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Title page
Alcatel-Lucent Gateway PlatformRelease 8.0.1Hardware Guide for 5060 MGC-8
255-400-209R8.0.1
ISSUE 3
JUNE 2010
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Legal notice
Legal notice
Alcatel, Lucent, Alcatel-Lucent and the Alcatel-Lucent logo are trademarks of Alcatel-Lucent. All other trademarks are the property of their respective
owners.
The information presented is subject to change without notice. Alcatel-Lucent assumes no responsibility for inaccuracies contained herein.
Copyright 2010Alcatel-Lucent. All rights reserved.
Notice
Every effort has been made to ensure that the information in this document was complete and accurate at the time of printing. However, information issubject to change.
Safety
Always observe the Safety Instructions when operating the system.
Ordering information
The ordering number of this document is 255-400-209
Technical support
Please contact your Alcatel-Lucent Services Business Group (SBG) for technical questions about the information in this document.
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Contents
About this document
Purpose ..........................................................................................................................................................................................xiiixiii
Reason for revision ...................................................................................................................................................................xiiixiii
Audience ........................................................................................................................................................................................xivxiv
Part number ..................................................................................................................................................................................xivxiv
Document organization ............................................................................................................................................................xivxiv
Relationship between documents ..........................................................................................................................................
xvxv
Contact information ................................................................................................................................................................xviiixviii
How to comment ..........................................................................................................................................................................xxxx
1 Platform description
Overview .......................................................................................................................................................................................1-11-1
Platform design ...........................................................................................................................................................................1-21-2
2 Hardware components
Overview .......................................................................................................................................................................................2-12-1
Cabinet (NRA244AA) .............................................................................................................................................................2-22-2
Chassis (SAV2AB) ....................................................................................................................................................................2-42-4
OAM server (NBRZAL) .......................................................................................................................................................2-132-13
Hub (NBMASW1) ..................................................................................................................................................................2-142-14
Processor blade (FM016JB or FM016JP) .....................................................................................................................2-172-17
Rear Transition Modules (NASYS or RPCMHDDA) ...............................................................................................2-192-19
Shelf management controller (NBSHMC) .....................................................................................................................2-232-23
Power supply .............................................................................................................................................................................2-262-26
Fillers ...........................................................................................................................................................................................2-292-29
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3 OAM server hardware details
Overview .......................................................................................................................................................................................3-13-1
OAM server module .................................................................................................................................................................3-23-2
Hardware details .........................................................................................................................................................................
3-33-3
Hardware description .............................................................................................................................................................3-113-11
Front panel ports ......................................................................................................................................................................3-123-12
4 Hub hardware
Overview .......................................................................................................................................................................................4-14-1
Hardware details .........................................................................................................................................................................4-24-2
Hardware architecture ..............................................................................................................................................................4-94-9
Hub RTM ....................................................................................................................................................................................4-104-10
Front panel ports ......................................................................................................................................................................4-124-12
5 Processor blade hardware
Overview .......................................................................................................................................................................................5-15-1
Hardware details .........................................................................................................................................................................5-25-2
Hardware architecture ..............................................................................................................................................................5-95-9
Processor blade RTM .............................................................................................................................................................5-105-10
Front panel ports ......................................................................................................................................................................5-125-12
SS7 AMC module ...................................................................................................................................................................5-145-14
6 Cabling and connections
Overview .......................................................................................................................................................................................6-16-1
Hardware connections ..............................................................................................................................................................6-26-2
Wiring for 5060 MGC-8 ports ..............................................................................................................................................
6-36-3
7 Part information
Overview .......................................................................................................................................................................................7-17-1
Chassis system components ...................................................................................................................................................7-27-2
Contents
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CLEI codes ...................................................................................................................................................................................7-47-4
Field Replaceable Units ...........................................................................................................................................................7-57-5
Customer documentation ........................................................................................................................................................7-77-7
Glossary
Index
Contents
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List of tables
1 Reason for reissue .....................................................................................................................................................xiiixiii
2 Manuals and part numbers .......................................................................................................................................xvxv
3 Other documentation ...............................................................................................................................................xviixvii
1-1 Chassis slot description ...........................................................................................................................................1-51-5
1-2 Cabinet configuration components .....................................................................................................................1-61-6
1-3 Module list ...................................................................................................................................................................1-61-6
2-1 Cabinet dimensions ...................................................................................................................................................
2-32-3
2-2 Chassis slots .................................................................................................................................................................2-52-5
2-3 Chassis dimensions ...................................................................................................................................................2-72-7
2-4 Environmental specifications ................................................................................................................................2-72-7
2-5 Chassis power specifications .................................................................................................................................2-72-7
2-6 Functions of physical components ......................................................................................................................2-82-8
2-7 Fan tray dimensions ...............................................................................................................................................2-122-12
2-8 Processor blade dimensions ................................................................................................................................2-132-13
2-9 Hub dimensions .......................................................................................................................................................2-152-15
2-10 Shelf management controller dimensions ......................................................................................................2-252-25
3-1 OAM server module physical specifications ...................................................................................................3-53-5
3-2 OAM server module interfaces ............................................................................................................................3-73-7
3-3 OAM server with AMC - front panel ports ...................................................................................................3-103-10
3-4 Management LEDs for OAM server with AMC .........................................................................................
3-103-10
3-5 X3401 and 3501 pin assignment .......................................................................................................................3-123-12
3-6 X3402 pin assignment ...........................................................................................................................................3-123-12
3-7 X5505 pin assignment ...........................................................................................................................................3-133-13
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3-8 CPU debug connector pins ..................................................................................................................................3-133-13
3-9 IPMC debug connector pins ................................................................................................................................3-143-14
4-1 Hub physical specifications ...................................................................................................................................4-34-3
4-2 Hub I/O interfaces .....................................................................................................................................................
