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1. m On request 1280601012806012 25 AavanceaMc Guide rail for AdvancedMC modules m Specific combinations allow to assemble up to 8 AdvancedMC modules 8 x SW HH in a Carrier Strut splitting extrusion is assembled between the cover plates retainer for ESD Clip Guide rail is clipped onto the cover Guide rail is always included with splitting extrusion strut and guide rail Order Information Item Description Qty PU Order no Splitting extrusion strut between cover A 1 left and B right Zn die cast nickel 10 20849 009 plated Splitting extrusion strut for cover B _ 13 right Zn die cast nickel plated 1 AATAS ib Splitting extrusion strut for cover A left 10 20849 011 Zn die cast nickel plated 2 en guide rails PBT UL 94 V O 10 20849 008 3 ESD clip stainless steel spring for 50 20849 021 deflection of electrostatic discharge 12805070 12805071 ESD clip 12805060 12805007 12805006 12805061 12805080 12806050 AavanceaMc AdvancedMC module mechanics m Kit shielded Locking of the module without screw For Conventional Cutaway and Hybrid Carrier Insertion extraction mechanics in accordance with AdvancedMC standard Insertion extraction mechanics designed for micro switch operation hot swap m Inclusive of Light Pipe Delivery comprises kit Item Qty Description 1 1 U front panel St 0 6 mm2. Avance TCA AavanceaMC L TCA Packaging Solutions gt Pentair Technical Products Advanced TCA New standards for high speed networks ie AdvancedMC Modules New Demands Increasing data traffic and new communication services demand flexible reliable and scalable infrastructures Since 2001 PICMG has therefore investigated what the market expects from a new forward looking standard for telecommunication applications The resulting AdvancedTCA standard demands an effective capacity for data transfers up to 2 5 Tbit s along with 99 999 availability of the system meaning that such a system is only allowed to be inoperable for max 5 3 minutes per year Furthermore different protocols such as Ethernet Infiniband Star Fabric PCI Express and Rapid O for fast interfaces have to be supported AdvancedMC Modules inside a Carrier Competitive Advantages with a new Equipment Generation The present situation in the telecommunication sector shows that 99 of all systems are proprietary Many telecommunication companies however cannot or do not want to develop or Operate proprietary systems any longer but are demanding a standardised infrastructure With the new AdvancedTCA equipment generation hardware and software components from different manufacturers can be utilised and combined This new technology offers a flexible cost effective module with low development costs and short produc
3. Star Fabric PICMG 3 3 PCI Express PICMG 3 4 Radpid 1 0 PICMG 3 5 Performance losses specified to 200 Watt per board Systems monitoring via Shelf Manager enables the management of the systems sources and offers perfect protection of the boards via electronic coding Q e S S Atvancen TCA Systems amp Systems available ex stock from 2U to 13U amp Fully assembled and tested amp Fulfilment of all NEBS Network Equipment Building Standard demands Systems and Components DESESTI i 16 Slot amp Area of application Central Office Development Laboratory Y Optimum utilisation of space when assembled in ETSI or 23 frames amp Cooling up to 200 Watt per board The system contains e Chassis with 3 hot swappable cooling units including RTM cooling e Redundant power supply DC e Dual Star and Full Mesh backplane e Shelf Alarm Panel SAP e Cable management front and rear e Use of two redundant Shelf Managers based on Pigeon Point ShMC 500 possible bussed or radial IPMI vailable worldwide ex stock 14 Slot Area of application oe oe Central Office Development Laboratory Optimum utilisation of space when assembled in 19 frames Cooling up to 200 Watt per board The system contains e Chassis with 3 hot swappable cooling units including RTM cooling e Redundant power supply DC e Dual Star and Full Mesh backplan
4. eaiCaA front panel KIT Stainless steel or Al extrusion versions Including Schroff hot swap handle E m Including special support for component side board fixing E Including EMC Fabric Mesh or Copper Beryllium CuBe Delivery comprises Item Qty Description 1 1 Stainless steel or Al profile front panel incl alignment pin and knurled screw M3 2 1 Lower handle incl layer 3 1 Top handle incl layer 4 1 Mesh seal 5 1 Assembly kit M2 5 screw incl screw safety paint Order Information Height Width Description Qty Order no U HP PU 8 6 Front panel kit stainless steel with 3 21591 100 Mesh seal 8 6 Front panel kit Al extrusion with 3 21591 102 Mesh seal Note E Front panels with CuBe gasket available on request E Front panels with board cover available on request E Schroff offers a full range of front panel modification services including customer specific cut outs overlay silkscreening via the Front Panel Express Service E For drawings please refer to www a tca com 15 Aivancen TCA Al extrusion Stainless steel profile 1270505812705059 16 m Stainless steel or Al extrusion m Mesh seal Order Information Height Width Description Qty Order no U HP PU 8 6 Front panel Al profile 1 31591 454 8 6 Front panel stainless steel profile 1 31591 422 Mesh seal self adhesive for AdvancedTCA front panels PU 10 pieces 21591 092 Note m C
5. 2 1 Retainer for Light Pipe and board retainer Zn die cast nickel plated 3 1 Light Pipe PC UL 94 V 0 4 1 Insertion extraction mechanics with micro switch operation and board retainer 5 6 1 Handle PC UL 94 V O black 7 1 EMC gasketing core foam sleeve textile cladding with CuNi mesh 8 1 EMC gasketing at bottom core foam sleeve textile cladding with CuNi mesh 9 1 Assembly kit Order Information Description Qty PU Order no AdvancedMC module mechanics SW HH 1 20849 002 AdvancedMC module mechanics SW FH 1 20849 004 AdvancedMC module mechanics DW HH 1 20849 003 AdvancedMC module mechanics DW FH 1 20849 005 Micro switch for AdvancedMC module normally open for soldering SMD PU 10 pieces Micro switch for AdvancedMC module normally closed for soldering SMD PU 10 pieces 20849 065 20849 015 Note E Single Mid size and Double Mid size AdvancedMC modules on request E Filler module filler panel see page 26 m Micro switch for AdvancedMC modules see page 27 2 AavanceaMc 28 12805050 12805051 AdvancedMC filler module filler panel m For Conventional Cutaway and Hybrid Carrier m Insertion extraction mechanics in accordance with AdvancedMC standard m Identical design to AdvancedMC module Delivery comprises assembled Item Qty Description 1 1 AdvancedMC filler module U front panel stainless steel 0 6 mm Board retainer Zn die cast nickel plated Pri
