 32nm, 73Watt, 4MB Cache

- Core i7-2600

- Up to 3.4GHz


- Core i7-2600

- Up to 3.4GHz


-Xeon E5-2658 v2

-up to 2.4 GHz

-22nm, 95Watt, 25MB Cache

FAN75mm (blower)/11.83 CFM

5,500+/- 10% R.P.M95mm/ 78.74 CFM

6,100+/- 10% R.P.M

95mm/ 42.73 CFM

4,200+/- 10% R.P.M

6cm/ 50.40 CFM

9,000+/- 10% RPM

Heatsink Materials Copper Aluminum + Cooper Aluminum + Cooper Copper

Heatsink Dimensions 84L x 84W x 13H (mm) ø 95*24.8H (mm) ø 90*39.3H (mm) 63.9L x 89.7W x64H (mm)

Dimensions 84L x 84W x 28H (mm) ø 95*50.2H (mm) ø 90*67.7H (mm) 89.2L x 89.7W x64H (mm)

Weight 382 g 295 g -- 396 g

Minimum Chassis Height 1U 2U 3U 2U

Recommended Chassis RK-110S, RK-110SE

RK-210S, RK-210E, RK-260-E,

RK-260MB, RK-440, RK-460MB,

RK-610AM, RK-608MB-C

RK-440, RK-460MB, RK-610MB,

RK-608MBTRL-40, RK-470MB

Supported Boards NuPRO-E72/E340/E330/A331NuPRO-E72/E42/E340/E330/A40H/A331/M-342/IMB-M42H

NuPRO-E72/M-342/IMB-M40H/

IMB-M42HIMB-S90

Selection Guide

P 7 0


AccessoriesItem Name HDD Adapter Brackets 4U Rear I/O Panel Kit Riser Card COM Cable USB 3.0 Cable

Specification

■ 2UE1S2 Riser Card,PCIe x16 + 2 PCI slots

■ Designed for RK-260MB-GC13

■ COM cable with bracket■ 2-port USB 3.0 cable with

bracket, L=450mm

Ordering

Information

■ Two 2.5” HDD in one 3.5” bay:91-95056-0010

■ One 3.5” HDD in one 5.25”bay:34-30264-1000

■ ATX rear I/O panel forRK-410/615: 58-80013-0000

■ ATX rear I/O panel forRK-610A:34-90063-0000

■ 15-slot rear I/O panel forRK-610A: 34-90064-0000

■ 92-97051-0010

■ 1 port (for M-342/IMB-M40H,L=230mm): 30-25004-1000

■ 2 port (2.54mm pitch,L=230mm): 30-25003-0020

■ 2 port (2.00mm pitch,L=230mm): 30-25003-1000

■ 2 port (for IMB-M42H,L=600mm): 30-25053-1000

■ 6 port (for NuPRO-E340/E330/A331)

■ 2 port (for M-342/IMB-M40H,L=450 mm): 30-25003-3000

■ 30-25046-0000

AccessoriesItem Name USB 2.0 Cable KB/MS Cable DVI Cable 2.5” HDD Mobile Rack Kit 3.5” HDD Mobile Rack Kit

Specification■ 2/4-port USB 2.0 cable with

bracket

■ KB/MS cable with bracket(NuPRO-E340/A331/965/935,L=250mm)

■ DVI-D cable with bracket foronboard connector(NuPRO-E340/A331, L=220mm)

■ 2x 2.5” HDD in a 3.5” drivebay(tray-less)

