R7A-200 ATCA Netlogic XLR Packet Processor Node/Hub Card

>R7A-200 ATCA Netlogic XLR Packet Processor Node/Hub Card The JumpGen Systems R7A-200 ATCA Netlogic XLR Packet Processor Node/Hub Card is a high-performance network processor AdvancedTCA™ card designed for use in star or full mesh ATCA systems. Featuring the latest Netlogic (RMI) XLR732 eight core processor or XLR716 quad core processor with up to a 1.2GHz clock rate, the R7A-200 can be delivered with up to 8GB of dual-channel 72-bit wide DDR2 ECC memory running at 800 MHz per XLR processor. The Netlogic XLR732 and Netlogic XLR716 are multi-core, multi-threaded MIPS64® processors with a rich set of Integrated I/O. The R7A-200 is compliant with PICMG 3.0 Revision 3.0 single slot form factor standards.

>R7A-200 ATCA Netlogic XLR Packet Processor Node/Hub Card The Netlogic XLR732 also provides up to 10 Gbps of bulk encryption (DES / 3DES, AES 128/192/256, ARC4 and others) via 4 high-speed crypto cores and integrated security acceleration (RSA / DH Exponentiation for SSL / IPSec). The Netlogic XLR716 provides up to 5 Gbps of bulk encryption. This makes the R7A-200 ideal for security applications in wireless and wireline access points, switches and routers, radio network controllers, media gateways and video processing applications.

The R7A-200 will support the following configuration build options

  1. Processor Options
    1. XLR732 or XLR716
    2. CPU core speeds of 800MHz, 950MHz, 1.0GHz, 1.2GHz
  2. I/O Options
    1. Hub Board – Supporting 13 10GigE fabric slots, 13 1 GigE base slots plus 2 GigE to Redundant Shelf Managers, and RTM featuring 1x 10GigE and 4x 1GigE.
    2. Node Board – Supporting full-mesh 10GigE fabric slots (13 slots of full mesh; also useable a dual-star node board), 2 base ports, and RTM featuring 2x 10GigE and 10x 1GigE.

Download Product Brief PDF version

Features:

Network Processing Units
(NPUs)
  • RMI XLR732 Processor Family featuring eight 64 bit Processing Cores
    • Up to 1.2 GHz with 2MB L2 cache
    • Up to 8GB of DDR2 memory w/ ECC on dual-channel x72 bus per XLR732
    • Autonomous Security Acceleration Engine® (SAE) @ 10 Gbps
  • RMI XLR716 Processor Family featuring four 64 bit Processing Cores
    • Up to 1.2 GHz with 1MB L2 cache
    • Up to 8GB of DDR2 memory w/ ECC on dual-channel x72 bus per XLR732
    • Autonomous Security Acceleration Engine® (SAE) @ 5 Gbps
Management Processor
  • Intel EP80579 Integrated Processor
    • Connected to two serial ports of each XLR for management
    • Connected to both 10G and 1G Ethernet switches
    • Connected to IPMC
    • Controls Base Switch MUX to direct switch ports to base switch or RTM
    • Interfaces via I2C with all SFP and SFP+ modules
I/O Capabilities
  • Front panel SFP+ 10GigE sites from 10Gbps Switch (5)
  • Front panel 10/100/1000Base-T RJ45 to 1Gbps Switch (1)
  • Front panel 10/100/1000Base-T RJ45, Serial console and USB from Management Processor
  • RTM Support for 10/100/1000 SFP modules (10)
    • MUX Controlled at runtime via EP80579 Management CPU
    • I2C Ports of SFP modules connected to EP80579 Management CPU
  • 10GigE and 1GigE base and fabric support
    • Compliant to PICMG 3.1 Revision 1.0 (Ethernet for ATCA Systems)
    • Useable for 14 slot chassis as a hub board
    • Useable as a node board in a dual-star fabric
    • Useable as a node board in a full-mesh fabric up to 14 slots
Clocks
  • ATCA backplane Telco Clock Input
Mechanical
  • Standard single-slot ATCA form factor
Management
  • PICMG 3.0 Revision 3.0 compliant IPMI Management
  • Fulcrum “ControlPoint” switch management
LEDs
  • Mandatory PICMG 3.0 Revision 3.0 LEDs, including
    • Blue hot-swap
    • Red, Yellow, and Green (controlled from IPMC)
  • Each RJ-45 has integrated Green Link and Yellow Activity LEDs
Environmental
  • Operating temperature range: 0 to 55 °C
  • Humidity: 0 to 95% (non-condensing)
  • Typical power consumption: 180W
  • Worst-case power consumption:
    • 200W w/ 1.0GHz RMI CPU
    • 250W w/ 1.2GHz RMI CPU

Block Diagram:

R7A-200 Block Diagram

I2C Topology Diagram:

R7A-200 I2C Topology Diagram