AMC124 PRODUCT SHEET ® Quad-Core Intel XEON LC5518 Processor for MONTEREY Platforms FEA TURES ® Quad-Core Intel XEON LC5518 Processor: 64-Bit, 1.73GHz/ 2.13GHz, 8 Threads Mid-Size, Double, High- Performance Computing AdvancedMC Module The AMC124, based on the 64-bit Quad- 1.73GHz or 2.13GHz clock speed and can ® Designed for the MONTEREY Core Intel XEON LC5518 processor, is scale up to a total of 48Gbytes of DDR3 ™ with ECC memory capacity via the PC3- 8000 Platform with MicroTCA Rear designed to run very high performance appli- Transition Module Options cations that require multi-threaded operations, 8500 DDR3-1067 533 MHz dual-channel memory controller interface. MONTEREY large amounts of memory, and/or storage ac- cess. As a major component of the MONTEREY 8000’s architecture provides sufficient Up to 48GB PC1067 DDR3 power to drive the higher speed 2.13GHz Memory with ECC (128-Bit MicroTCA product family, the AMC124 processor. The Intel Xeon processor is a high Addressability) provides a highly scalable x86 architecture ® performance, low power, 64-bit processor with Intel Hyper-Threading Technology that is compatible with 32-bit applications, Dual 10GbE Fat-Pipes Support capable of running eight threads. Designed ® ™ ® enabling a single architecture across 32- to run Linux , Solaris , and Windows and 64-bit environments. It featuresIntel’s On-board miniSATA II Drive applications, the quad-Core processor is proprietary Hyper-Threading Technology Option ideal for high-end packet processing or to maximize computations on each core. multithreaded software services for ® The operating system can address two Intel BD3420 Platform Controller demanding Aggregation Layer applications virtual processors per core, and shares the Hub (PCH) designed for central offices, data centers, workload between them when possible. wireless infrastructure, aerospace and Thus, a quadcore processor can effectively MicroTCA Rear Transition Module defense applications. Example applications run as eight cores. The Intel 3420 chipset Support with XMC/PMC Expansion include multimedia gateways, communi- provides the necessary I/O and peripheral Port & HDD/SSD option cation systems, security systems, IP-based support, including USB 2.0, serial, six SATA and IMS-based services, or wireless gateways. ® channels, and PCI Express . Supports Both 32- and 64-Bit Operating Systems: Paired with the MONTEREY 8000 Enhanced Design Flexibility ® MicroTCA.4 system, the AMC124 can take - NexusWare CGL OS and The ability to design and produce our own advantage of the RMC110 MicroTCA Rear Development Environment hardware platforms, coupled with expertise Transition Module (µRTM) for serviceability ® - Linux x64 in providing innovative software, enables of front boards while cabling stays fixed in ® - Windows XP x64 us to produce high-performance, scalable, the rear. This is critical in many Central Office ™ - Solaris 9/ 10 x64 and flexible Application-Ready offerings. deployments. For edge type applications, the ® It allows system designers to build robust, AMC124 can also function in 1U MicroTCA Full Compliance with MicroTCA.4, highly-reliable solutions that combine state- systems, such as the AMP5071. AMC.0 R2.0, AMC.1 R1.0, of-the-art computing performance, plat- form management, and integrated switch- AMC.2 R1.0, AMC.3 R1.0 Processor/Chipset/Memory Features Specifications ing.All of these solutions are compliant with The AMC124 processor and chipset have the MicroTCA and AdvancedMC specifica- been carefully selected for longevity from tions, which assures interoperability, broad vendor selection, and a range of choices to Intel’s embedded products roadmap. This ensures that the AMC124 will be available complement the AMC124. for a number of years. ® ™ The AMC124 features the Intel Xeon processor C5500/C3500 Series running at AMC124 PRODUCT SHEET Pre-Integrated Software Options In addition, the 10 Gigabit Ethernet controller combines LAN and SAN traffic onto a single Ethernet fabric, reducing cost Equipment manufacturers and providers can immediately begin and complexity of the data center. iSCSI, NAS or FCoE can be development of their application on receipt of MONTEREY 8000 utilized to carry storage traffic over Ethernet. The controller Platforms featuring the AMC124 processor, eliminating the time utilizes enhanced transmission