■ SATA interface■ Black

■ 3x 3.5” HDD in two 5.25” drive bay

■ SATA interface■ Black

Ordering

Information

■ 2-port (L=400mm):30-25010-1000

■ 4-port (L=600mm):30-25009-2000

■ 2-port (L=400mm) withshielding ground: 30-25010-3000

■ 4-port (L=600mm) withshielding ground: 30-25009-3000

■ 2x Mini-DIN PS/2 KB/MScable with bracket: 30-01019-2010

■ 1x USB + 1x Mini-DIN PS/2KB/MS “combo” cable withbracket: 30-25027-0000

■ 30-01052-2000 ■ 29-033MA-0000 ■ 29-033B0-0060

Graphics & Audio CardsModel Name mPCIe-8770 DB-UVGA16 DB-Audio2

Item Name PCIe 2D VGA Display CardUSB Graphics Adapter, internal mount, DB-15

connector

High Definition Audio Daughter Board with Line-

in, Line-out and Mic-in

Description

■ PCIe VGA Controller XGI™ Volari™ Z11■ PCI Express Spec. compliant■ High performance 2D Accelerator■ Supports 230 MHz pixel clock■ Support 4:3 resolution up to 1600 x 1200,

256/32K/64K/16M colors (70Hz NI)■ Driver support: Windows® 2000, XP, Vista 32/64-bit,

7 32/64-bit; Fedora™ 10, RHEL™ 5

■ Mounts in DB9 cutout on chassis or in PCI slot■ Uses internal USB pin header■ Display resolutions up to: 1600 x 1200 (4:3),

1680 x 1050 (16:10)■ Supports multiple display modes: Primary, Extended,

Mirror (up to 6 additional monitors)

■ Realtek ALC262 High Definition Audio codec■ Three jacks: line-in, line-out and mic-in■ 5x2 pin header for cable connection to

external audio header on SBC■ 4-pin header interface for CD audio output

Accessories

Selection Guide

P 7 1

ADLINK I/O CardsDAQ

PCI/PCIe-7300APCI/PCIe-7200PCI-7396PCI/PCIe-7296(1)

PCI/PCIe-7248(1)

PCI-7224(1)

PCI-8554

TTL DIO

Timer/Counter

12 MB/s80 MB/s

10-CH/16-Bit

5 V TTL 5 V TTL

32-CH

96-CH S/W Programmable

48-CH S/W Programmable24-CH S/W Programmable

32-CH

8-CH8-CH

(1) Opto-22 compatible (2) HIR: High input range

128-CH64-CH

64-CH

16-CH64-CH32-CH

2-CH

Relay DO

High-SpeedDIO

200 MB/s

400 MB/s

High-DensityIsolated DIO

Isolated DIO

0-24 V Isolated

0-24 V Isolated

1.8V/2.5V/3.3V SW Selectable

0-50 V Isolated

0-28 V Isolated

5-40V

5-35V

5-35V

350 V, 0.12 A PhotoMos Relay

Latching Relay

High-Power Relay

Relay

Power MOSFET

Darlington

Darlington

125 VAC, 0.5 A30 VDC, 1 A

250 VAC, 5 A30 VDC, 5 A

120 VAC, 0.5 A24 VDC, 1 A

64-CH128-CH

32-CH

32-CH

32-CH

64-CH

16-CH

16-CH

8-CH

32-CH

8-CH

16-CH

PCI-7443PCI-7442PCI-7444PCI-7433PCI-7233PCI-7432PCI/LPCI/LPCIe-7230PCI-7433HIR(2)

PCI-7432HIR(2)

PCI-7434PCI-7234PCI-7258

PCIe-7360

PCI-7256

PCI-7260

PCI/LPCI/LPCIe-7250

PCIe-735032-CH S/W Programmable1.8V/2.5V/3.3V SW Selectable

(1) HR: High gain (2) PCI-6x08A: Current Output available (3) Isolated analog input card

500kS/S250kS/S

250kS/S

2MS/S500kS/S250kS/S

DAQ/DAQe-2010DAQ/DAQe-2005DAQ/DAQe-2006DAQ/DAQe-2208DAQ/DAQe-2204DAQ/DAQe-2205DAQ/DAQe-2206PCI-9221PCI-9222PCI-9223PCI-9114 SeriesPCI-9113(3)

DAQ/DAQe-2213DAQ/DAQe-2214PCI-9111HR(1)

PCI-9112DAQ/DAQe-2501DAQ/DAQe-2502PCI-6308VPCI-6308A(2)

PCI/PCIe-6208VPCI-6208A(2)

PCI/PCIe-6216V

3MS/S

16 DI/16 DO

100kS/S

250kS/S

100kS/S

400kS/S

4 DI/4 DO

24 DI/24 DO

24 DI/24 DO

16 DI/16 DO

4 DI/4 DO Isolated

500kS/S250kS/S

4-CH

Analog Input/Output CardsAnalog Input

Digital Input

Range Range

Digital Output DIO Update Tiemr/Counter

Type

No. ofCannels

No. ofCannels

No. ofCannels

DriverType

UpdateRate(Max.)