4-54-5
4-3 Hub front panel ports ...............................................................................................................................................4-84-8
4-4 Hub management LEDs ..........................................................................................................................................4-84-8
4-5 Hub port reservations .............................................................................................................................................4-124-12
4-6 Ethernet port X3401 and 3501 pin assignment ............................................................................................4-134-13
4-7 X3402 pin assignment ...........................................................................................................................................4-134-13
4-8 X5505 pin assignment ...........................................................................................................................................4-144-14
4-9 CPU debug connector pins ..................................................................................................................................4-144-14
4-10 IPMC debug connector pins ................................................................................................................................4-154-15
5-1 Processor blade physical specifications .............................................................................................................5-35-3
5-2 Processor blade interfaces ......................................................................................................................................5-55-5
5-3 Processor blade front panel ports .........................................................................................................................5-65-6
5-4 Management LEDs for processor blade ............................................................................................................5-75-7
5-5 Processor blade configuration options ...............................................................................................................
5-85-8
5-6 X5101 pin assignment ...........................................................................................................................................5-125-12
5-7 X5505 pin assignment ...........................................................................................................................................5-125-12
5-8 CPU debug connector pins ..................................................................................................................................5-135-13
5-9 IPMC debug connector pins ................................................................................................................................5-135-13
5-10 Processor blade front panel ports ......................................................................................................................5-145-14
6-1 Single-chassis port designations ..........................................................................................................................6-36-3
6-2 Cables for single-chassis configuration .............................................................................................................6-36-3
7-1 Chassis system components ...................................................................................................................................7-27-2
7-2 Cabinet system components ..................................................................................................................................7-37-3
7-3 CLEI Codes .................................................................................................................................................................7-47-4
List of tables
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7-4 List of Field Replaceable Units ............................................................................................................................7-57-5
List of tables
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List of figures
1-1 5060 MGC-8/VSG single-chassis configuration ...........................................................................................1-51-5
2-1 Cabinet (NRA244AA) .............................................................................................................................................2-22-2
2-2 ATCA chassis (SAV2AB) photograph ...............................................................................................................2-42-4
2-3 Functional single-chassis configuration ............................................................................................................2-62-6
2-4 Chassis front view .....................................................................................................................................................2-92-9
2-5 Chassis top view ......................................................................................................................................................2-112-11
2-6 Hub front panel ........................................................................................................................................................
2-162-16
2-7 Processor blade front panel .................................................................................................................................2-182-18
2-8 Hub RTM front panel ............................................................................................................................................2-202-20
2-9 Processor blade RTM (RPCMHDDA) ............................................................................................................2-222-22
2-10 Shelf manager front panel ....................................................................................................................................2-242-24
2-11 Power Distribution Unit (SAPDUAA) ............................................................................................................2-272-27
2-12 Alarm module (RALARMAA) ..........................................................................................................................2-282-28
3-1 OAM server architecture overview .....................................................................................................................3-43-4
3-2 OAM server side view and front panel ..............................................................................................................3-53-5
3-3 OAM server front panel ..........................................................................................................................................3-93-9
3-4 CPU and IPMC Debug connector .....................................................................................................................3-133-13
4-1 Hub side view and front panel ..............................................................................................................................4-34-3
4-2 Hub front panel ...........................................................................................................................................................4-74-7
4-3 Hub architecture overview .....................................................................................................................................
4-94-9
4-4 Hub RTM front view ..............................................................................................................................................4-114-11
4-5 CPU and IPMC Debug connector .....................................................................................................................4-144-14
5-1 Processor Blade (FM016JB or FM016JP) ........................................................................................................5-35-3
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5-2 Processor blade architecture overview ..............................................................................................................5-95-9
5-3 Processor blade RTM front panel ......................................................................................................................5-115-11
5-4 CPU and IPMC Debug connector .....................................................................................................................5-135-13
List of figures
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About this documentAbout this document
Purpose
TheAlcatel-Lucent Gateway Platform Hardware Guide for the 5060 MGC-8,
(255-400-209) is part of the overall Alcatel-Lucent Gateway Platform switch
documentation set. It is referred to as theHardware Guidethroughout this manual.
TheHardware Guideprovides an overview of the switch and its features. Descriptionsand illustrations of the switch hardware are included, along with system specifications,
site engineering information, interconnect drawings, part numbers, and ordering
information for all hardware.
This section describes the Hardware Guide, how it relates to other manuals within the
switch documentation set, and reasons for reissuing this document. The following topics
are described in this introduction:
Reason for Reissue
Scope and Audience
Hardware Guide Organization
Using the CD-ROM
Relationship Between Manuals
Documentation Set
Reason for revision
This is Issue 1 of the Alcatel-Lucent Gateway Platform 5060 MGC-8/VSG Hardware
Guide.
Table 1 Reason for reissue
Chapter/Section Description
Issue 3
Throughout Changed product name 5060 MGC-8/VSG to 5060
MGC-8
Issue 2
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Table 1 Reason for reissue (continued)
Chapter/Section Description
Throughout Minor edits
All Issue 1
Audience
This manual is intended for personnel who are responsible for or who help to plan for the
installation, ordering, replacing, handling, and provisioning of the switch equipment using
TL1 commands and/or the 1310 OMC-P interface. These personnel must have a thorough
knowledge of telecommunications.
Note:The 1310 OMC-P interface sometimes refers to the modules in the switch as
cards. This document refers to such equipment as I/O module, IOM, or module. When
ordering modules, the name of the module, as listed in Chapter 6, Part Information,
should be used.
Part number
The part number for this guide is255-400-209.
Document organization
This Hardware Guide contains an overview of all hardware supported by and needed to
run the Alcatel-Lucent Gateway Platform switch.
In addition to providing an overview of hardware needed to support the Alcatel-Lucent
Gateway Platform switching system, theHardware Guidealso contains the followinginformation:
A description of the switch manuals andHardware Guideorganization, general
information about the switch documentation, and information for contacting
Alcatel-Lucent technical services.
Physical dimensions and power and wire information about switch hardware.
Rack and physical locations of the front and rear modules, protection slots, LEDs,
push buttons, fan tray, fan filter, rear cables, and power and ground locations.