selecting and priority flow control and costs normally associated with integrating, troubleshooting, to meet SAN requirements for guaranteed packet delivery. The and configuring building blocks from one or more vendors. controller accelerates iSCSI traffic by implementing key stateless offloads such as TCP segmentation offload (TSO) and Receive PT integrates an operating system, drivers, APIs, and other Side Coalescing (RSC). value-added software options. ® ® • PCI-Express: The AMC124 is user-configurable to support x8 • NexusWare Core is a complete Carrier Grade Linux (CGL) PCI-Express on ports 4-11, or to support dual x4 PCI-Express distribution, with web-based management, GUI-based IDE, links on ports 4-7 and 8-11. Both Gen1 or Gen2 speeds are and Image Builder supported. • NexusWare SIP is an installable Session Initiation Protocol (SIP) stack and API software package Storage • NexusWare C7 is a comprehensive SS7 MTP-2 installable software package There are numerous storage options with the AMC124. With • NexusWare WAN protocols provides a wide range of WAN the capability to attach up to four standard drives and one mini protocols SATA drive to a single processor, storage-intensive applications ™ • Xpress SIP Services provides the service creation and service can take advantage of this flexible architecture. For example, deployment products that carriers need to rapidly build and four 500 GB HDD’s can be configured to provide 2 Terabytes of deploy SIP-based services. capacity. This makes the AMC124 an ideal embedded database server, with the capability to support RAID, for applications Flexible I/O Support such as number portability, home/virtual location register, or home subscriber server. Base Fabric: The AMC124 provides four on-board 1Gb Ethernet • On-Board Storage: The AMC124 supports an on-board mini channels; two connections to the Common Options Region of SATA (mSATA) drive bay. Typical capacities today range from the midplane (ports 0 & 1) and two GbE ports to the front 32GB, 64GB and 128GB. See configuration options below for panel. ordering information. Fat-Pipes Fabric: The AMC124 can be ordered with support for • µRTM Storage: The RMC110 µRTM can support up to two either 10GbE Ethernet or PCI-Express: Hard Disk Drives (HDD) or Solid State Drives (SSD). See con- figuration options below for ordering information. • Dual 10GbE Ethernet: This option provides dual 10GbE • Adjacent AMC Storage Modules: Up to two AMC590 storage Ethernet channels to the Fat-Pipes Region of the midplane modules can be configured next to one AMC124 in the (ports 4-7 and 8-11). The 10 Gigabit Ethernet controller along MONTEREY 8000 Platform. ® ® with Intel Xeon processor 5500 series-based servers deliver unmatched performance scalability that signals a new paradigm Front Panel IO in the Central Office and Data Center − a paradigm of intelli- gent solutions that help manage growth while controlling costs; a paradigm of advanced virtualization features; and a paradigm The AMC124 provides the following ports and LEDs on the front ® of a simple, cost-effective, unified network. The Intel Virtu- panel: alization Technology for Connectivity (Intel VT-c), included in • Dual 1GbE ports (RJ-45) the LC5518 processor, delivers outstanding hardware assisted virtualization for performance in server environments. VT-c is • Dual USB 2.0 ports a collection of I/O virtualization techniques that enable lower • Serial port (DB9) CPU utilization, reduced system latency, and improve network- ing throughput. This hardware optimization help to reduce • In-Service, Out-of-Service, and Hot-Swap LEDs I/O bottlenecks and improve the overall server performance. ® Quad-Core Intel XEON LC5518 Processor for MONTEREY Platforms www.pt.com Block Diagram of the AMC124 and RMC110 µRTM MicroTCA Rear Transition Module IO stringent requirements that include NEBS, UL, and ETSI. It is also designed from the ground up to be 6of6 RoHS-compliant The RMC110 MicroTCA Rear Transition Module has two phases for systems that require toxic materials elimination. By employing and offers support for the following ports on the rear panel: advanced techniques that include the use of the onboard Phase 1 IPMC microcontroller to control CPU clock speed, PT has • Dual SATA II HD or SSD Sites designed the AMC124 to automatically adjust to the most demanding