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MicroTCA
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» AdvancedMCs « » Systems and Platforms « Processor Boards I/O Storage AMCs AM4022 AM4020 AM4211 » Intel® Core™ i7 up to 2.53 GHz » Up to 8 GByte SDRAM memory (soldered) with ECC running at 1066 MHz » Graphics interface » Up to 32 GByte SATA NAND Flash memory module » Comprehensive I/O capabilities » PICMG AMC.0/.1/.2/.3 compliance » Next Generation 10-Core Packet Processor AMC module » 10-Core Cavium OCTEON® II CN6645 MIPS64 processor at 1.1 GHz » Design for 4G, LTE, WiMAX network applications » AM4530 available with 120 GB or 250 GB SATA HDD » AM4531 available with 64 GB SATA SDD or 128 GB SSD » Base or/and Fabric access via VLAN » AMC.0, AMC.1, AMC.2 and AMC.3 compliant Double Platforms Single Platforms Kit's and Tools The Physics community have primarily used VMEbus based systems in the past. As VMEbus does not support the latest in high-speed serial communication and advanced system management, the need for a next generation system architect was apparent. The Physics community was able to identify that the xTCA architect and specifically MicroTCA primarily meet their needs for a next generation standard, allowing for high-speed serial communication in a small form factor and providing extensive remote management. To meet some additional requirements they needed, the Physics group initiated the PICMG working group, „xTCA for Physics“, ional which defined additional features in the MicroTCA dot specification, MicroTCA.4 Main additional features: sition » Powered Rear Transition Modules t tion » More details about Rear I/O implementatio s implementations h-precision g signals ignals » Provisions for high-precision timing sig AM4530 » Quad-Core Intel® Core™ i7 up to 2.1 GHz » Up to 8 GByte SDRAM memory (soldered) running at 1600 MHz with ECC » Graphics interface » Up to 64 GByte SATA NAND Flash memory module » Comprehensive I/O capabilities » PICMG AMC.0/.1/.2/.3 compliance » MicroTCA.4 « » Rugged MicroTCA « AM5020 AM4320 » Intel® Core™ i7 up to 2.53 GHz » Up to 8 GByte SDRAM memory (soldered) with ECC running at 1066 MHz » Graphics interface » Up to 32 GByte SATA NAND Flash memory module » Onboard 2.5 SATA HDD/SSD optional » Dual 10 Gigabit Ethernet AMC Module » Provides expanded bandwidth for ATCA node blades (AT8060) and MicroTCA platforms » Two 10Gigabit Ethernet on SFP+ ports supported by Intel 82599ES Ethernet controller implementation OM6090D/7090D » Flexible 1U platform for Central ofce and service aggregation point applications » Cost-efcient MCH module and six AMC slots » Modular platform for high-end multi-core processor AMCs » 19" rack mountable system (6U) with front-to-back cooling for best usage of shelf space » Supports double-width, full-size AMCs for high power envelope up to 80W » 10 GbE fabric with enterprise-class MCH » Base system: OM6060 chassis incl. 250 Watts AC Power, Multi-Purpose » Backplane for six Mid-Size AMCs, AM4901 MCH with GbE Switch » Intel® architecture options » Power PC developer’s option » Packet-processing option » AMC Developer’s Package Levels of Ruggedness Starter Kit AM4510 » Quad-Core Intel® Xeon® LC5518 1.73 GHz processor (48 TDP), Hyper-threading support and 8MB Last Level Cache » Up to 24GB DDR3 memory with ECC » Supporting AMC.1, AMC.2, AMC.3 » 2x 10 GbE (XAUI) to backplane OM6061/OM6063 » Up to 12 AMCs » Dual pluggable Power Supplies AC » Dual star incl. GbE, 10GbE, PCIe and SRIO acc. to SCOPE mapping » Management options from basic MCH to fully featured MCH » Dense platform AM5030 OM6120 For AMC developers, MicroTCA manage management may represent an obstacle