Electronics design - Hardware designs

WEB: WWW.HTGSOFT.COM -‐ EMAIL: [email protected] -‐ HIGH TECHNOLOGY GENERATION SOFTWARE IS POWERING YOUR IDEAS


WEB: WWW.HTGSOFT.COM -‐ EMAIL: [email protected] -‐ HIGH TECHNOLOGY GENERATION SOFTWARE IS POWERING YOUR IDEAS WEB: WWW.HTGSOFT.COM -‐ EMAIL: [email protected] -‐ HIGH TECHNOLOGY GENERATION SOFTWARE IS POWERING YOUR IDEAS


High Tech Services

HIGH TECH GENERATION SERVICES ARE POWERING YOUR IDEAS





We perform all aspects of product development, from electronic design to volume producLon. We have delivered over many electronic product designs, including hardware and soPware device soluLons across industries ranging from consumer electronics through industrial automaLon and data acquisiLon. Our success is due to a combinaLon of engineering excellence, best-‐pracLces in project management, and strong relaLonships with Sparton, Applied Micro. We provide electronic design services for many industries, IoT, smart home, Wireless, Medical, Defense, RoboLcs, and High-‐Performance CompuLng. Our services include:

•  FPGA Design •  PCB Design •  Embedded SoPware Development •  Signal Integrity Analysis •  Analog Design •  Power Design •  Turnkey Product Design •  Internet of Things Design •  RF and Wireless Design •  DSP Algorithm Development •  PCB Layout •  Device Drivers

Electronic Design Services





HTGSOFT does more than just electronic design. As a complete product design consulLng firm, we have the capability to oversee all phases of the design and manufacturing process, including industrial design, applicaLon soPware development, mechanical design, thermal analysis, tooling, prototyping, pre-‐producLon validaLon, ICT programming and test fixtures, and the transiLon to producLon. We involve you in design reviews along the way, but we handle all the heavy liPing. Our professional project management methodologies, experienced product engineering team, and Lghtly integrated partner network allow us to dramaLcally accelerate the Lme-‐to-‐market for prototypes.

•  Hardware and firmware electronics design •  Industrial design •  ApplicaLon soPware and GUI design •  Mechanical design and thermal analysis •  Tooling and prototyping •  Pre-‐ProducLon design validaLon •  Regulatory cerLficaLon •  User and design documentaLon •  ICT programming and test fixtures •  TransiLon to producLon, box-‐build and

fulfillment

Electronic Product Design & Development





HTGSOFT’s Integrated Design to Manufacturing (IDM) services facilitate the New Product IntroducLon (NPI) phase of electronic product development. We are able to transiLon your electronic product development from design to manufacturing faster by offering concurrent design engineering, manufacturing engineering, new product introducLon, producLon ramp, and producLon management services. This service includes:

•  IncorporaLng specific manufacturing

requirements into the design process •  Establishing and opLmizing an end-‐to-‐end

supply chain to facilitate manufacturing •  Back-‐end design stages e.g. compliance

cerLficaLons, packaging design, etc. •  Manufacturing engineering to prepare the

design for volume producLon •  Defining fabricaLon/assembly/configuraLon,

test, and quality systems •  ProducLon pilot, ramp, and management of

enLre producLon process

Integrated Design for Manufacturing





HTGSOFT IDM Process





One Source Responsibility •  Simplified and cohesive engagement from Concept to

ProducLon phases

•  Our clients can stay focused on their core competencies while we manage all phases of the project; we perform the soPware and hardware development, source components, obtain technical support from technology partners, design to obtain industry and regulatory cerLficaLon, develop hardware prototypes, transiLon to and manage volume producLon

Manufacturing ExperLse in the Design Engineering Process •  Focus on lowest designed unit cost, not just Bill

of Materials (BoM) cost and scale efficiencies

•  Engineered up-‐front for manufacture at high producLon volumes.