Building requirements, chassis dimensions, space requirements, grounding
requirements, power requirements, system interfaces, slot assignments, tools and test
equipment, an Installation Planning Checklist, and the switch configuration.
Parts information, which provides a list of part numbers for every switch-related
product which can be ordered.
For information regarding initial engineering, monitoring, and re-engineering for growth
in existing applications, refer to the Alcatel-Lucent Gateway Platform System Capacity,
Monitoring, and Engineering (SCME) Guidelines,(255-400-005).
About this document
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Relationship between documents
TheHardware Guidecontains information and many illustrations of the hardware
components that must be provisioned before you can use the switch. Therefore, the
Hardware Guideis mostly independent of all other Alcatel-Lucent Gateway Platform
documentation, although other documentation may be useful during actual installation
and provisioning procedures. Descriptions and illustrations of IOMs, cables, and otherhardware encountered are contained within the Hardware Guide.
While theAlcatel-Lucent Gateway Platform TL1 Commands Reference Guide,
(255-400-xxx) has no direct correlation to theHardware Guide, it does contain the TL1
commands needed to provision the hardware and software for the switch and its
components. The same can be said about the 1310 OMC-P documentation, as it is specific
to provisioning the switch via the 1310 OMC-P interface.
TheAlcatel-Lucent Gateway Platform System Capacity, Monitoring, and Engineering
(SCME) Guidelines,(255-400-xxx) contains information that supports planning for the
number of required modules and the number of required switches in the network. Carefulattention to this document ensures the appropriate system hardware sizing.
Table 2, Manuals and part numbers (p. xv),lists the standard set of Alcatel-Lucent
Gateway Platform documentation, their part numbers, and a brief description. Other
manuals, which are available upon purchase of additional software, are listed inTable 3,
Other documentation (p. xvii).
Table 2 Manuals and part numbers
Product Part
Number Product Description
Alcatel-Lucent Gateway Platform OperationsGuide
255-400-000
Contains the platformprovisioning procedures for the
Alcatel-Lucent GP.
Alcatel-Lucent Gateway Platform
Maintenance and Diagnostic Procedures Guide
255-400-
001
Contains procedures for adding
and upgrading modules, and for
diagnosing error messages on
the the Alcatel-Lucent GP.
Alcatel-Lucent Gateway Platform Alarms and
Troubleshooting Procedures Guide
255-400-
019
Contains procedures for
troubleshooting and clearing
switch alarms on the
Alcatel-Lucent GP.
Alcatel-Lucent Gateway Platform TL1
Commands Reference Guide
255-400-
002
Contains a description of all the
TL1 commands needed to
provision the Alcatel-Lucent
GP platform, functional entities
and services.
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Table 2 Manuals and part numbers (continued)
Product Part
Number Product Description
Alcatel-Lucent Gateway Platform Hardware
Guide
255-400-
003
Contains the information
necessary for designing an
installation site including:
hardware specifications;
cabling schematics; and
cabling, floor plan,
environmental and power
requirements.
Alcatel-Lucent Gateway Platform System
Capacity, Monitoring, and Engineering
(SCME) Guidelines
255-400-
005
Contains Alcatel-Lucent GP
engineering rules, system
monitoring information, critical
triggers and measurements,
geographic redundancyinformation, and ethernet
interfacing, IP addressing and
SS7 transport provisioning.
Alcatel-Lucent Gateway Platform Release
Notes
255-400-
006
Contains new features and
feature enhancements, new and
modified TL1 commands,
hardware and software
limitations and other important
release-specific information for
the Alcatel-Lucent GP.
Alcatel-Lucent Gateway Platform Feature
Guide
255-400-
012
Contains detailed feature
descriptions for existing and
new features supported by the
Alcatel-Lucent GP.
Alcatel-Lucent Gateway Platform Software
Change Procedure Guide
255-400-
013
Contains procedures for
upgrading and downgrading,
and for provisioning for
geographic redundancy on the
Alcatel-Lucent GP.
About this document
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Table 3 Other documentation
Product Part
Number Product Description
1310 OMC-P for Alcatel-Lucent GP
Management User Guide
255-400-
400
Contains 1310 OMC-P
provisioning referenceinformation.
1310 OMC-P Installation and Upgrade Guide 255-400-
401
Contains installation
information for installing the
1310 OMC-P software on a Sun
workstation.
1310 OMC-P Software Release Notice 255-400-
402
Contains new features and
feature enhancements, software
limitations and other important
release-specific information for
the OMC-P.Alcatel-Lucent Gateway Platform Billing and
Traffic System (BTS) User's Guide
255-400-
403
Contains installation, upgrade,
and applications procedures for
the BTS.
Alcatel-Lucent Gateway Platform BTS
Release Notes
255-400-
404
Contains new features and
feature enhancements, software
limitations and other important
release-specific information for
the BTS.
1310 OMC-P Server, BTS Server, and ATC
Server Security Guidelines
255-400-
417
Contains suggested security
guidelines for systemadministrators using the
OMC-P server, BTS server and
ATC server.
1310 OMC-P Web API User's Guide 255-400-
419
Contains reference information
for the Web API application.
1310 OMC-P for the Alcatel- Lucent GP
Control Platform User Guide for Managing the
5420 Converged Telephony Server (CTS) and
the 5450 IP Session Control (ISC)
255-400-
420
Describes functions available
from the GUI used to provision
and manage the Alcatel-Lucent
CP
1310 OMC-P for the Alcatel-Lucent GPPersonal Communication Manager
255-400-600
Describes functions availablefrom the GUI used to provision
and manage an Alcatel-Lucent
CM system.
1310 OMC-P Advanced Reporting System
User Guide
255-400-
200
Contains ARS provisioning
information.
About this document
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Table 3 Other documentation (continued)
Product Part
Number Product Description
1310 OMC-P Advanced Reporting System and
Advanced Traffic Collector Installation and
Upgrade Guide
255-400-
201
Contains installation and
upgrade information for the
ARS software.
