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Datasheet

  • High performance processor blade with four PMC sites
  • RoHS (5 of 6) compliant
  • 1.8 GHz Intel Pentium M processor
  • Intel E7501 server-class chipset supporting 4.3GB/s memory bandwidth
  • Up to 4GB ECC-protected DDR266 SDRAM
  • Complete software operating environment including OS
  • PICMG 3.0 Gigabit Ethernet base interface support
  • PICMG 3.1, Option 1 and 2 fabric interface support
  • Multiple hard disk drive options
  • Service Availability™ Forum (SA Forum) compliant HPI and AIS software interfaces

ATCA7105

The Emerson Network Power ATCA-7105/7107 processor blade is designed to operate within the Emerson Network Power Centellis™ series of application-ready platforms and communications servers. The Intel Pentium M processor delivers outstanding performance and supports light I/O and/or coprocessing via PMC sites; making it ideal for implementing almost any control plane applications.

Designed for PICMG® 3.0 and 3.1 AdvancedTCA® compliant systems, the Motorola ATCA-7105/7107 processor blade features the 1.8 GHz Intel® Pentium® M processor with a high MIPS/watt capability in an 8U form factor. It also includes an Intel® E7501 chipset with a memory bandwidth of 4.3GB/s, accommodates four PMC modules for additional processing power and/or I/O, and supports 4GB ECCprotected DDR266 SDRAM.

The ATCA-7105/7107 blades are RoHS (5 of 6) compliant, eliminating the need for customers to incur the time, resource and expense associated with creating and/or converting existing product to meet this international requirement.

The ATCA-7105/7107 blade features a managed, multilayered 16-port Gigabit Ethernet switch that delivers the flexibility required for routing Gigabit Ethernet interfaces between the base board control processor, the PMC-based processing or I/O nodes, and the PICMG compliant base and fabric interfaces on the ATCA-7107. The ATCA-7105/7107 is available in two memory configurations (2GB and 4GB) and supports optional, onboard parallel and serial ATA hard drive devices; adding to the performance and flexibility of this processor blade.