Note:

Note:

PCI Express® Version Available

PCI Express® Version Available

Low-Profile PCI Available

PC

I/PC

I Exp

ress®

PC

I/PC

I Exp

ress®

InterfaceInterface

UpdateRate (Max.)

No. ofCannels

No. ofCannels

SamplingRate (Max.)

Resolution

Sim

ultaneousS

ampling

Enco

der

Inputs

Resolution WaveformGenerator

Analog Output Digital I/O Model Number

Model Number

Digital Input/Output Cards

4-CH

96-CH

64-CH

16-CH

32-CH

16-CH

8-CH

14-Bit

16-Bit

12-Bit

16-Bit

16-Bit

12-Bit

16-Bit

12-Bit

14-Bit

24 DI/24 DO

16 DI/ 16 DO

8 DI/4 DO

2-CH1-CH2-CH4-CH8-CH

16-CH

2-CH

2-CH

1MS/S

1MS/S

Static

1MS/S

12-Bit

12-Bit

16-Bit

YES

YES

YES

8-CH

Static

1MS/S

Static

1MS/S

12-Bit

12-Bit

12-Bit

16-Bit

YES

YES

Selection Guide

P 7 2

ADLINK I/O Cards

Digitizer

Form Factor Channels Sampling RateInput

ResolutionOnboard Memory

Digital Input Module Name

PCI

4-CH

40 MS/s16-Bit 512 MB

- PCI-9846

20 MS/s

- PCI-9826

12-Bit128 k samples

3-CH

PCI-9812A

32 k samples PCI-9812

10-Bit 32 k samples PCI-9810

10 MS/s 16-Bit 512 MB - PCI-9816

2-CH

65 MS/s

(External)

60 MS/s (Internal)

14-Bit 512 MB - PCI-9820

PCIe4-CH 80 MS/s 12-Bit 1 GB 3-CH PCIe-9814

2-CH 200 MS/s 14-Bit 1 GB - PCIe-9852

Dynamic Signal Analyzer

Form Factor

Analog Input Analog Output Digital IO

Module Name

Analog Input

Channels

Max. Sampling

Rates (S/s)

AD Resolution

(bits)

FIFO Size (sample)

Voltage Output

Channels

Update Rate (S/s)

DA Resolution

(bits)Digital IO

PCI

4+4 (4-ch

load cell

inputs &

4-ch general

purpose AD)

Up to 30

kS/s 24256 K

25 K 16

8 DI, 8 DO

(Isolated)PCI-9524

2 432 kS/s 2048 216 kS/s 24 - PCI-9527

PCIe 8 192 kS/s 24 2048 no AO - - - PCIe-9529

Modular Instruments

Selection Guide

P 7 3

Signal Type DigitalModel No. PCIe-2602 PCIe-GIE64+

Standard SDI Power over Ethernet

Configuration SDI Gigabit Ethernet

Connector Interface BNC x 2 RJ45 x 4

Resolution 1920 x 1080p depends on camera specification

Interface Bus PCIe x4 PCIe x4

Max. Video Input 2 4

Max. Frame Rate 60 depends on camera specification

Audio Input SDI embedded –

TTL I/O √ –

Area Scan Camera √ √

Line Scan Camera – √

Monochrome Camera √ √

Color Camera √ √

Interlaced Scan √ √

Progressive Scan √ √

Camera Tap – –

Pixel Depth 8, 10, 12-bit depends on camera specification

Max. Clock Frequency – –

On-board memory – –

Signal Type DigitalModel No. PCIe-GIE62+ PCIe-HDV62 / PCIe-HDV62A

Standard Power over Ethernet HDMI

Configuration Gigabit Ethernet Full HD

Connector Interface RJ45 x 2 DVI-I

Resolution depends on camera specification 1920 x 1080p

Interface Bus PCIe x4 PCIe x4

Max. Video Input 2 1

Max. Frame Rate depends on camera specification 60

Audio Input – √

TTL I/O √ √ (PCIe-HDV62 only)