Contact information
Installation support
On-site installation support is provided during the installation of the initial release and, if
necessary, during an upgrade. An Alcatel-Lucent Installation Technician will be on site
with you to perform the installation on a previously scheduled date.
Note:Most upgrades are done remotely.
The Alcatel-Lucent Installation Technician may arrange for a third-party installation
contractor to help with the installation, if necessary.
The Alcatel-Lucent Installation Technician will verify acceptance of the installation with
you by obtaining your signature on an acceptance form.
Questions about the Alcatel-Lucent installation support should be directed to your
Alcatel-Lucent Services Customer Team.
Technical support
The Services Business Group (SBG) provides customer support for the switch 24 hours a
day, 7 days a week.SBG uses an Action Request (AR) system to assign, document, track, and report all
customer call activity. All calls are assigned an AR number and are fully documented in
the system, no matter what the level of severity.
Calls usually fall into one of several categories:
Calls that can be solved on the telephone at the time of the call
Calls that inquire about returning hardware
Calls that require escalation
Complaints
When a call is first received, it must be determined whether the call is a new call or an
open call. If it is a new call, an AR number is assigned immediately, and the information
entered into the system. If the call is in reference to an open call, you must know the AR
number so that SBG can retrieve the AR information.
Calls That can be Solved Immediately
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After determining whether the call is new or open, the SBG may be able to solve the
problem while you are on the telephone. In this case, the SBG will document the
resolution and close the call. Every effort will be made to resolve the issue on the first
call.
Calls for Returning Hardware
Switch components being returned for repair or replacement must be processed through
the Alcatel-Lucent RMA procedures. A hardware repair is defined as an item returned to
Alcatel-Lucent due to a failure, with the returned item being repaired and returned to you,
the customer. All hardware components and I/O modules are described in the section
Hardware Description.
Calls That Require Escalation
When a call is received and an action request number is assigned, a level of severity is
also determined. Levels of severity are categorized as follows:
Level of Severity Symptom Examples
Minor Problem does not
significantly impair
function of the system
Requests for system service, equipment,
documentation, training, information, or
routine maintenance
Major Conditions that seriously
affect system operation
Short system outages, reduction in
measurement function
Critical Affects service Total system failure, reduction in capacity
or traffic handling capability
If personnel are not immediately available when a call is received, your call will bereturned according to the severity assigned. For instance, a minor call is returned within
eight hours, and a major call within four hours. If the call is critical, you will be placed on
hold until an SBG engineer can be located.
You may, at any time, ask that the issue be escalated to management. The SBG will then
notify the appropriate manager. If required, on-site technical support will be provided
within 24 hours of a customer request.
Complaints
Customers have the ability to submit complaints by entering an action request via the
Alcatel-Lucent CARES Trouble tracking system athttp://www.alcatel-lucent.com/support/(http://www.alcatel-lucent.com/support/). However, if you have an engineering complaint,
you must file form EO-143, in accordance with GR-230-CORE. Engineering complaints
will also be recorded in the AR system, but acknowledgement of form EO-143 will be
made by returning an acknowledgement report, form 79-7020-ECCnfrmtn, by the end of
the working day following receipt of the complaint.
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Regular and engineering complaints will be handled by an assigned department, with the
SBG Manager monitoring the engineering complaint until the issue is resolved.
Closing Action Requests
ARs will only be closed when all deliverables required to resolve the AR, such as
information, documentation, and software, are provided.RMA procedure
You may identify equipment that needs to be repaired or replaced. Alcatel-Lucent is
pleased to offer comprehensive hardware repair and exchange services. For contact
information for your service, product, and location, refer to
http://support.lucent.com/portal/rmaForm.doc.
Using the method of contact shown at the site (either online or by phone) for the different
services will ensure the most timely handling of your request.
How to comment
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1 1Platform description
Overview
Purpose
The 5060 MGC-8/VSG is a hardware and software platform compliant with Advanced
Telecommunications Computing Architecture (ATCA) standards. This chapter providesan overview of the standards and the application of these standards to the 5060
MGC-8/VSG hardware.
Contents
Platform design 1-2
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Platform design
ATCA standards
The 5060 MGC-8/VSG is a standardized platform for the telecommunications industry
based on the Advanced Telecommunication Architecture (ATCA). The 5060 MGC-8/VSGplatform can support multiple applications which are not hardware-dependent. The open
architecture enables high performance computing and telecommunication solutions,
hence offering improved carrier-grade performance, and consequently, better reliability,
manageability and serviceability.
Standard design
Alcatel-Lucent follows the practice of standards-based design which reduces
incompatibility across operating systems, locations, and environments.
The ATCA PICMG 3.0 standard prescribes the mechanical dimensions for plug-in blades,
a printed circuit blade, and a faceplate (Height 8 U and Width 280 mm / 11.032 inches).The blade pitch is 6 hp (1.2 inches, or 30.48 mm). The blades connect to the standard
ATCA backplane connectors and to the rear transition modules (RTMs). The connector
provides the interfaces between the ATCA backplane and the various nodes and fabric
switches.
Design implications
The 5060 MGC-8/VSG is based on the ATCA platform which is characterized by its
ability to support high capacity telecommunications applications.
The benefits of the platform, which are a result of its advanced architecture and design,include:
Power dissipation up to 300W per blade
Higher component density (RAM capacity similar to the rack-mounted server
capacity)
Redundant data-plane which facilitates discrete transport for control plane and user
plane
Bandwidth between slots: 2 GBit/s in compliance with PICMG 3.1
-48 V / 60 V power supply distributed on each blade
Platform description Platform design
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Certification
The 5060 MGC-8/VSG platform has certifications for the entire platform architecture
including specifications for PICMG 3.0, as well as ETSI and EBS Level 3 certifications.
The 5060 MGC-8/VSG platform adheres to the following standards:
PICMG 3.0, EC 001 and EC 002 PICMG 3.1
AMC.0 for the Mezzanine module
AMC.1 for PCI Express
AMC.3 for storage
IPMI
SA Forum OpenHPI
Safety according to PICMG 3.0 (IEC60950, E60950, UL60950)
EMC enables PICMG 3.0 at chassis level
All configurations are certified for EBS Level 3, Earthquake Zone 4.