6. Subrack directly assembled with AdvancedMC Modules Periphery Suitable cooling and power supply units are made available separately and are not integrated as a rule This leads to a considerable cost reduction there are also applications which manage without but the construction of a complete system similar additional cooling to AdvancedTCA is possible and taken into account in the standard UTCA is a very modular standard with the aim to assemble AdvancedMC modules without carrier board directly on a backplane This line of thought expands the user spectrum for AdvancedMC in the low end area of cost critical applications such as base stations Wireless access units Wireline or elements of smaller networks MicroTCA Carrier Hub For the operation of an AdvancedMC module a so called MicroTCA Carrier Hub MCH is required In the original application of AdvancedTCA carriers the management for instance the validation check of the modules during a hot swap is carried out by the AdvancedTCA carrier As this carrier is now replaced by a backplane the corresponding management has to be arranged on another board which is the so called MCH The MCH takes over the management as well as the switching functions The dimensions of the new uTCA subracks and systems which are required for this are aligned to modules described in the AdvancedMC RC1 1 standard Standards The subracks will fulfil all required standards such
7. Vac 50 60 Hz 4 3 A 700 W 990 VA 10A 48 Voc 13 A 624 W 16A Connection possible for external use and digital display ASCII protocol status indication temperature humidity level fan operation times target values External input output alarm output and warning IP 20 Ambient temperature during transport 25 70 C Relative humidity Weight 5 95 78 5 kg 82 kg with water 1 For trouble free operation of the air water heat exchanger the water conditions have to be adhered to VDE 3803 please also see User Manual 2 With water intake temperatures of lt 6 C and gt 15 C a precise control cannot be achieved 21 AadvanceaMC AdvancedMC Module The AdvancedMC standard is an important part of The central components of AdvancedMC are the the AdvancedTCA platform AdvancedMC modules mechanics of the module and the Carrier are Mezzanine modules which with corresponding Serial interface to the Carrier Board adaptors the so called AdvancedMC Carriers are installed in an AdvancedTCA system and therefore extend the function of an AdvancedTCA Carrier amp Hot swap capable Board y In accordance with PICMC f es AMC 01R10 tite Software interface for the board management AdvancedMC Modules AdvancedMC Modules inside a carrier AdvancedTCA System assembled with an AdvancedMC Carrier and Modules In the AdvancedMC 0 standard at present 6 module
8. droplet collector that avoids water in the air expulsion area The water and power supply is arranged from the bottom Avancea TCA SERVICE the number one priority at Schroff From the start our application engineers will be at your side worldwide Components which are available ex stock provide short delivery times which save time and money In the after sales area too we offer extensive support Our friendly worldwide team of experts is at your disposal at all times Cooling capacity up to 20 kW per cabinet VARISTAR LHX 20 advantages at a glance Even cooling of all systems over the entire assembly height The entire heat loss is expelled via the cool water circulation Y Optimum system adjustment and safety through e preventative control and regulation e integrated alarm and communication interfaces amp Noise level smaller than 55dB A even suitable for office environments Atvancea TCA VARISTAR LHX 20 for AdvancedTCA E Cabinet to IP 55 RAL 7021 with air water heat exchanger m Assembly dimensions adjusted to the installation of AdvandedTCA subracks cabinet depth 800 mm m Air water heat exchanger 20 kW optionally for voltage supply of 48 Voc Or 230 Vac assembled at the left assembly to the right possible w Max static load carrying capacity of the 19 plane 800 kg Delivery comprises completely assembled and GND earthed Item Qty Description 1 1 Welded basic frame St profi
9. limits for the noise generation Cooling in Systems Push or Pull Cooling Basically there are several ways to cool systems Even today liquid cooling is not yet accepted for telecom applications Therefore air cooling which forces cool air at high speed past components that require cooling is the only possibility In general two different approaches are possible Push Cooling or Pull Cooling 36 The compact structure of AdvancedICA systems presents a further challenge With systems a heat loss of up to 3 4 kW can be generated with three systems in a cabinet it can therefore increase to more than 10 kW I i I Push Cooling Axial or diagonal fans push the air into the system Extended life of fans Y Reduced space requirement system height 12 U High pressure prevents dust accumulation on the components Pull Cooling amp Radial fans pull hot air out of the system Performance losses of the fans are taken away with this systems amp Better air distribution inside the system W High static pressure Cooling concepts Water Cooling From today s view point cooling is the critical The cooling of processors on uTCA boards aspect of the AdvancedTCA systems This situation often demands water cooling already will intensify even more as signs point to further increasing performance losses of the components Schroff has therefore put great emphasis on optimum cooling during the develo
10. to Power module for development system 11596 003 Connecting cable Power supply 48 Vpc output to uTCA Power module for development system 11596 003 23204 176 23204 177 Note E Further versions on request Hot swap voltage switching Voltage disconnection at too high input gt 13 Vpc as safeguard against unwanted input of 48 Vpc onto the uTCA backplane Further information www a tca com or AdvancedTCA E mail hotline Europe Asia infoATCA schroff biz America infoATCA pentair ep com Responsible for contents and print Schroff GmbH Marketing Communication D 75334 Straubenhardt Germany The details in this catalogue have been carefully compiled and checked supported by the certified Quality Management System to EN ISO 9001 2000 The company cannot accept any liability for errors or misprints The company reserves the right to amendments or technical specifications due to further development and improvement of products UTICA www a tca com m The latest news on AdvancedTCA AdvancedMC and UTCA around the clock m Drawing download a co Specifications AG WN a m Manuals ww E Firmware und avenues Jalessi Sauipe Schroff Schraf Schrof a Aivancea TCA ATCA AMC uTCA Today s Problem Solvers for High Performance Computing Application PERFORMANCE 10GB sec and higher support for wide range of fabric protocols including PCI Express Gigabit Ethernet Infiniband