•  Deep industry partnerships and reliable supply chain we receive direct and rapid support from all major semiconductor and other component suppliers, have strong and highly responsive working relaLonship with our product manufacturing partners.

The HTGSOFT IDM Advantage





Specific Design Knowledge in the Manufacturing Process

•  Ensure ProducLon processes match design complexity and quanLty goals

•  Rapid Pilot, Ramp, and Mass ProducLon root cause analysis and correcLon

•  Expedited and competent ProducLon and Supply Chain problem miLgaLon Concurrent Design and Manufacturing Processes

•  Minimize overall Time-‐to-‐Market and Time-‐to-‐Revenue (see diagram above)

•  Reduce cycle churn with Lghtly coupled and accurate team communicaLon

•  Shorten overall criLcal path by eliminaLng many serial dependencies

The HTGSOFT IDM Advantage





For clients who need addiLonal customizaLon, HTGSOFT’s BMS engineering team provides system integraLon services and client-‐specific customizaLons such as a higher or lower stack voltage input, different connector types, custom PCB form factors, enclosure to IP65, added display capability, hardware or soPware addiLons, and any other special requirements.

Customization Options





Life Sciences Data AcquisiLon Instrument A client in the medical technology industry required a 14-‐channel data acquisiLon system for a life sciences instrument. The design required special consideraLons to keep the system noise very low. Design Features: Xilinx Kintex-‐7 FPGA with BPI Flash for configuraLon CFAST and SLIM SATA solid state storage drives 14 channels of 14-‐bit, 25MSPS Analog to Digital conversion Gigabit Ethernet, 2xPCIe (2.5Gbps), 7xUSB, SATA (3.0Gbps), CFAST (3.0Gbps), VGA, and LVDS video interfaces COM Express Single Board Computer (SBC) 6 DC/DC converters and 26 linear regulators Programmable power supply sequencing engine

Project Example 1





4K 2D/3D Video Processing System Designed an FPGA-‐based video processing plajorm for 2D and 3D projecLon systems. The plajorm supported 2K and 4K video resoluLons. Video processing included color space conversion, chroma format conversion, gamma correcLon, geometric distorLon correcLon, and brightness uniformity correcLon. Design Features: Full image processing pipeline for video projecLon applicaLons Support for projecLng 2K and 4K video resoluLons, 2D and 3D video formats Geometric distorLon correcLon Four Altera StraLx IV FPGAs 400 MHz DDR3 and 300 MHz RLDRAM memories HD-‐SDI, HDMI and LVDS video interfaces

Project Example 2





CCD Camera We delivered a high-‐speed HD camera design for a customer in the defense industry. The camera transmits HD-‐SDI 1080P video and provides advanced on-‐camera video processing in real Lme by using a symmetrical mulL-‐processor environment. We brought the design from iniLal architecture to field trials in only 6 months. Design Features: Altera Cyclone IV FPGA CCD image sensor interface and control Pixel defect correcLon and de-‐mosaicing Black level and white balance correcLon Gamma correcLon, color correcLon, saturaLon adjustment 2D noise reducLon and image sharpening HD-‐SDI and Camera Link outputs

Project Example 3





FDR InfiniBand PCIe Add-‐in Card Delivered an FDR InfiniBand adapter card for a broadcast video server. The board communicates with the external world over dual FDR InfiniBand and with the host motherboard over PCIe x16 Gen 3. The highest single-‐lane bitrate on the board was 14.0625 Gbps. The project was delivered on budget, on schedule, and 100% funcLonal with no rework or modificaLons. Design Features: Mellanox ConnectX-‐3 (InfiniBand to PCIe adapter) Four independent component-‐based DDR3 Interfaces operaLng at 933MHz PCI Express 3.0 Switch Xilinx Virtex-‐7 FPGA for video packet processing

Project Example 4





Team Size

Hardware Design: 10 Engineers Linux & Firmware Development: 13 Engineers

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Devices & Hardware

Electronics design - Hardware designs