NOTE:Use of the term EBS implies global physical design environmental and safety
standards, including Telcordia EBS, ETSI, Verizon EBS and TCG.
ATCA hardware elements
The platform hardware is a combination of the chassis, blades, and a single-blade
computer that performs hardware management, platform diagnostics, and switching
control interface services on the platform operating system.
The ATCA base platform offers a consistent set of deliveries which are independent of
middle-ware. The implementation of the ATCA platform can create an ecosystem which
encompasses most of the core applications offered by Alcatel-Lucent, hence enabling
smooth product integration and convergences.
The ATCA platform hardware broadly comprises the following hardware elements
classified on the basis of their functionality:
Processing elements
Storage elements
Switching elements
Implementation rules
The following rules apply to the hardware implementation in the 5060 MGC-8/VSG
chassis:
Platform description Platform design
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Functions
Three blade types and two RTMs fulfull the functions in this release as follows:
Hub function - Hub (NBMASW1)
OAM function - Processor blade (NBRZAL)
Traffic function - Processor blade (FM016JB) SS7 function - Processor blade (FM016JP) + RTM (RPCMHDDA)
Shelf controller
Two Shelf Management Controllers (ShMC) are mandatory per chassis and they must be
installed in slots M16 and M15 respectively.
Fan trays
A top fan tray and bottom fan tray are required for each chassis.
Mechanical parts
The following mechanical parts are mandatory for each chassis: 1- 3U bottom deflector and 1 - 4U deflector
1 - front air filter
1 - rear air filter
1 - front cable tray
1 - rear cable tray
Hub function
The following parts are required to fulfill this function:
2 - Ethernet blades installed in the M07 and M08 slots in the chassis.
2 - Rear Transmission Modules (RTMs) (NASYS) installed in the M67 and M68
slots.
Unused slots
Unused board slots must always be filled by a Front Filler (NBFILL) and unused RTM
slots must be filled by an RTM filler (NAFILL).
Configurations
This release supports both a stand-alone configuration and a 1-chassis configuration in a
cabinet. The stand-alone configuration does not include a PDU or an alarm board. A
cabinet configuration with one chassis does require both a PDU and an alarm board.The single-chassis configuration is supported for the 5060 MGC-8/VSG platform. This
figure shows an example of a single-chassis configuration.
Platform description Platform design
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When a cabinet is being used in the configuration, the following items are required in
addition to the Base Requirements shown inChassis system components (p. 7-2).
Table 1-2 Cabinet configuration components
Part Number Quantity Mnemonic Description
3CM02769AA 1 NRA244AA AL5 Cabinet
3CM03649AA 1 KMPJ1 generic mounting kit
3CM02902AA 1 SAPDUAA PDU
3CM02949AA 1 RALARMAA Alarm board
3CM03235AA 1 MABAFBAA Bottom air deflector
3CM03302AA 1 MABAF4AA Middle air deflector
3CM02588AA 1 MABAFTAA Top air deflector
ModulesThis section provides a list of the 5060 MGC-8/VSG modules.
Table 1-3 Module list
Module Part number Mnemonic
Hub Switch 1GB 3CM02660CA NBMASW1
OAM Server with 1HDD 147G 8GB Memory 3CM02859CL NBRZAL
Processor Blade 16GB 3CM03285JB FMO16JB
Processor Blade 16GB with SS7 3CM03285JP FMO16JP
RTM Synchro & Switching 3CM02570AA NASYS
RTM 8E1/T1 75/120 + 1xHDD 300G 3CM02682AA RPCMHDDA
Shelf Manager Board of ATCA S helf 3CM02418AA NBSHMC
Platform description Platform design
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2 2Hardware components
Overview
Purpose
This chapter provides an overview of the hardware components of the 5060 MGC-8/VSG
platform.
Contents
Cabinet (NRA244AA) 2-2
Chassis (SAV2AB) 2-4
OAM server (NBRZAL) 2-13
Hub (NBMASW1) 2-14
Processor blade (FM016JB or FM016JP) 2-17
Rear Transition Modules (NASYS or RPCMHDDA) 2-19
Shelf management controller (NBSHMC) 2-23
Power supply 2-26
Fillers 2-29
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Cabinet (NRA244AA)
Overview
The configuration consists of one chassis within a cabinet.
This configuration has the following requirements:
Single 44U enclosed cabinet
One ATCA chassis
Optional RTMs used by the Hub cards to expand the number of transport connections.
Six pairs of slots for the node blades. One slot pair for OAM Servers (NBRZAL) and
five slot pairs for traffic processing (NBRZAM, FMO16JB, and FMO16JP).
Cables and other accessories required to support a maximum cabinet configuration
with two shelves.
Figure 2-1 Cabinet (NRA244AA)
Hardware components Cabinet (NRA244AA)
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Components
The ATCA cabinet includes:
One of the following deflectors, depending upon the number of shelves that are being
used. These air deflectors provide air flow circulation and fire enclosure
3U 300W bottom deflector (MABAFBAA)
4U 300W middle deflector (MAMAF4AA)
3U 300W top deflector (MABAFTAA)
3U -48V Power Distribution Unit (SAPDUAA) at the top of the cabinet with an
Alarm card
Cabinet dimensions
The following table shows the dimensions of the 44U cabinet shown inFigure 2-1,
Cabinet (NRA244AA) (p. 2-2).
Table 2-1 Cabinet dimensionsCharacteristic Dimension
Height 600 mm/19.68 inches
Depth 600 mm/19.68 inches
Height 2125 mm/83.66 inches
Weight 138 kg/304.23 lbs for an empty cabinet
Hardware components Cabinet (NRA244AA)
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Chassis (SAV2AB)
Overview
The ATCA chassis (SAV2AB) provides the mechanical and hardware management
interface to PICMG 3.0 blades.This section provides technical details for chassis slots, dimensions, environmental
conditions, and power feeds.