11. uses RTM range Shelf Manager for 5 U system 1 piece BPLOOO763 Filler panel 4 U 6 HP for empty Shelf Manager slot FPL000765 1 piece Note E Special configuration available on request m For User Manual please see information on the Internet 10 Aivancen TCA In accordance with ATCA standard PICMG 3 0 Rev 2 0 2 slot backplane one Node slot and one Hub slot Designed to accept two boards 8 U 6 HP m E E m Three fans for cooling of up to 200 W per board m Power supply AC or DC a Easy access to boards via removable top cover Delivery comprises completely assembled and wired Item Qty Description 1 1 Subrack 3 U 84 HP depth 383 mm 2 1 Backplane 2 slot Node Hub configuration 3 3 Fan 12703003 4 2 Power supply 115 230 V ac 48 Vpc 500 W Order information Height Width Depth Qty PU Order no U HP mm 3 84 383 1 SYS000235 Note E Special configuration with 800 W AC power supply hot swap available on request In accordance with AdvancedTCA standard PICMG 3 0 Rev 2 0 Perfect configuration for the introduction to AdvancedTCA 2 slot backplane Node Node configuration Designed to accept two boards 8 U 6 HP front and Rear I O Two hot swap capable fan plug in units for cooling of up to 200 W per board and 15 W per RTM board Power supply 48 Vpc m Easy access to boards via removable top cover Delivery comprises 12706011 Item Qty Description 1
12. 1 Subrack 2 U 84 HP 469 mm deep 2 1 Backplane 2 slot Node Node configuration 3 2 Fan plug in unit 4 2 Power supply 48 Voc Order Information Height Width Depth Order no U HP mm 2 84 469 11596 004 Air filter 1 piece 21596 028 11 Aivancea TCA Card 12 i he weer r Pe WMA Tan Ae TT ail electronic solutions 12706012 Rear Exhaust Midplane 12706050 30406054 AdvancedTCA system 12 U Ventus Shelf 14 slot m In accordance with AdvancedTCA standard PICMG 3 0 Rev 2 0 Distributed Intelligent Platform Managment Interface IPMI using IPM enabled Field Replaceable Units FRU s 14 slot backplane with Dual Star Designed to accept 14 front boards 8 U 6 HP and Rear I O boards Redundant supply voltage 40 Vpc 72 Vpc via 2 Power Entry Modules PEM plugged into on the rear Three redundant hot swap fan units for cooling of up to 200 W per board Prepared for two Shelf Managers with Pigeon Point ShMM 500 for bussed or radial IPMI topology m Shelf Alarm Panel SAP Delivery comprises completely assembled and wired Item Qty Description 1 Subrack 12 U 84 HP black 471 mm deep for 280 mm 70 mm deep boards 2 1 Backplane 14 slot Dual Star 3 1 Fan unit with 3 redundant fan units with Intelligent Platform Management IPM 4 1 Intelligent Platform Management Interface IPMI monitored removable air filter 5 2 Redundant 40 Vpc 72 Vpc Pow
13. 4 Micro switch for AdvancedMC Carrier module 10 20849 020 Technical Data Max switch current 10 mA Operating temperature 25 C 80 C Electrical life expectancy 10 Micro switch for AdvancedMC module m Micro switch for soldering SMD Order Information Description Qty PU Order no Micro switch for AdvancedMC module 10 20849 065 Micro switch for AdvancedMC module 10 20849 015 Technical Data Max switch current 10 mA Operating temperature 25 C 80 C Electrical life expectancy 10 29 UTICA Micro Telecom Computer Architecture AdvancedTCA enhanced by AdvancedMC was specified by PICMG for the application in telecommunication markets with the highest performance Development engineers of other markets are now strengthening their efforts to define the new TCA standard with reduced features and considerably lower product prices for their applications Dimensions With a maximum depth of only 200 mm in comparison to AdvancedTCA more subracks can be housed in a smaller cabinet The adaptation into 300 mm deep ETSI racks is possible The width and height of the subracks correspond to the well known 19 dimension whereby part width are planned Cube Pico 30 Performance Loss Apartfrom the applications with heat loss of approx 20 W for the smallest AdvancedMC modules and approx 80 W for the largest AdvancedMC modules HTCA System directly assembled with AdvancedMC Modules TCA 19
14. 5A Order Information Description Qty PU Order no uTCA development system 6 U 1 11596 003 Power supply 300 Watt AC DC 12 V _ input 85 264 Vac output 12 Vpc 25 A 1 piece piven eee Power supply 300 Watt AC DC 48 V 11098 288 input 85 264 Vac output 48 Voc 6 25 A 1 piece UTCA power input module input 12 Voc output 12 Voc and 3 3 Vpc 5 A 1 piece 23098 549 Note E TCA development system for Double AdvancedMC modules on request m Other backplanes on request Description of uTCA backplane see page 33 E Description of uTCA power input module see page 34 12606004 m In accordance with PICMG eTCA DO 9 Delivery comprises Item Qty 1 1 Description Order Information Backplane fully assembled UTICA m Special topologies for development purposes Number Width Height Description Qty Order no of slots mm mm PU 10 slots AMC Full size 2 redundant hubs MCH 10 425 0 169 9 JEE 2 PONET Misamis 1 23005 406 slots PM 8 slots Full size 12 425 0 169 9 Compact slots 2hubs 4 23005 407 MCH slots 2 Power Module slots PM Technical Data Backplane 2 2 10 10 AdvancedMC Single Full size 2 redundant TCA Carrier hubs MCH 2 redundant power supplies Radial IPMI from both MCH slots to all AdvancedMC and power supply slots CLK1 CLK3 radial from each MCH to all AdvancedMC slots CLK2 radial from each AdvancedMC slot to both MCH slots incl termination Sl
15. D clip guide rail AdvancedMC Carrier mechanics for 1101 10849 002 Conventional Cutaway board Micro switch for AdvancedTCA Carrier module normally open for soldering SMD PU 10 pieces 20000098 Micro switch for AdvancedMC Carrier module 20849 020 normally closed for soldering SMD PU 10 pieces Note m Hybrid Carrier see page 23 E Carrier for Mid size AdvancedMC modules see page 23 m Please order strut item 11 ESD clip and guide rail item 12 separately see page 24 m AdvancedMC module mechanics see page 25 m Description of micro switch for AdvancedMC Carrier module see page 27 12805053 AdranceaM G Standard front handle included in delivery comprise of MF handle can be exchanged by a standard handle Carrier module if required p ptlattisti ee S N Se VAN RAN S See ee SN a EKORO Pa KA EALLI gy ae eee ttita Moe a a a Se Ee oT EOT TN EA f tee ade a lt a 12805073 12805072 Insertion extraction mechanics 75 opening angle m Insertion extraction mechanics 75 opening angle m Insertion extraction in one step m Insertion extraction in 3 steps 2 operations m Swing range 23 mm below and above the separation line E Small swing range 0 mm below and above the pitch line The lower or upper limit of the carrier is not exceeded during Included in delivery of Carrier the extraction m On request m On request 12806017
16. Extraction mechanics in accordance with AdvancedTCA and AdvancedMC standards insertion extraction mechanics for micro switch operation hot swap E Height 8 U width 6 HP to accommodate up to 8 AdvancedMC modules m Identical mechanics for Conventional and Cutaway board 12805002 Delivery comprises kit Item Qty Description 1 1 Cover B on the right stainless steel 0 6 mm insulated interior exterior with protection film 2 1 Cover A left stainless steel 0 6 mm insulated interior exterior with protection film 3 1 Splitting extrusion strut at bottom Zn die cast nickel plated 4 1 Splitting extrusion strut at top Zn die cast nickel plated 5 1 Front panel at bottom stainless steel 1 mm pressed in alignment pin and retention screws 6 1 Front panel at top stainless steel 1 mm pressed in alignment pin and retention screws with holes for LED 7 1 Standard insertion extraction mechanics with micro switch operation lever plastic black 8 1 Standard insertion extraction mechanics lever plastic black 9 1 EMC profile seal core foam sleeve textile cladding with CuNi mesh 10 1 Assembly kit 11 1 Strut A B 3 pieces strut for cover A 3 pieces strut for cover B 3 pieces ESD clip 8 pieces 12 10 AdvancedMC guide rail PBT UL 94 V O red 12805052 Order Information Description Item Qty PU Order no AdvancedMC Carrier mechanics for Conventional Cutaway board with ene 10849 001 struts ES
