D Isr 9288 Interconnect Specifications - HP Cluster Platform Interconnects v2010 User Manual

D ISR 9288 Interconnect Specifications

The technical specifications of the ISR 9288 are as follows:
Feature
Chassis Architecture
Fabric Board
sMB Management Board
Line Board
Interconnect Switching
Specifications
Specification
Based on passive Midplane boards which allow the IB differential signals, control signals
and power connectivity between the different boards in the chassis.
Cables for InfiniBand, management, and power all located at the rear.
Four slots of fabric boards in front and 12 slots for a combination of line boards/router
blades drawer in the rear.
Up to four hot-swappable fabric boards (sFB-12), which support the switching FAT Tree
topology and provide the following features:
• Hot-swappable operation with no traffic disruptions.
• 2Kbit I²C controlled EEPROM's to store the InfiniScale III ERP (Embedded RISC
processor) code.
• On board temperature monitoring reported to the management system.
• Indicators:
— Port physical connectivity and logical connectivity LEDs
— Power, information, and hot-swap LEDs on boards.
Two hot swappable (sMB) board including a CPU Mezzanine. On board Temperature
monitoring reported to optional Management system.
• InfiniBand managers:
— Subnet manager
— Subnet administrator
• InfiniBand Agents:
— Subnet manager agent
— Performance manager agent
— Baseboard manager agent
• Supports IETF Standard SNMPv2
• Provides the following connectors:
— 10/100 Ethernet RJ45
— EIA/TIA-232 Console RJ45
Up to 12 hot-swappable Line (sLB-24) boards, providing the following features:
• 24, auto-sensing 1x/4x InfiniBand ports (2.5/10 Gb/s)
• Alternative 1:8 12X InfiniBand ports (30 Gb/s)
• Alternative 2:4 12X and 12 4X InfiniBand ports
• Connectors: 8-pair MicroGigaCN / LANELINK F CONN
• Indicators: Physical connectivity and logical connectivity LEDs per port, power and
info LEDs
• On board temperature monitoring reported to the management system
• 1.536 Tb/sec port-to-port data throughput
• 1.536 Tb/sec port-to-port data throughput
• 420 nanoseconds latency (max.)
• 8 Data Virtual Lanes
• 1 Management Virtual Lanes
• MTU 4096 Bytes, max
• 3 Maximum hops
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