This photograph shows an empty ATCA chassis.
Figure 2-2 ATCA chassis (SAV2AB) photograph
Hardware components Chassis (SAV2AB)
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Functional description
The chassis performs the following functions:
Environmental performance
Blades/customer interfaces
Dust filter management Fan tray management
Hardware management
Power filter interface and distribution
Thermal management
EMC containment
Industrial design management
Chassis slots
Each 5060-MGC chassis has 14 slots to hold OAM processors, Ethernet hubs, andprocessor blades. Each slot has a front side in which a node or hub blade can be installed
and a rear side in which a Rear Transition Module (RTM) can be installed.
Each 5060 MGC-8/VSG chassis contains the following blades:
2 Ethernet hubs for internal communications in front slots 7 and 8.
RTMs for external connectivity to customer networks in rear slots 7 and 8.
Processor blades and AMCs for the OAM server in slots 1 and 2.
Processor blades in the remaining front modules with Hard Disk Drives (HDD) or
RTM modules in the rear for slots 2 through 10. Optionally, AMC SS7 modules can
be located in the front slots to provide TDM connectivity for SS7 links.
Table 2-2 Chassis slots
Number of Slots Description
15 Slots total
1 Slot dedicated as a dual-chassis manager
14 Slots for I/O, working, and protection
Hardware components Chassis (SAV2AB)
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Slot assignments
The single-chassis configuration is supported for the 5060 MGC-8/VSG platform. This
figure shows an overview of proper use of the slots in a single-chassis configuration.
First chassis to be equipped
In a single-chassis configuration, the Processor blades that are installed in slots 1 and 2
will function as the OAM servers. In a multiple chassis configuration, the first chassis to
be configured will have Processor blades in slots 1 and 2 that function as OAM servers.
Subsequent chassis' in the same are not required to have OAM servers in slots 1 and 2.
Figure 2-3 Functional single-chassis configuration
ShMC
ShMC
Fan tray
0201 03 04 05 06 07 1009 11 12 13 1408
ShMC
ShMC
Fan tray
0201 03 04 05 06 07 1009 11 12 13 1408
Fan tray
0201 03 04 05 06 07 1009 11 12 13 1408
LCPOAM
Server
AMC
HDD
GE0GE1
GE2GE3
GE4GE5
GE0GE1
GE2GE3
GE4GE5
LCPOAM
Server
AMC
HDD
GE0GE1
GE2GE3
GE4GE5
LCPOAM
Server
AMC
HDD
GE0GE1
GE2GE3
GE4GE5
AMC
HDD
GE0GE1
GE2GE3
GE4GE5
GE0GE1
GE2GE3
GE4GE5
ACCM
GE0GE1
GE2GE3
GE4GE5
GE0GE1
GE2GE3
GE4GE5
ADCM
GE0GE1
GE2GE3
GE4GE5
GE0GE1
GE2GE3
GE4GE5
ADCM
GE0GE1
GE2GE3
GE4GE5
GE0GE1
GE2GE3
GE4GE5
ADCM
GE0GE1
GE2GE3
GE4GE5
GE0GE1
GE2GE3
GE4GE5
ADCM
GE0 GE1
GE2 GE3
GE4 GE5
GE0 GE1
GE2 GE3
GE4 GE5
ADCM
GE0GE1
GE2GE3
GE4GE5
GE0GE1
GE2GE3
GE4GE5
ADCM
GE0GE1
GE2GE3
GE4GE5
GE0GE1
GE2GE3
GE4GE5
ADCM
GE0GE1
GE2GE3
GE4GE5
GE0GE1
GE2GE3
GE4GE5
ADCM
GE0 GE1
GE2 GE3
GE4 GE5
GE0 GE1
GE2 GE3
GE4 GE5
ACCM
GE0 GE1
GE2 GE3
GE4 GE5
GE0 GE1
GE2 GE3
GE4 GE5
EthernetSwitch
GE0 GE1
GE2 GE3
GE0 GE1
GE2 GE3
EthernetSwitch
GE0GE1
GE2GE3
GE0GE1
GE2GE3
AMC
SS7
AMC
SS7
AMC
SS7
AMC
SS7
AMC
SS7
AMC
SS7
AMC
SS7
AMC
SS7
AMC
SS7
AMC
SS7
RTM
(GigE)
RTM
(GigE)
Hardware components Chassis (SAV2AB)
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Chassis dimensions
The following table provides the technical dimensions of the Chassis. The chassis is 11U
and 13U with airflow deflectors.
Table 2-3 Chassis dimensions
MECHANICAL SPECIFICATIONS
Height 489 mm
Width 482 mm
Depth 383.14 mm from module
Weight 75.1 kg fully equipped
26 kg empty except for fan units
Chassis environmental specifications
The ATCA chassis must always be operated in a temperature and humidity controlled
room according to the environmental specifications shown in the following table.
Table 2-4 Environmental specifications
Environmental Conditions Value
Operating temperature +5 to +45 (C)
0C to +55C in degraded
conditions
Relative humidity Up to 85%
Conforms with ANSI T1.304
Power
Two independent and secured DC power sources are required for the chassis. The 5060
MGC-8/VSG chassis is always equipped with two redundant power modules, allowing
the chassis to be fed in uninterrupted redundant mode.
Refer to for power specifications.
Table 2-5 Chassis power specifications
Requirement Input/Output Power
DC power inputs 2x2 redundant accesses
Input voltage -48 V/-60 V, based on duplicated distribution
Note: the current range is from -36 Volts to -72
Volts
Hardware components Chassis (SAV2AB)
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Table 2-5 Chassis power specifications (continued)
Requirement Input/Output Power
Operating Voltage - 48 V DC
Voltage Range -39 V to -60 V DC
Maximum Consumption Configuration 200Wper slot
Power Dissipation Up to 300W per blade
Up to 400W per slot
Functions and physical components
This section describes the function of the main physical components of this configuration.