17. Hub slot For a higher performance a second group with two redundant switches can be added and a Dual Dual Star configuration can be created The highest capacity is reached with a Full Mesh configuration in which every slot is directly connected with all other slots Without the restrictive fabric switches the data bandwidth can reach more than 2 5 Tbps Eye Pattern 5 0 Gbps 1 00 VUI 0 10 VUI per div 0 00 VUI 0 00 UI Bit Pattern PRBS Data Rate Gb s 5 0 200UI Rise Time 50ps Pattern Length bits 2 10 1 0 20 Ul div 12704056 There were concerns about AdvancedTCA boards and chassis that in a worst case scenario both IPMI busses could be blocked and no Shelf Management would be available To avoid this IPMI interfaces can be routed in a Dual Star radial configuration so that both interfaces of every slot are separately connected with every Shelf Manager The implemen tation of radial IPMI can increase the costs for the AdvancedTCA system because of the higher versatility When an AdvancedTCA board is assembled into the Shelf the Shelf Manager compares the features of the board with the features available in the system It compares the current the cooling and the Fabric signalling levels protocols per channel the available ports per channel and the backplane topology to this which is connected on the ot
18. Rapid I O 200Watts per slot NEBS High Availability FLEXIBILITY Range of form factors from AMC mezzanines to upgrade your proprietary designs to small embedded utca solutions Front Panels amp Accessories to 16 slot fully integrated ATCA configurations Test Products ee ee eg Q MANUALS AND FIRMWARE PRICE AMC s to ATCA the broadest range of price performance options of any open architecture OS ATCA ACADEMY TIME TO MARKET Leveraging an open architecture significantly reduces time to market for boards software and systems Allows amp NEWS AND EVENTS OEM s to focus on what they know best the applications requirements Schroff Leading the way with Electronic Packaging for ATCA AMC and uTCA CONTACT INFORMATION Pilates amp Carriers ma Gick here for details NEW AMC Face E PFT T Pa Y p s I r a lt i os F hai 3 n The Embedded Systems Show z October 13th 20th 2005 Tell Us How We re Doing 19 NEC Birmingham Customer Satisfaction Survey Click Here 12705003 35 Cooling concepts Air Cooling The AdvancedICA standard defines a 99 999 systems availability This also applies to the cooling and demands a redundant cooling concept so that the failure of a fan does not affect the operation of the system Strict guide lines of the NEBS America and ETSI Europe determine the upper
19. as UL NEBS etc and be equipped with a backplane on which the AdvancedMC modules make contact Similar to AdvancedTCA it is also planned to standardise complete systems UTICA Roadmap The yICA standard was issued in June 2006 Schroff is responsible for the mechanical part of the standard 31 32 12806006 pTCA development system 6 U m In accordance with standard PICMG MicroTCA O Draft 0 9 PICMG AMC 0 RC 1 1 UTCA development system 6 U in ratiopacPRO case with front handles 19 panel slide mount optional m Board section for Single AdvancedMC module UTCA backplane 14 slot 2 2 10 2 power supply slots 2 Management Carrier Hub MCH slots 10 AMC slots Active cooling air flow from front to rear Hot swap fan modules with three temperature controlled 12 Vpc fans Air filter exchangeable from the front Accessories rear power supplies 12 Vpc or 48 Voc power input module for 12 V from an external power supply onto the uTCA backplane Case 19 ratiopacPRO case 6 U 316 mm deep two slots for power supplies board section 200 mm deep air filter exchangeable from the front Cooling Air flow from front to rear fan modules hot swappable three fans with 170 m h 100 cfm temperature dependent fan speed control NTC Voltage Power supply 300 W AC DC supply N 1 redundant for DC voltages power input module input 12 Vpc output 12 Vpc and 3 3 Vpc
20. bric and 12 Node boards can be inserted in an AdvancedTCA system which is to be mounted in a 19 cabinet With a Full Mesh backplane 14 Node boards can be used Other backplane architectures for example Dual Dual Star and Replicated Mesh are possible In the same way the AdvancedTCA standard allows the construction of a 16 slot system which fits ina 23 Telecom or 600 mm ETSI cabinet AdvancedTCA systems are designed for a maximum energy loss of 200 W per board A 14 slot AdvancedTCA system can generate up to 2 8 kW performance loss The whole data throughput of the system depends on the selected Fabric layer the protocol and the Fabric architecture and can reach more than 1 Tb s Until now Ethernet PICMG 3 1 Infiniband PICMG 3 2 and Star Fabric PICMG 3 3 Fabric layers were defined The PCI Express PICMG 3 4 standard is designed at the moment The connectors in an AdvancedTCA system are divided in three different groups zone 1 to 3 m Connector zone 1 provides the current the primary IPMI manage ment system as well as the geographical address of the board m On the connector zone 2 a 10 100 1000 BASE T base interface anda Fabric interface are defined The Base interface is used for the transmission of FLASH Memory Images the downloading of Firmware as well as High Level Management Function The Fabric interface is for the high speed transfer of big data volumes m The connectors zone 3 are set by the individual applicatio
21. circulation temperature Air expulsion temperature C 26 24 22 20 7 8 9 10 11 12 13 14 15 C Water pre circulation temperature 1 at 2 8 m h water 2 at 1 55 m h water at constant air intake temperature of 40 C 01005093 01005094 Technical data LHX 20 Aivancea TCA only air water heat exchanger Dimensions LHX 20 Cooling performance Cooling performance Cooling performance measured with cool water intake temperature of 15 C and water circulation volume of 1 55 m h air expulsion temperature 25 C Adjustment range air expulsion temperature Max deviation Water circulation Cooling medium Water intake temperature Water circulation volume Pressure loss in the equipment at 1 55 m h Water pipe Water connection intake exit Condensation connection Air circulation Air flow regulated dependent on temperature Electrical data AC Supply voltage single phase Max current intake Max power intake Apparent output at full capacity Back up fuse Electrical data DC Supply voltage Max current intake Max power intake Back up fuse Interface ST Bus Ru 45 RS 232 SUB D 9 pole Digital input output signals SUB D 25 pole General data Type of protection up to 20 KW 12 KW 18 30 C in 0 1 C increments Se 2 S Water 6 15 C up to 2 8 m h 0 5 bar Copper Rp 1 Rp A 1000 3000 m h 230
