ATCA-F125 10G AdvancedTCA Switch Blade Front page The ATCA-F125 from Emerson Network Power is a high density, cost-effective 10G High density, cost-effective switch blade for AdvancedTCA platforms. Combining several ATCA functions within 10G switch blade design for a single blade design allows end users to maximize billable slots with revenue-generat- AdvancedTCA platforms ing application blades. This is accomplished with a combination of factory build options as well as several field options. Optional functions include telecom clock n PICMG 3.0 compliant base generation and distribution, SATA based hard drive devices (HDDs) and an Interior page interface switch AdvancedMC (AMC) site for general processing and/or packet processing functions. n PICMG 3.1, Option 1, 9 fabric interface switch (1G/10G) Several applications can be easily mapped to the flexible configuration options provided by the ATCA-F125. One common application is to combine the ATCA base n Single AMC site and fabric interface switching function with the System Management function. This is n Optional SATA HDD done using a processor AMC and an on-board SATA HDD. Another application scenario is to combine the base and fabric interface switching function with a high perfor- n Optional Telecom clocking mance, 10G packet processing AMC. Selecting different configuration options also support allows for maximum external I/O via 1G and 10G Ethernet interfaces from the front n Integrated software package panel and/or optional RTM. Many more configurations are possible, all fully controlled n Designed for NEBS/ETSI using a software utility. compliance Basic Blade Services (BBS) software is a fully integrated and verified software package available for the ATCA-F125. It includes carrier-grade Linux operating system (OS), all required device drivers and SRstackware switch software. A powerful on-board service processor executes all switch functions, blade setup and hardware platform management functions independent of any processor AMC and/or SATA HDD installed. This allows full, 100% utilization of the AMC based processor for end-user applications.Front page Interior page ATCA-F125 Block Diagram Front Panel Backplane (6) 10G (2) 10G (2) SFP+ (1) 10G Fabric (2) 10G To AMC Ports 8-11 Interface (2) 1G Switch (1) 10G (12) 10G BCM56820 (1) 1G FC1 UC 3/4 FabrBackplane Zone 2ic Interface Backplane Zone 2 (1) 1G BC 1 A/B (2) 10/100 (12) 1G BC2 (1) 1G Telecom (2) 1G (8) RJ-45 Base Clock UC 0/1 (1) 1G Interface Switch (1) 1G (4) 1G BCM56334 (2) 10G (2) 10G (2) SFP+ eUSB UC2 PCIe (1x) Zone 2 (1) 1G (1) 1G 1 4-7 0 SATA (1) USB Service AMC Bridge 8-11 PCIe, 1G, 10G 2 Processor (1) RS-232 Freescale (1) 1G P2020 SATA Hardware SERVICE PROCESSOR BASE AND FABRIC INTERFACES Freescale QorIQ P2020, dual-core processor, 1.0 Dual star configuration GHz PICMG 3.0 base interface switching Gigabit Ethernet (1.0Gbps) MEMORY PICMG 3.1, Option 1, 9 fabric interface Gigabit Up to 4GB ECC-protected SDRAM, via (2) DDR3 Ethernet (1.0Gbps, 10Gbps) memory DIMMs c Factory default 2GB AMC SITE 64MB boot flash (NOR), dual-bank architecture Single AMC slot 2GB application flash (NAND), via eUSB Mid-size AMC (AMC.0, AMC.1, AMC.2 and AMC.3 compliant) 16MB CPU reset-persistent memory STORAGE BAY COUNTERS/TIMERS Single hard drive device (HDD) bay Four (4) 32-bit programmable timer/counters Direct mount installation Watchdog timer Standard SATA interface c Default configuration P2020 service processor via SATA bridge c Optional configuration connection to AMC, port 2 2 PCIe (2x) PCIe (4x) Zone 3 Zone 2 Zone 3