Table 2-6 Functions of physical components
Function Component Mnemonic
Hub function Hub NBMASW1
OAM function Processor blade NBRZAL
Traffic function Processor blade FMO16JB/FMO16JP
Technical specifications
The chassis is a 19 inch 11U dual-star backplane mechanical chassis consisting of the
following components:
1 - Mechanical chassis with dual star backplane
2 - Front and rear air filters (NDAFF and NDAFR)
Redundant power entry modules (PEM)
Dual fan trays at the top and bottom of the chassis, each with 6 fans
2 - Shelf Management Controller (NBSHMC) blades located on the right side of the
chassis in physical slot 15
14 - Slots for node and hub blades. Each slot has a front side to accommodate a blade
and a rear side to accommodate a rear transition module (RTM)
Push-pull air forced cooling with a capacity of up to 300W per slot
Update channels between even and odd slots
Processor CPU blades; maximum of twelve
2 - Ethernet hubs for internal communication
3 - Backplanes
1 - Backplane to host up to 14 blades
An additional slot to host two chassis manager blades
Hardware components Chassis (SAV2AB)
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Separate top and bottom air deflectors
A large air compression chamber which ensures even thermal performance among the
14 slots
Requirements
The 5060 MGC-8/VSG chassis has been designed to meet the following requirements.
Mechanical requirements
The 5060 MGC-8/VSG chassis supports the Midplane concept which is characterized by:
Rear Transition Module (RTM) for rear I/O
RTM power feeds distribution done by the associated front board
Direct connections between front boards and RTMs
Mandatoary Mechanical parts
Each chassis includes the following mandatory mechanical parts:
1 - 3U Bottom Deflector (MABAFBAA) and one 4U deflector (MABAF4AA) for the
first chassis
1 - Front air filter (NDAFF)
Figure 2-4 Chassis front view
Fan Tray
Fan Tray
N
o
de
H
u
b
H
u
b
N
o
de
N
o
de
N
o
de
N
o
de
N
o
de
N
o
de
N
o
de
N
o
de
N
o
de
N
o
de
N
o
de
S
h
M
C
S
hM
C
Hardware components Chassis (SAV2AB)
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1 - Rear air filter (NDAFR)
1 - Front cable tray (KMFT1)
1- Rear cable tray (KMRT2)
Backplane
The 5060 MGC-8/VSG chassis backplane is based on three zones of functionality. Zone 1
provides dual 48V power and chassis management system connections, zone 2 provides
the data transport interfaces, and zone 3 is the RTM face plate for the I/O functions.
Zones 1 and 2 are part of the same printed circuit board while zone 3 is a connection
between the front board and RTMs through on-board connectors.
On zone 2, the data transport interfaces support four separate types of interfaces which
provide connectivity for up to 14 slots along the backplane. These four interfaces are the
Base Interface, Fabric Interface, Update Channel Interface, and the Synchronization
Clock Interface.
Note: The Synchronization Clock Interface is not supported in Release 8.0.1.
The backplane accommodates three types of plug-in modules: Ethernet hubs, Processor
blades, and Shelf controller modules. In addition the backplane provides connections to
the upper fan tray through small transition PCBs, connections for the -48V power supply
inputs for the chassis, and it directly plugs into the lower fan try for cooling purposes.
The following figure shows the backplane in a top view drawing of the chassis.
Hardware components Chassis (SAV2AB)
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Cooling unit
The 5060 MGC-8/VSG chassis uses adaptive, forced air convection cooling. Air is drawn
through the bottom front side of the chassis and exhausted out the top rear side of the
chassis by means of air deflectors separated from the chassis.
The design of the chassis cooling units allows a maximum power dissipation of 300W per
5060 MGC-8/VSG front blade slot.
Deflectors
The chassis is installed with an upper and a lower deflector. The lower deflector acts as anair intake for the blades and RTM, and the upper deflector acts as a rear exhaust. Another
function of the deflectors is to close the fire enclosure. The deflectors are fixed to the
front rack uprights and not to the chassis. In addition, the deflectors are designed to help
mount the chassis into a rack with guide rails that provide guidance.
Note: Racks are not included in Release 8.0.0
Figure 2-5 Chassis top view
01 02 03 04 05 06 07 08 09 10 11 12 13 14
01 02 03 04 05 06 07 08 09 10 11 12 13 14
Physical slot
Physical slot
13 11 09 07 05 03 01 02 04 06 08 10 12 14
13 11 09 07 05 03 01 02 04 06 08 10 12 14
Logical slot
Logical slot
RTM
J
AUCS
1
J
AUCS
2
J
AUCS
3
J
AUCS
4
J
AUCS
5
J
AUCS
6Node
Hub
Node
Node
Node
Node
Node
Node
Node
Node
Node
Node
Node
Hub
RTM
RTM
RTM
RTM
RTM
RTM
RTM
RTM
RTM
RTM
RTM
RTM
RTM
ShMC
BACKPLANE
Rear side
Front side
Hardware components Chassis (SAV2AB)
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Two types of deflectors are used depending on the rack layout:
1U orthogonal 3-sided air intake
2U diagonal deflector 1-sided air intake
Fan tray (NSFANV2)
The cooling unit of the 5060 MGC-8/VSG chassis is made of two field replaceable fantrays, with each fan tray containing six fans. The fan tray draws air from the bottom front
side and pressurizes air to flow through the chassis. Air then exits the chassis through a
dedicated rear upper exhaust. A control for each cooling unit provides fan speed
monitoring and an alarm interface. To ensure balanced air flow in partially populated
systems, filler blades and faceplate assemblies are required to complete the enclosure.
The mechanical design of the chassis tends to create static (not changing over time) and
spatial (changing within space) variations in the cooling performance between slots, as
well as within the depth of a slot. The 5060 MGC-8/VSG chassis is mechanically
designed to provide the same cooling capabilities for each slot.
The cooling unit equipment is made of:
1 - mechanical structure with 2 guides to aid with insertion and 2 locking screws to
lock each module in place
1 - fan control blade with power and signal connectors
No grids are implemented. A mechanical key is used to protect the operator while
manipulating the fan tray.