Line Scan Camera √ –





Camera Tap – –

Pixel Depth depends on camera specification 8-bit, 10-bit

Max. Clock Frequency – –

On-board memory – 512 MB

Selection Guide

P 7 4

ADLINK I/O CardsFrame Grabber

Signal Type DigitalModel No. PCIe-CPL64 PCIe-FIW64 / PCIe-FIW62

Standard PoCL (Power over Camera Link) IEEE 1394b

Configuration base, medium -

Connector Interface MDR26 IEEE 1394b

Resolution depends on camera specification depends on camera specification

Interface Bus PCIe x4 PCIe x4 / PCIe x1

Max. Video Input 2 4 / 2

Max. Frame Rate depends on camera specification depends on camera specification

Audio Input – –

TTL I/O √ √ (PCIe-FIW64 only)


Line Scan Camera √ –





Camera Tap 1-tap, 2-tap, 3-tap, 4-tap –

Pixel Depth 8-bit, 10-bit depends on camera specification (FIW64)、 8 to 10-bit (FIW62)

Max. Clock Frequency 85 MHz –

On-board memory 128 MB –

Signal Type AnalogModel No. PCIe-RTV24 / PCI-RTV24

StandardColor: PAL/NTSC

Monochrome: CCIR/EIA (RS-170)

Configuration -

Connector Interface BNC x 4

Resolution 640 x 480 (NTSC/RS170), 768 x 576 (PAL/CCIR)

Interface BusPCIe-RTV24: PCIe x1

PCI-RTV24: PCI

Max. Video Input 4 to 16*

Max. Frame Rate 120 fps

TTL I/O √

Area Scan Camera √

Line Scan Camera -

Monochrome Camera √

Color Camera √

Interlaced Scan √

Progressive Scan -

Camera Tap 1-tap (PCIe-RTV24)

Pixel Depth 8-bit

Max. Clock Frequency -

On-board memory -

P 7 5

Pulse Train Motion ControllerForm Factor PCI

Model Name PCI-8158 PCI-8154 PCI-8164 PCI-8102

Number of Axes 8 4 4 2

Support Motor servo / stepper servo / stepper servo / stepper servo / stepper

Encoder Input Frequency (Max)6.55 MHz @ 1 M,

under 4 x AB phase

6.55 MHz @ 1 M,

under 4 x AB phase

6.55 MHz @ 1 M,

under 4 x AB phase

6.55 MHz @ 1 M,

under 4 x AB phase

Pulse Output Rate (Max) 6.55 Mpps 6.55 Mpps 6.55 Mpps 6.55 Mpps

Motion Features

Linear Interpolation Any 2 to 4 of 4 axes Any 2 to 4 of 4 axes Any 2 to 4 of 4 axes 2 axes

Circular Interpolation Any 2 axes Any 2 axes Any 2 axes 2 axes

Helical Interpolation √ √ - -

Home Return Mode 13 (including auto homing) 13 (including auto homing) 13 (including auto homing) 13 (including auto homing)

Continuous Contouring by 3 command buffer by 3 command buffer by 3 command buffer by 3 command buffer

Motion Profile T/S curve (Non-symmetric acceleration/deceleration settings are supported)

Dedicated Moiton I/O ±EL/ORG/SVON/INP/ALM/RDY for each axis

DI/O Channels 8 DI / 8 DO 4 DI / 4 DO 6 TTL DO 16 DI / 16 DO

Card Index Switch √ (0 to 15) √ (0 to 15) - √ (0 to 15)