for AMC designs. The AMC developer’s package ks provides proven building blocks for re MicroTCA management: a hardware builoftware ding block, MMC management software and a reference implementation on AMC incl. debugging facilities. The manageMCs ment functions over IPMI on AMCs are contained in a functional entity named ller). MMC (module management controller). » Intel® X25-E SATA Solid State Drive » 32 GB and 64 GB storage capacitiy » PICMG AMC.0 R2.0 / AMC.3 R1.0 » Superior read/write access times and I/O » Processor AMC based on Freescale™ QorIQ P5020 » Dual-Core P5020/64 bit up to 2.2 GHz » Up to 8 GB fast dual-channel ECC DDR3 » Serial Rapid IO, PCIe and SATA » Processor AMC based on Freescale™ QorIQ P4080 » Freescale™ QorIQ P4080 – 8-core CPU @ 1.5 GHz » Serial Rapid IO, PCIe and 1/10GbE fabrics AM4301 » 4x GbE via RJ45 connectors » Full fast path buffer for QoS » Virtual LANS 802.3q VLAN tagging AM4500 » Full-Size / Mid-Size (AMC.0 R2.0) » AMC.3 R1.0 compliant » 120 GB and 250 GB capacitiy » 7200 rpm, 10.5ms average seek time (1.5 ms track to track) OM6040 OM6040D Modern warfare systems must blend issues of ruggedness, flexibility, mobility and high-end processing. MicroTCA boards and systems are designed to meet NEBS Level 3 requirements, addressing demands such as thermal margins, fire suppression, emissions and the ability to continue working even during a severe earthquake. As a result, standard MicroTCA systems are rugged enough for environments such as ground installations or on certain types of airborne platforms. MicroTCA systems can offer up to 12 slots, making the platform highly suitable for high-bandwidth, high-performance military applications. Base Specication vib » 15g shock, 1g amplitude vibration (DL1, IEC60068-2-6/27) » AMC clamshells for conduction cooling » Up to three AMCs » Management via MCMC Module (AM2901) MicroTCA.1 Rugged Air Cooled Extended Environment » Standard AMCs, but fixed on front » 25g shock, 3g amplitude vibe (DL3, IEC60068-2-6/27) » Extended temperature -40°C to +70°C » Up to four AMCs incl. AC power and fans » Single star for GbE and PCIe/SRIO fabric » Fully featured MCH » SATA point-to-point » Entry level system for MicroTCA development » Compact modular platform for highend multi-core processor AMCs » 4x Full-Size, Double-Width Slots for AMCs (max 80W) (e.g. AM5030) » 10 GbE fabric with enterprise-class MCH » Graphical User Interface for system conguration » Icon based visualization » No need for cryptic CLI commands » Java based tool for Mac OS, Windows, Linux and others » Supports all standard compliant systems and AMCs » Trace and error logging facilities MicroTCA.3 AMC with Clamshell » Rugged, conduction cooled single AMC OMVIU » » » » AM4140 OM5030 RC Hardened Conduction Cooled MIL Environment OM6060 AM4150 MicroTCA.0 Up to six AMCs Single Star for GbE fabric PCIe, SRIO and SATA point-to-point Entry level for industrial applications, image processing and packet processing The OMVIU MicroTCA Configuration Maon nagement Software is a Java based graphical tool for remote monitoring itoring and control of MicroTCA systems. The ms. intuitive GUI allows the simultaneous aneous access to several MicroTCA shelf or carrier managers. The product supports the rts entire Kontron AMC/MicroTCA product family and standard compliant systems ystems (backplanes, fan units, power modules), dules), MCHs and AMCs from other vendors. s. Specication MTCA. 0 MTCA. 1 MTCA.2 or MTCA. 3 Maximum Operating Shock 15g 25g 40g Maximum Operating Vibration 1g sinusoidal 8g random 12g random

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MicroTCA
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