Fujitsu PRIMERGY BX SAS Switch 6Gbit/s 18/6
Easy to handle and affordable SAS infrastructure for PRIMERGY BX Blade Server environments.
[S26361-K1366-V300]PRIMERGY BX Blade Servers is an integral part
of the SAS storage solution, providing a straight
forward architecture for chassis internal and
external storage resources. The SAS Connection
Blade is the connecting part between the
SAS mezzanine card in the server blades and
the PRIMERGY SX980 storage blade(s) in the
PRIMERGY BX Blade Servers. All these connections
are realized with 18x SAS 2.0 links via the
midplane.
Details
Part No. | S26361-K1366-V300 |
---|---|
Manufacturer | Fujitsu |
Height | 27.9 |
Width | 192.6 |
Depth | 267.9 |
Weight [Kg] | 1.35 |
Connection Type | SAS Connection Blade, 6 Gb SAS Switch, SFF8088 Connectors |
Supported System(s) | BX400 S1, BX900 S1 |
Down Link Port(s) | 18 x 6 Gb SAS |
Up Link Port(s) | 6 x 6 Gb SAS (SFF8088) |
Bandwidth | 6 Gbps per SAS port |
Management Blades | managed by the Standalone WebServer on the CB SAS itself via Management Blade of the chassis |
PRIMERGY BX Connection Blades simplify network connectivity for PRIMERGY BX Blade Servers, ensuring fast, reliable and flexible access to data and storage networks. All Connection Blades are integrated within the BX chassis and benefit from a high-speed midplane as well as from energy-efficient power and cooling. A wide range of different Connection Blades are available to address current and next-generation I/O requirements for standards-based Fibre Channel, InfiniBand and Ethernet networks. PRIMERGY BX400 system units support up to 4 Connection Blades, PRIMERGY BX900 up to 8, thus implementing flexible and scalable connections in order to meet the requirements arising from dynamic workloads.
Today’s technological specifications offer speeds of up to 8 Gb for Fibre Channel, 40Gb InfiniBand, and up to 10 Gb for Ethernet connections per Uplink port. All the facets of Connection Blades are available, from highly functional self-developed models to brand models from Brocade or Mellanox; all feasible requirements can thus be met.