Fan tray dimensions
The following table provides the technical dimensions of the fan tray.
Table 2-7 Fan tray dimensionsCharacteristic Dimension
Height 600 mm
Depth 600 mm
Height 138 kg
Maximum Consumption 220W
Typical Consumption
without AMC
150W
Weight 4 to 5 Kg
Hardware components Chassis (SAV2AB)
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OAM server (NBRZAL)
Overview
The OAM server (NBRZAL) runs on a pair of processor blades that are dedicated for this
purpose. This single board computer includes the following components: One Dual Core Intel T 7400 processor running at 2.16 GHz with 8 GB of memory
One AMC with 147 GB SAS disk
Six Gigabit Ethernet ports are auto-negotiated and auto-MDIX. Two of these GigE
ports link to the host processor for out-of-band external management.
An optional RPCMHDDA RTM to provide additional disk storage
OAM server function
The OAM server supports the following services:
Hardware monitoring management of the chassis, node cards, and switch cards usingthe shelf manager (ShMC).
ACCM and ADCM growth, OS installation, software installation, upgrades, and
downgrades, and FRU replacement.
Alarming, both visible and audible, to the 1310 OMC-P via the MI on the OAM
server.
Internal IP Address configuration
Dimensions
The following table provides the technical dimensions of the processor blades.
Table 2-8 Processor blade dimensions
Characteristic Dimension
Height 8U/322.25 mm
Depth 280 mm
Pitch 30.48 mm
Input power voltage 36 & 75 VDC (48 VDC nom.)
Power consumption per processor blade with
AMC
190 W max
Ambient temperature between +5 C and +40 C
Weight 2.24 kg (with 1 AMC)
2.056 kg (no AMC)
Common power supply for two AMCs 50 W max
Hardware components OAM server (NBRZAL)
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Hub (NBMASW1)
Overview
Ethernet hubs in the 5060 MGC-8 5060 platform are responsible for internal
communications. Their purpose is to provide a star topology backplane that providesconnectivity to multiple processor blades within the backplane. Each processor blade is
connected through the backplane to the two Hub. Two Ethernet hubs comprise a
single-blade computer in switch-only mode. Slots 7 and 8 are dedicated to the hub blades.
The main functions of the Ethernet hubs are to provide:
Switching capabilities
Accesses to the external Ethernet backbone
Uplink accesses to other racks in a cabinet (not supported in this release).
Synchronization module
The 5060 MGC-8 platform contains two Ethernet hubs for internal communications, eachconsisting of the following hardware:
1 - single blade computer in switch-only mode
RTMs (NASYS) for the hub switches for inter-chassis communications.
Note:The Hub RTMs do not provide Chassis Reference Clock generation anddistribution.
Single blade functions
The single-blade computer includes the following components:
1 - Dual-core Intel T 7400 processor running at 2.16 GHz with 1 GB of memory Dual star Ethernet switching fabric
4 - 1000 Base-T Ethernet links to the base interface on front panel
1 - 10 GE interface connected to the fabric interface on front panel
1 - 10/100/1000 Base-T interface connected to the on-blade CPU
CPU features
The CPU has the following features
1 Dual-core 2.13 GHz chipset, 32/64-bit, 4M L2 cache
Up to 8 GB memory
2 - Gigabit Ethernet ports
USB 2.0 port (bootable)
RS-232 port
Hardware components Hub (NBMASW1)
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Embedded GigE switch
The embedded GigE switch is characterized by
Full GigE connectivity between backplane AMC sites and the CPU
4 - GigE external (front) ports and 2 - GigE ports on the NASYS RTM (1 - 1000
interface connected to each CPU blade slot)
Dimensions
The following table provides the technical dimensions of the Hub.
Table 2-9 Hub dimensions
Characteristic Dimension
Height 8U/322.25 mm
Depth 280 mm
Pitch 30.48 mm
Maximum Consumption 150W(with 1 AMC)
Typical Consumption
without AMC
78W(load 10%)
90W(load 50%)
98W(load 100%)
Weight 2.24 Kg (with 1 AMC)
2.056 Kg (without AMC)
Hardware components Hub (NBMASW1)
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Diagram of Hub front panel
The following diagram provides an example of the front panel of a hub blade.
Figure 2-6 Hub front panel
FRONT PANEL
3CM02660
AAAD04
NBMASW1
NBAFIM
NBAFIM
GEO GE1
GE2 GE3
UPL0
UPL1
BS0847
UE 22L
1
2
3
C
CI
3CMO2741
AAAB
2 AMC slots
for PCI Express and Storage
interfaces
4 * 1000Base-T Ethernet
links(Base interface)
debug USB port
debug Fast Ethernet port
10GE electrical interface
Hardware components Hub (NBMASW1)
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Processor blade (FM016JB or FM016JP)
Overview
Up to 12 Processor blades run 5060 MGC-8 services. The minimum requirement is one
single-blade computer with one dual-core Intel T 7400 processor running at 2.16 GHzwith 8 GB of memory, one AMC with 146 GB SAS disk, and two front panel GE links to
the host processor (for out-of-band external management). The hardware variant depends
on the blades function.
5060 MGC-8 services
The processor blade supports the following 5060 MGC-8 services
Management interface
Configuration server
ACCM director
Shared network services
Processor characteristics
Key characteristics of the 1 Merom T 7400 Dual core processor blade are:
32/64-bit operation
L1 cache: 32K I-cache, 32K write-back cache
L2 cache: 4 MB
Up to 8 GB memory
2 - GigE ports to CPU USB 2.0
Boot options: HDD, USB, IDE flash, TFTP
RS-232 console port for debugging, through mini-USB plug
2 - AMC sites
Embedded GigE switch offering full GigE connectivity to backplane
1 - GigE to each AMC slot
2 - 1GigE to CPU
4 - GigE external (front)
2 - GigE on RTM
120Watts power consumption for base blade, plus 20WRTM, 50WAMC and 15W
DIMM.
Hardware components Processor blade (FM016JB or FM016JP)
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255-400-209R8.0.1Issue