Force10 1200 W AC Power Supply Module CC-C-1200W-AC Leaflet

The Force10 Networks C-Series are resilient chassis-based switches that deliver reliability, network control
and scalability. The C-Series is designed to support mission critical applications with very low latency
across converged networks. Comprehensive management capabilities make the C-Series a cost-effective
and flexible deployment option.

• Low cost 100/1000 Mbps server aggregation for small- to medium-sized data centers 

(100s to 1,000s of servers)

• Cost-effective LAN core switch for small- and medium-campuses (100s to 1,000s of PCs)

• High density GbE aggregation for distribution into a multiple Gbps or 10 GbE backbone

• Cost-effective PoE-enabled 10/100/1000Base-T wiring closet aggregation of VoIP phones, wireless 

access points, video cameras or other IEEE 802.3af-compliant devices

The Force10 C-Series is designed to provide inherent reliability,
network control, and scalability for high performance Ethernet
environments.

• Up to 384 line-rate 10/100/1000Base-T ports with full 15.4 W 

Class 3 PoE support in a 13-RU chassis

• Up to 64 line-rate 10 GbE ports with pluggable XFP modules 

• Suite of security, access control and wiring closet edge features for enterprise networks

• VirtualView real-time network and application traffic monitoring for virtualized data centers

• PowerSmart intelligent power management features provide automatic sensing, provisioning and 

management of PoE power

• Full complement of standards-based Layer 2, IPv4 and IPv6 features for unicast and multicast applications

• 5 microsecond switching latency under full load for 64 byte frames

• Switch fabric capacity of up to 1.536 Tbps and up to 952 Mpps L2/L3 packet forwarding capacity

• High availability architecture 

– 1+1 Route Processor Module (RPM) design
– Continuous runtime data plane monitoring and 

advanced in-service CLI diagnostic functions

– Power supply redundancy with load sharing 

power bus enabling uninterrupted VoIP calls 
during a power supply failure