22. ducting at the front and at the rear of the system Order information Height Width Depth Description Qty Order no SU HP mm PU AdvancedTCA system 23 96 383 black Dual Star backplane 1 11592 501 radial IPMI AdvancedTCA system 23 96 383 black Dual Star backplane 1 11592 500 bussed IPMI AdvancedTCA system 23 96 383 black Full Mesh backplane 1 11592 503 radial IPMI AdvancedTCA system 23 96 383 black Full Mesh backplane 1 11592 502 bussed IPMI Shelf Manager radial 1 piece 21593 376 Shelf Manager bussed 1 piece 21593 375 Air filter 1 piece 21594 144 Fuse 30 A for Power Entry Module PU 10 pieces 21191 207 m For User Manual and Service Manual please see information on the Internet E For replacement parts please see information on the Internet AitvanceaT CA AdvancedTCA system 14 slot E In accordance with AdvancedTCA standard PICMG 3 0 Rev 2 0 14 slot backplanes with Dual Star or Full Mesh topology Designed to accept 14 boards 8 U 6 HP front and Rear I O Two redundant rear assembled Power Entry Modules PEM for the power supply 48 Voc Three redundant hot swap capable front fan plug in units for the cooling of up to 200 W per board Prepared for two Shelf Managers with Pigeon Point ShMM 500 for busses or radial IPMI topology Shelf Alarm Panel SAP Including mounting bracket for the installation in 23 cabinets Delivery comprises completely assembled and wired Item Q
23. e e Shelf Alarm Panel SAP e Cable management front and rear e Use of two redundant Shelf Managers based on Pigeon Point ShMC 500 possible bussed or radial IPMI 5 2 Slot Area of application Development Laboratory and Test Systems For the testing of AdvancedTCA boards of software and systems design The system contains e Chassis with a cooling unit including RTM cooling e Power supply AC or DC e Full Mesh Backplane e Use of two redundant Shelf Managers based on Pigeon Point ShMC 500 possible bussed or radial IPMI Aivancea TCA Service Y Global Availability Schroff offers SS H SS AdvancedTCA Packaging Solutions a large range of packaging products worldwide ex stock Y Global Project Support Schroff s Project Engineers assist you in finding answers to your questions worldwide Unique Internet Platform www a tca com stand for Time to Market with Schroff SS E SS M me o Shelf Manager Y Efficient flexible shelf management concept based on Pigeon Point technology www pigeonpoint com Y Available with integrated fan control amp With electronic coding for the protection of boards and system Backplanes Y Point to point connection structure independent of protocol Dual Star up to Full Mesh configuration Y PMI Intelligent Platform Management Interface bussed or radial Redundant power supply divided into up to 4 independent s
24. egments Front Panels amp Stainless Steel or Aluminium extrusion Mesh HF seal amp Innovative hot swappable extractor handles with self locking mechanism and micro switch operation Customer specific finish powder coating screen printing or overlay possible 12705004 Shelf Manager 12705065 12705007 Aivancea TCA AdvancedTCA system 16 slot In accordance with AdvancedTCA standard PICMG 3 0 Rev 2 0 16 slot backplane with Dual Star or Full Mesh topology Designed to accept 16 boards 8 U 6 HP front and Rear I O boards Two redundant rear assembled Power Entry Modules PEM for power supply 48 Vpc 60 Voc Three redundant hot swap capable fan units for cooling up to 200 W per board Prepared for two Shelf Managers with Pigeon Point ShMM 500 for bussed or radial IPMI topology Shelf Alarm Panel SAP Including mounting bracket for the installation in ETSI racks or 23 cabinets Delivery comprises completely assembled and wired Item Qty Description 1 1 Subrack 23 U 96 HP 280 mm 70 mm deep 1 Backplane 16 slot 1 Top cooling section with 3 redundant fan plug in units with 390 m h 230 cfm each with 2 radial fans per unit for the cooling of the front and Rear I O boards 1 Front removable filter mat 2 Redundant 48 Vp 60 Vpc Power Entry Module PEM assembled at the rear with 4 pairs of cables each per module 8 fuses 30 A 1 Shelf Alarm Panel SAP 1 Cable
25. er Entry Module PEM with IPM 6 1 Shelf Alarm Panel SAP 7 1 Rear and front Cable Management Tray Order information Height Width Depth Qty PU Order no U HP mm 12 84 471 1 VEN12ATCA14DSDCDFBR Shelf Manager bussed 1 piece 21593 375 Note m UL cUL TuV pending E Other configurations available on request 1300 1200 1100 1000 900 800 700 600 Airspeed ifm 500 400 300 200 100 4 5 Slot Number electronic solutions 12706013 m s 12706051 30406054 Aivancea TGA AdvancedTCA system 5 U Zephyr Shelf 6 slot E In accordance with AdvancedTCA standard PICMG 3 0 Rev 2 0 Distributed Intelligent Platform Managment Interface IPMI using IPM enabled Field Replaceable Units FRU s 5 slot backplane with Triple Replicated Mesh topology Designed to accept 6 front boards 8 U 6 HP and Rear I O boards Two hot swappable fan units for cooling of up to 200 W per board Provisions for two Shelf Managers with Pigeon Point ShMM Redundant supply voltage 48 Vpc 72 Vpc 2 places via 2 Power Entry Modules PEM plugged into on the rear Delivery comprises completely assembled and wired Item Qty Description 1 1 Subrack 5 U 84 HP black for 280 mm 70 mm deep boards 2 1 Backplane 6 slot Triple Replicated Mesh 3 1 Fan unit with 2 removable fan units with Intelligent Platform Management Control IPMC 4 1 Intel
26. her end of the Fabric connection The Shelf Manager assigns current to the board allows power up of the board and engages only those board features which are compatible with the remaining Shelf This detailed Shelf Management prevents damage to the boards by electrical incompatibility and eliminates an unreliable system configuration Furthermore the Shelf Manager creates a list of the boards which are installed in the Shelf as well as a list of the components Remote access to this list is possible via a network interface to the Shelf Manager 39
27. l Filler panel Al 3 8 6 30 14 extrusion with 1 21591 104 Mesh seal Filler panel 3 8 6 28 95 stainless steel 1 21591 097 with Mesh seal 1 8 6 280 30 14 21596 008 2 8 6 70 30 14 21591 107 Note m Version with CuBe seal available on request 17 Atvancen TCA High demands on Cooling Processors and electronic components are a heat capacity which is higher by a factor of 4000 becoming increasingly smaller and more efficient in relation to volume in comparison to air and through this heat losswhich is given offintothe environment increases Heat losses of more than 6 kW in a cabinet cannot effectively be dissipated by conventional air cooling alone A far more efficient way to dissipate these higher requirements is to move to an air water cooling concept as water has Schroff s complete Solution Based on these demands Schroff has developed the VARISTAR LHX 20 with integrated air water heat exchanger Heat losses of 20 kW per cabinet can be dissipated safely and efficiently without direct emission of heat into the environment Applications The VARISTAR LHX 20 was developed for the installation of AdvancedTCA systems The dimensions of the cabinet are aligned to the assembly space and air flow required for AdvancedTCA systems The performance data of the air water heat exchanger can be evaluated directly with the AdvancedICA Shelf Manager Furthermo
