Features: • 10-Gbps (stand-alone chip) or 20-Gbps (back-to-back chips) aggregate user bandwidth• Four 2.5-Gbps/OC-48c NPU attachments or one 10G/OC-192c NPU attachment per chip• Embedded standard CSIX-L1 interface to Network Processor or Traffic Manager• Switch/adapter card...
PRS16G: Features: • 10-Gbps (stand-alone chip) or 20-Gbps (back-to-back chips) aggregate user bandwidth• Four 2.5-Gbps/OC-48c NPU attachments or one 10G/OC-192c NPU attachment per chip• Em...
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• 10-Gbps (stand-alone chip) or 20-Gbps (back-to-back chips) aggregate user bandwidth
• Four 2.5-Gbps/OC-48c NPU attachments or one 10G/OC-192c NPU attachment per chip
• Embedded standard CSIX-L1 interface to Network Processor or Traffic Manager
• Switch/adapter cards with seamless connection between switch fabric chip and NPU(s)
• Ingress Virtual Output Queuing (VOQ) with up to 1024 unicast queues and eight multicast queues
• Quality-of-Service (QoS) support with four levels of traffic priority and four programmable ingress queue thresholds (ingress CSIX flow control per destination and priority)
• Packet payload protection, with optional cyclic redundancy check insertion
• Packet header parity generation and checking
• Efficient multicast (replication at sending)
As a switch for 10-20 Gbps platforms, the PRS16G/C192 is an ideal solution for cost-competitive, advanced services applications, such as medium-range routers for network access/edge aggregation with high-demanding packet processing; remote location thin appliances for firewall, SSL, VPN, security, intrusion detection; data center server appliances with deep packet processing; NAS/SAN equipment;and, more generally, service applications requiring a 10-Gbps uplink capability. All of these services are running in the network processors attached to the PRS16G/C192 switch ports.
As a fabric interface for linecards, the PRS16G/C192, enables switch/ adapter cards designed for 10-20 Gbps entry platforms to be used as line cards in chassis-based platforms addressing the higher capacity needs of applications in the Metro/WAN, wireless infrastructure, and enterprise (data center, NAS/SAN, high-end LAN).