Fujitsu FCX648S User Manual

DATASHEET IP Switch Brocade FCX648S
DATASHEET
THE IDEAL IP SWITCH FOR THE PRIMERGY CX1000
The Brocade FCX648S is Brocade’s next generation stackable data center class Ethernet switch specifically designed to address the unique requirements of the enterprise edge market. The Brocade FCX648S switch delivers high-performance, scalable and flexible enterprise campus access solutions with o nly 1 rack unit (RU).
The single Brocade FCX648S offers 48 ports with 1GbE for connecting server and storage systems together and two 10GbE uplinks to the data center network. Up to eight Brocade FCX648S switches can be stacked into a si ngle logical switch with a single IP address to simplify management.
Brocade FCX648S is targeted at enterprises of all sizes. Large enterprise companies as well as medium and small enterprises will use this s witch to connect end users’ end devices in th e data centers.
The typical usage environment for the switc h is the data center where it can be used as a top of the rack- or access-layer-switch. Another very important usage scenario is the PRIMERGY CX1000 solution. In this solution, in which 38 rack servers work together in one rack, the Brocade FCX648S offers high performance server connectivity and network redundancy .
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DATASHEET IP Switch Brocade FCX648S
FEATURES AND BENEFITS
MAIN FEATURES BENEFITS
Simplified, High-Performance Stacking
The Brocade FCX648S includes two dedicated 1 6 Gbps stacking
ports,
Up to eight Brocade FCX648S switches can be stac ked into a single
logical switch with a single IP address
Power
Power to campus devices is automatically nego tiated, providin g
exactly the amount of power that they ne ed.
PRIMERGY CX1000
The Brocade FCX648S is a part of the PRIMERGY CX1000 soluti on
The switch is pre-tested and certified with the PRI MERGY CX1000
Providing simple and robust expandabil ity for future growth at the
network edge Simple management Flexibility Ideal for customers who Pay as you grow
Easy extensibility
Reduced power consumption
  If devices go into sleep mode, they c an request less power fro m the
network, minimizing power usage in the campus environment
and therefore the preferred switch for this solution
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