Hardware Emergency Input √ √ - √

Advanced Motion Function

Position Compare & Triggering

√ (with DB-8150, up to 1 MHz ) √ (with DB-8150, up to 2 MHz ) √ (up to 15 kHz)√ (up to 1 kHz by interrupt

function)

Backlash Compensation

√ √ √ √

Simultanous Move √ √ √ √

Ring Counter Support √ √ √ √

Pulse Train Motion ControllerForm Factor PCI

Model Name PCI-8144 PCI-8134A

Number of Axes 4 4

Support Motor stepper servo/ stepper

Encoder Input Frequency (Max) - 2.4 MHz @ 3 M

Pulse Output Rate (Max) 2.4 Mpps 2.4 Mpps

Motion Features

Linear Interpolation - 2 axes

Circular Interpolation - -

Helical Interpolation - -

Home Return Mode 1 8 auto homing by software

Continuous Contouring - -

Motion Profile T/S curve (Non-symmetric acceleration/ deceleration settings are supported)

Dedicated Moiton I/O ±EL/ORG/SVON/INP/ALM/RDY for each axis ±EL/ORG/SVON/INP/ALM/RDY/SD for each axis

DI/O Channels 8 DI/8 DO -

Card Index Switch - -

Hardware Emergency Input √ -


Position Compare & Triggering - -

Backlash Compensation - -

Simultanous Move - √

Ring Counter Support - -

Selection Guide

P 7 6

ADLINK I/O CardsMotion Control

DSP-based Advanced Motion ControllerForm Factor PCIModel Name PCI-8254 PCI-8258 AMP-204C AMP-208CNumber of Axes 4 8 4 8

Support Motor servo / stepper servo / stepper servo / stepper servo / stepper

Encoder Input Frequency (Max) 20 MHz under 4 x AB phase 20 MHz@1M,under 4 x AB phase

Servo Update Rate 20 KHz - -

Closed-Loop Control ± 10V ± 10V - -

Pulse Output Rate (Max) 6.55 Mpps 6.55 Mpps 6.55 Mpps 6.55 Mpps

Motion Features

Linear Interpolation Any 2 to 4 of 4 axes Any 2 to 6 of 8 axes Any 2 to 4 of 4 axes Any 2 to 6 of 8 axes

Circular Interpolation Any 3 axes Any 3 axes Any 3 axes Any 3 axes

Helical Interpolation √ √ √ √

Home Return Mode √ √ √ √

Gearing √ √ √ √

Continuous Contouring √ √ √ √

Motion Profile User-defined User-Defined

Dedicated Moiton I/O +/-EL/ORG/SVON/INP/ALM for each axis +/-EL/ORG/SVON/INP/ALM for each axis

AI Channels 4 (12 bit garuantee) 8 (12 bit garuantee) - -

DI/O Channels 20DI / 20DO 24DI / 24DO 20DI / 20DO 24DI / 24DO

Card ID V (4-bit) V (4-bit) V (4-bit) V (4-bit)

Program Download 8 tasks 8 tasks - -


Position Compare & Triggering

up to 1 MHz up to 1 MHz up to 1 MHz up to 1 MHz

PWM Control 2-CH 4-CH 2-CH 4-CH

Simultanous Move √ √ √ √

E Gearing √ √ √ √

SSCNET Distributed Motion Controller

SSCNET (Servo System Control NETwork)

SSCNET III(Cycle Time: 0.888 ms)

Model Name PCI-8392

Number of Axes 16

2D Linear Interpolation any 2 axes

3D Linear Interpolation any 3 axes

2D Circular Interpolation up to 4D, linear interpolation

Gantry Control 3 Groups

Analog Output Channel -

DI/O Channels -

Programmable I/O -

External Encoder Counter -

Speed Profile T/S curve

Position Compare -

Trigger Output Channels -

Continuous Triggering -

Continuous Contouring -

Continuous Interpolation -

Dedicated Moiton I/OPEL/MEL/ORG are on Mitsubishi J3B servos (CN3). All signal

information will be monitored by SSCNET III protocol

HSL Inside -

HSL Network Port -

Documents

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