28. le RAL 7021 zinc plated with all round seal IP 55 2 1 Flat top cover St RAL 7021 3 1 Front door glazed RAL 7021 safety glass 6 mm 180 hinge 4 point locking lever handle for optional DIN profile half cylinder 4 1 Rear door St RAL 7021 180 hinge 4 point locking lever handle for optional DIN profile half cylinder 5 2 Side panel screw fixed St RAL 7021 6 1 Base plate St RAL 7021 cable entry at rear entry for water connection at front connections can be sealed with sliding panels 7 1 Base plinth 100 mm St RAL 7021 removable covers adjustable feet integrated 8 4 19 panel slide mount with EIA cut outs St RAL 7021 175 mm recessed at front distance 500 mm between 01005019 front and rear 19 plane 9 2 Support rail for the assembly of the air water heat 5 exchanger and 19 panel slide mounts St RAL 7021 10 4 Air baffle for optimal airflow St RAL 7021 11 1 Air water heat exchanger 20 kW RAL 7021 assembled on the left 12 1 User Manual 10 Order Information 5 Height Height H Width W DepthD Description Order no U mm mm mm 1 k 42 2100 800 800 230 Vac 10130 010 iE 42 2100 800 800 48 Voc 10130 011 i i DIN half cylinder common locking 1 key fits into all 25127 995 Le locks incl 2 keys 11 il Lifting eye PU 4 pieces 23130 072 ie B j m Dimensions air water heat exchanger see page 19 3 6 10 01005091 Cooling performance kW 20 7 8 9 10 11 12 Water pre
29. ligent Platform Management Interface IPMI monitored air filter 5 2 Redundant 48 Vp 72 Vpc 2 places Power Entry Module PEM with IPMC plugged into on the rear Order Information Height Width Depth Qty PU Order no U HP mm 5 84 445 1 ZR5ATC6TMDPEM2N Shelf Manager bussed 1 piece 21593 375 Note m UL cUL TuV pending m Other configurations available on request 13 Aivancea TCA 14 12705007 12604003 Shelf Manager for 14 16 slot system m Up to 2 Shelf Manager applicable per system m Based on Pigeon Point Shelf Management technology E Including stainless steel front panel and AdvancedTCA handle black Order Information Height Width Depth Description Qty Order no U HP mm PU 2 6 SEU e el 1 21593 376 radial version Shelf Manager bussed version Filler panel to cover unused Shelf Manager slot width 15 22 mm height 99 33 mm 1 piece 21596 012 Cable RJ 45 category 5 D SUB 9 pole plug length 1 m 1 piece 2 6 280 1 21593 375 CBLO00002 Shelf Manager for 5 U chassis m Up to 2 Shelf Managers per system m Based on Pigeon Point Shelf Management technology Order Information Height Width Depth Description Qty Order no U HP mm PU 4 6 280 Shelf Manager 1 BPLOOO0763 nee a 4 U 6 HP for unused Shelf Manager slot FPL000765 Cable RJ 45 category 5 D SUB 9 pole plug length 1 m CBLOOOOO 1 1 piece Aivancen TCA Delivery exclusive of board
30. ns The 70 mm depth RTM Rear Transition Module is connected directly with the front board Therefore both electrical and optical connectors can be inserted between front board and Rear Transition Module A high capacity management system with electronic coding assures the monitoring and engaging of the board It supports the Fabric ports cooling as well as remote control and software updates AdvancedTCA chassis iz Sey imien Full Mesh Dual Dual Star Dual Star Schroff supports a range of AdvancedTCA backplane topologies The main goal of the development of the AdvancedTCA standards was a scalable architecture which allows a consideration of performance and costs A further goal was an alternative for the parallel bus on the backplane as this causes a hold up of the data throughput and is a frequent breakdown reason The AdvancedTCA backplane is the first backplane which is designed based on an open standard which only supports package based architectures switched fabrics The scalability is granted because of several topology options which support one two or four ports per channel link between slot and because of the Dual Star Dual Dual Star or Full Mesh connection 1 00 VUI 0 10 VUI per div 0 00 VUI 0 0 ps Bit Pattern PRBS Data Rate Gb s 3 125 636 ps Rise Time 50ps Pattern Length bits 2 10 1 63 6 ps di
31. nted board Insertion extraction mechanics and board retainer Handle plastic PC UL 94 V O black EMC profile sealing core foam material sleeve textile cladding with CuNi mesh 1 EMC profile sealing at bottom core foam sleeve textile cladding with CuNi mesh ee ee ee a 9 Order Information Description Qty PU Order no AdvancedMC Filler module SW HH 1 20849 022 AdvancedMC Filler module SW FH 1 20849 024 AdvancedMC Filler module DW HH 1 20849 023 AdvancedMC Filler module DW FH 1 20849 025 Note E Single Mid size und Double Mid size AdvancedMC filler module on request E Front panel dimensions see page 25 m Please order air baffle separately see page 26 Air Baffle for filler module E Grille adjustable between 60 and 80 E Can be retrofitted Delivery comprises Item Qty Description 1 1 Metal with perforation Al 2 1 Sliding metal with perforation Al 3 1 Assembly kit Order Information Description Qty PU Order no Air baffle for AdvancedMC Filler module HH 10 20849 016 Air baffle for AdvancedMC Filler module FH 10 20849 017 Air baffle for AdvancedMC Filler module FH printed board 10 20849 018 Y 12805075 Ht 3 1280507712805074 Open closed 12805076 ott _ O 2 1280507712805074 Open closed AavanceaMC Micro switch for AdvancedMC Carrier m Micro switch for soldering SMD Order Information Description Qty PU Order no Micro switch for Carrier 10 20849 06
32. on on the Internet 12705007 Shelf Manager Aivancea TCA AdvancedTCA system 5 slot m In accordance with AdvancedTCA standard PICMG 3 0 Rev 2 0 5 slot backplane with Full Mesh topology Designed to accept 5 boards 8 U 6 HP front and Rear I O Two fans for cooling up to 200 W per board Prepared for two Shelf Managers with Pigeon Point SHMM 300 Can also be used without Shelf Manager Voltage supply 48 Voc two redundant Power Entry Modules PEM plugged at the rear AC version with 1000 W power supply assembled at the rear of the backplane covers RTM area 12705006 AdvancedTCA system with extractable fan unit Delivery comprises completely assembled and wired Item Qty Description 1 1 Subrack 5 U 84 HP 280 mm 70 mm deep 2 1 Backplane 5 slot Full Mesh 3 1 Telescopic fan unit with 2 fans 24 Vpc including fan control 4a 2 DC redundant 48 Vpc Power Entry Module PEM plugged at the rear Ab 1 AC range 115 230 Vac Order Information Height Width Depth Description Qty Order no U HP mm PU AdvancedTCA system black Full Mesh 5 84 383 backplane fan unit 1 SYS000766FT extractable without 48 Vpc power supply AdvancedTCA system black Full Mesh backplane fan unit 5 84 383 extractable without 1 SYS002334 48 Vpc power supply for Intel Colorado Springs Shelf Manager AdvancedTCA system black Full Mesh 5 84 383 backplane with 750 W AC 1 SYSO001916 power supply