environmental conditions. • USB 2.0 port • SDHC Flash Site: accessible from the panel Ordering Options for the AMC124 Phase 2 Product Number Description • XMC Site PT-AMC124-12543 DW, Mid, MTCA.4, 2.13GHz Quad Core • USB 2.0 port Xeon, 12GB DDR3, dual 10GbE, μRTM • SDHC Flash Site: accessible from the panel support PT-AMC124-12544 DW, Mid, MTCA.0, 1.73GHz Quad Core The XMC slot connects to the AMC124 via an x8 PCI-Express Xeon, 12GB DDR3, x8 PCIe Fat Pipes, no interface on the μRTM connector. Third-party vendors provide μRTM support a variety of XMC cards, such as quad 1GbE, dual 10GbE with PT-AMC124-12545 DW, Mid, MTCA.4, 1.73GHz Quad Core SFP+ connectors, or high-performance 3D video, DSP processing, Xeon, 12GB DDR3, x8 PCIe Fat Pipes, μRTM and other high performance functions. support PT-RMC110-12586 DW, Mid, MTCA.4, μRTM, 250GB HDD, SD Thermal Design for Embedded Applications site (8GB, 16GB, 32GB SD’s available) The AMC124 is designed to fit into the power and cooling ™ capabilities of PT’s Advanced Managed Platform solution, so customers can be assured that their applications will meet AMC124 PRODUCT SHEET Technical Specifications ® PICMG Specifications • Up to two adjacent Storage AMC’s ORDERING (PT-AMC590) • Full Compliance with MicroTCA.4, INFORMA TION MicroTCA.0, AMC.0, AMC.2, AMC.3, AMC.4 µRTM Options • Double-wide, Mid AMC Phase 1 To discuss specific requirements • Dual SATA II HDD or SSD Sites ™ and/or pricing, contact sales@pt.com AdvancedMC Connector Ports • USB 2.0 port • Port 0: 1 Gb Ethernet Channel 1 (AMC.2) • SD Flash Site Phase 2 • Port 1: 1 Gb Ethernet Channel 2 (AMC.2) • XMC Site • Port 2: SATA 1 (AMC.3) • USB 2.0 port • Port 3: SATA 2 (AMC.3) • SD Flash Site • Ports 4-11: Option 1: Dual 10GbE (AMC.2) Board Management Option 2: x8 PCI Express (AMC.1) or dual x4 PCI • CLI via RS-232 and in-band Ethernet ports Express • Telnet • SNMP v1, v2c, v3 – RFC 1157 Processor • MIBs ® ™ • 1.73/2.13 GHz Quad-Core Intel Xeon - MIBII – RFC 1213, MIBII bridge – RFC 1493 processor C5500 architecture: - IEEE 802.1q MIB – RFC 2674 - 32 KB Level 1 instruction cache (per core) - PT enterprise MIB - 32 KB Level 1 data cache (per core) - 256KB shared, instruction/data L2 cache Mechanical with ECC for each core • Mid-size, Double AMC.0 form factor • Up to 8 MB Level 3 shared data/instruction • Dimensions: 147 mm (W) x 180.6 mm (D) cache with ECC shared among all processor x 18.96 mm (H) (5.8 in x 7.1 in x 0.75 in) cores • Weight: 1.08 kg (2.39 lb) • Intel 64-bit architecture Power Consumption • Compatible with existing 32-bit code base • Payload Power: +12 V • Intel Virtualization Technology (Intel VT) for • Management Power: +3.3 V directed I/O (Intel VT-d2) 1.73GHz Processor - Crystal Beach - Typical: 74W @ 12V DC - Intel Streaming SIMD Extensions 4.1 (Intel SSE4.1) - Maximum: 80W @ 12V DC - Intel Streaming SIMD Extensions 4.2 (Intel SSE4.2) - Intel Simultaneous Multi-Threading 2.13 GHz Processor - Typical: 89W @ 12V DC • Hyper-Threading Technology uses processor - Maximum: 105W @ 12V DC resources more efficiently, enabling multiple RMC110 w/Single HDD threads to run on each core - Typical: TBD W • Intel 3420 “Ibex Peak” IMCH - Maximum: TBD W Memory Environmental • Supports up to 48 GB DRAM • Operating: 0 to 55°C (32 to 131°F) • Low latency, high bandwidth • Non-operating: -20 to 80°C (-4 to 176°F) • Humidity: 5 to 90% RH non-condensing • PC3-8500 DDR3-1067 533 MHz three channel memory controller interface Agency Certifications (Pending) • 204-pin SO-RDIMM • FCC Class A • ECC checking with double-bit detect and • CE single bit correct • UL 60950 • EN 60950 Front Panel Interfaces C O N T A C T U S • EN 300 386 • Dual 1GbE ports (RJ-45) • Designed to meet NEBS Level 3 www.pt.com • Dual USB 2.0 ports E-mail: sales@pt.com MTBF (hours per Bellcore SR-332 Issue 1) • Serial port (DB9) Model No. Calculated • In-Service, Out-of-Service, and Hot-Swap LEDs PT-AMC124-12543 272,534 Storage PT-AMC124-12544 242,930 • On-board miniSATA PT-AMC124-12545 241,627 • Up to two HDD’s or SSD’s on µRTM (PT-RMC110) © 2012 Performance Technologies, Inc. All Rights Reserved. PT is a trademark of Performance Technologies, Inc. The names of actual companies, products, or services may be the trademarks, registered trademarks, or service marks of their respective owners in the United States and/or other countries. PS/1012