33. ots IPMI Clock Connections AdvancedMC Port 0 and 2 to MCH 1 AdvancedMC Port 1 and 3 to MCH 2 Port 4 11 connection between AMCs AMC1 AMC2 AMC3 AMC4 E Further information on the Internet General Fat Pipe Advanced MC Backplane 2 2 12 12 AdvancedMC 8 Single Full size 4 Compact 2 redundant TCA Carrier hubs MCH 2 redundant power supplies Radial IPMI from both MCH slots to all AdvancedMC and power supply slots CLK1 radial from MCH 2 to all AdvancedMC slots CLK2 radial from each AdvancedMC slot to both MCH slots incl serial termination CLK3 same topology as Fat Pipe Port 4 7 AdvancedMC Port 0 to MCH 1 AdvancedMC Port 1 to MCH 2 Port 4 7 from MCH 1 radial connection to slots 2 3 5 7 10 11 point to point connection slots 1 to 4 33 UTICA 12806015 34 Input of 12 Vpc from an external power supply onto the uTCA backplane Voltage supply of the AdvancedMC and Management Carrier Hub MCH modules and the fan trays In addition generation of the 3 3 Vpc management voltage Is used instead of a UTCA Power module in the uTCA system Single Full size connector and form factor compatible Voltage input 12 Vpc via D Sub connector on the front panel 16 times 12 Vpc voltage output Order Information Description Qty PU Order no Input 12 Vpc output 12 Vpc and 3 3 Vpc i Ae 1 23098 549 Connecting cable Power supply 12 Vpc output
34. pment of their AdvancedTCA systems For cabinets with 2 to 3 AdvancedTCA systems the Schroff has developed a solution based on the limits for air cooling have been exceeded A heat cabinet platform Varistar loss of 10 kW in cabinets demands an air water Up to 20 kW cooling capacity AARETE Y Integrated compact heat exchanger Even cooling of all systems Y Optimum safety through e Perfect system balance e Integrated communication interfaces e Redundant power supply 3 UTICA Overview PICMG 3 0 AdvancedTCA The Advanced Telecom Computer Architecture standard was first specified only for the telecommunication market but on this platform other products for high performance networks can be built AdvancedTCA allows the manufacturer of central office equipment also to replace proprietary systems by standardised systems A new form factor was defined with a board height of 8 U a board depth of 280 mm and an I O board depth RTM of 70 mm The front panel width is 6 HP where the board is offset 0 1 This offset allocates more space on the rear side of the board for SMT components The mounting of the EMC gasket on the front panel reduces the danger of the components or the EMC gasket being damaged during the extraction of the boards The new handles were optimised in accordance with the withdrawal forces With AdvancedTCA the common parallel bus was replaced by a fast serial connection If a Dual Star backplane is used 2 Fa
35. re the VARISTAR LHX 20 is especially Suited for server cabinet particularly blade servers and other cabinets with high performance losses VARISTAR The joint development of the cabinet platform VARISTAR and the air water heat exchanger guarantees the optimum co ordination of cabinet and cooling Type of protection IP 55 Y Static load carrying capacity up to 1000 kg amp High flexibility with extensive range of assembly parts Y Intelligent cabling 18 AdvancedTCA Assembly VARISTAR for Air water heat exchanger i LHX 20 Air Water Heat Exchanger LHX 20 Y Cooling performance up to 20 kW Air movement volume from 1000 to 3000 m h Water flow temperatur 6 C to 15 C Ambient conditions Temperature range 5 C to 70 C and relative humidity 5 to 85 Air expulsion adjustable from 18 C to 30 C amp Pressure loss lt 0 5 bar 7 Re A A A ER A NO A TOWNA 4 CSW Y SSS e J enAnnan ANa BEEEEET EEEEE EBEEEEEE ABEEEED pl W te Operating principle of the air water heat exchanger Electronic Monitoring Unit with Display and Interfaces Safety and Monitoring During the development of the LHX 20 particular importance was placed on safety and the monitoring functions System monitoring through AdvancedTCA Shelf Management amp Interface RS 232 for external cabinet monitoring W Redundant 48Vpc supply Condensation is controlled with an integrated
36. rrier Board in cost critical applications in the low end area To read more please turn to Page 30 Cooling Concepts Fast processors create high performance losses and require a carefully thought out cooling concept starting from the backplane and up to the cabinet To read more please turn to Page 36 The AdvancedTCA AdvancedMC and uTCA standards have been influenced considerably by Schroff s experts The focal points of the standards have been summarised for you To read more please turn to Page 38 Avancen TCA Advanced Telecom Computer Architecture Following the initiative of board manufacturers such as Intel and Motorola PICMG PCI Industrial Computer Manufacturers Group started the development of an open standard for the so far proprietary platforms in the Carrier Grade In December 2002 after intensive work of more than 100 members PICMG issued a new standard that embraces the future the Advanced Telecom Computer Architecture AdvancedICA 3 0 PICMG 3 0 Rev 2 0 AdvancedTCA Specification Know how and Expert Knowledge from Schroff a Foto Interoperability Workshop 2004 USA Always one step ahead As an electronics packaging expert Schroff did not only actively participate in the development of the AdvancedTCA standard but lead one complete part of it Based on the experience and Know how of their specialists Schroff was involved with the Struc
37. sizes have been determined 2 Slot Development System Single height Single Double height Double In widths Compact 3 HP Mid size 4 HP Full size 6 HP 22 AavanceaMC AdvancedMC Carrier AdvancedMC carriers are frame type plug in units which like plug in units are inserted into an AdvancedTCA system The standard defines different versions of carriers The basic construction and the outside dimensions are always the same the differences show themselves in the arrangement of the carrier backplane AdvancedMC Modules inside a Carrier AdvancedTCA System assembled with AdvancedMC Carrier and Modules 4 Conventional Carrier Cutaway Carrier Hybrid Carrier The carrier backplane is continuous and enables The carrier backplane has been cut away in the The carrier backplane can correspond to that of a complete board assembly Assembly with max area of the modules Assembly with max 8 Single Conventional Carrier or it can be a combination of 4 Single Full size AdvancedMC modules Compact Compact AdvancedMC modules ora combination Conventional and Cutaway Carrier The number modules cannot be used of Full size and Compact modules of modules used depends on the size of the Carrier front panel item 1 23 AavanceaMc AdvancedMC Carrier mechanics m Carrier mechanics for Mezzanine module stainless steel EMC shielded m 1 slot AdvancedMC chassis in accordance with PICMG standard AdvancedTCA RC 1 1 m
38. t launch times AdvancedTCA System assembled with AdvancedMC Carrier and Modules TCA System assembled with AdvancedTCA Modules TCA 19 Subrack assembled with AdvancedMC Modules Applications The AdvancedTCA standard was originally defi ned for the applications in the telecommunication sector The platform orientated concept is ideally Suited for Wireless Wireline Voiceover IP Video on Demand and Broadband platform services Switches routers and other network applications profit through the extremely high data transfer rates of above 2 5 Tbit s Through further development of AdcancedMC and uTCA additional areas of application have been created in the mid and low end area Advanced TCA _ AdvancedTCA or short ATCA Aivanced TCA stands for Advanced Telecom Computer Architecture ATCA is the third main group of standards issued by PICMG PCI Industrial Computer Manufacturers Group following the passive PCI Backplane and CompactPCI standards To read more please turn to Page 4 Systems Page 18 Cabinets E TM The AdvancedMC standard is an AadvancedM C important part of the AdvancedTCA platform AdvancedMC modules contain additional boards which extend the function of a Carrier Board considerably To read more please turn to Page 22 MicrolCA is a very modular UTICA Standard with the aim to assemble AdvancedMC modules directly on the backplane without the requirement for a Ca
39. turing of the mechanical section Even be fore the issue of the AdvancedTCA standard Re vision 2 0 Schroff had already supplied the first development systems In the meantime leading board manufacturers use Schroff systems for their own tests and telecom equipment manufacturers worldwide are counted among Schroff s customers At regular intervals the members of the AdvancedTCA Working Group meet at so called Interoperability Workshops AIW in order to test the compatibility of their products such as boards software chassis and shelf management and gain new knowledge for the refining of the standards Schroff hosted one of these workshops in the USA Complete Solutions from Experts Since the beginning of 2005 the first AdvancedTCA systems are in operation Schroff now offers the third generation of AdvancedTCA systems in different designs as well as a complete range of accessories such as front panels blank panels shelf managers and backplanes Aivancea TCA AdvancedTCA stands for high speed and high availability AdvancedTCA Advantages at a Glance Y System availability to min 99 999 Redundant operation ensures highest reliability Y Hot swap capability guarantees uninterrupted operation High speed transfers Data transfers up to 2 5 Terabits s Proven performance of data cables gt 3 125 Gbits s amp Support of different protocols for interfaces Ethernet PICMG 3 1 Infiniband PICMG 3 2
40. ty Description 1 1 Subrack 12 U 84 HP 280 mm 70 mm deep 2 1 Backplane 14 slot 3 1 Fan section at the bottom with 3 redundant fan plug in 12705005 units with 270 m h 160 cfm with 2 fans each for the cooling of front and Rear I O boards 4 1 Front removable filter mat 5 2 Redundant 48 Vpc 60 Vpc Power Entry Module PEM plugged into the rear with 4 pairs of cables each per module 8 fuses 30 A 6 1 Shelf Alarm Panel SAP 7 1 Cable ducting in the front and at the rear of the system Order information Height Width Depth Description Qty Order no U HP mm PU Speed emperamure Speed AdvancedTCA system ww pak ms 12 84 383 black Dual Star backplane 1 11592 401 13 6184 E 93 3233 radial IPMI 11 9161 36 6667 10 21 ps ee sas AdvancedTCA system 680919 966 6667 12 84 383 black Dual Star backplane 1 11592 400 34046 53 3333 bussed IPMI Cadi rii SSS AdvancedTCA system ATCHO306a2 BGT ATCA 200W per Board 6 3 hoe Fans d 12 84 383 black Full Mesh backplane 1 11592 403 12704089 radial IPMI AdvancedTCA system 12 84 383 black Full Mesh backplane 1 11592 402 bussed IPMI Shelf Manager radial 1 piece 21593 376 Shelf Manager bussed 1 piece 21593 375 Air filter 1 piece 21596 002 Fuse 30 A for Power Entry Module PU 10 pieces 21191 207 Note m 13 U AC version available on request E For User Manual and Service Manual please see information on the Internet E For replacement parts please see informati
41. uBe gasketing available on request m Please ask your Schroff representatives for further AdvancedTCA front panel versions including metal handle alternative front panel material finish side two cover versions and customised dimensions Delivery comprises Item Qty Description 1 10 Lever St 2 mm black 2 10 Plastic part black 3 10 Die casting at top at bottom 4 10 Screw M2 5 x 12 self locking 5 10 Washer Order Information Description Qty PU Order no Lower handle assembly kit 10 20817 476 Top handle assembly kit 10 20817 477 Item 1 12705062 Item 3 Ja 1270506412705061 12705063 Aivancea TCA AdvancedTCA filler panel E Front panel stainless steel or Al profile m 6 HP filler panels in 3 versions Front filler panel with air baffle item 1 baffle which blocks air from unused slots Rear filler panel with air baffle item 2 baffle which blocks air from unused slots Filler panel only item 3 Delivery comprises Item Qty Description 1 1 Filler panel 2 1 Separating panel front or rear Order Information Item Height Width Depth W Description Qty Order no U HP mm mm PU Filler panel Al profile incl air baffle with Mesh seal Filler panel 1 8 6 280 28 95 Slainlesssteel 21591 079 incl air baffle with Mesh seal Filler panel Al profile incl air baffle with Mesh seal Filler panel 2 8 6 70 28 95 Sainlesssteel 21591 099 incl air baffle with Mesh sea
42. v Radial and bussed IPMI topology Schroff backplanes support both radial and IPMI configurations IPMI which runs on I C with several AdvancedTCA specific extras is used for the primary low level Shelf Management communication channel In the chassis are two independent redundant IPMI interfaces Normally a bussed IPMI solution has been chosen That means that all slots are connected with redundant parallel I2 C busses Shelf Management Schroff offers state of the art Shelf and Thermal Management products for AdvancedTCA systems The Shelf Manager inherits considerably more tasks in an AdvancedTCA environment than in a CompactPCI chassis The Shelf Manager controls and monitors the fans the temperature and the power supply in a CompactPCI system The Shelf Manager controls the chassis environ ment and also all boards in an ATCA system To introduce the electronic coding was a main focus of the standardisation work Instead of few coding blocks which should prevent that a board is plugged into a wrong slot the electronic coding enables the Shelf Manager to support only those Fabric ports on an AdvancedTCA board which are compatible with boards on the other end of the Fabric connection Standards In a Dual Star topology all slots are connected with a Star on which a Fabric switch is placed A second switch dual assures the redundancy which is important for the system availability All slots communicate with switches in the
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