TM IPnexus ¨ 24-Port 10/100 + 2 Port Gb Switching Fabric Interfaces with other devices via the Ò CompactPCI Packet Switching CPC440X Backplane, rear panel I/O connector Ò board or front panel 24+2 Gb-Port PICMG 2.16 Ethernet Switch Ò ¨ PICMG 2.16-Compliant Compliant with new PICMG 2.16 CompactPCI Packet Switching TM Backplane Standard IPnexus Embedded Packet Products ¨ Wire Speed Layer2/Layer3 (IP) Switching 9 Gbps switching speed ensures packets get switched, not dropped ¨ Layer 4-7 Filtering For increased security and improved packet classification EMBEDDED ETHERNET ¨ Link Aggregation & VRRP Increases network speed & availability ¨ Support for Multiple Switching Our award-winning CPC4400s are fast, flexible and feature-rich 10/100/1000 Ethernet Architectures TM switching platforms. Part of the IPnexus product family, they offer 24 10/100 auto Units can be coupled to build a switching Ò engine of up to 720 10/100 ports or to negotiating Ethernet ports plus two Gigabit ports in a rugged, hot-swap CompactPCI 6U operate as two fully redundant switching form factor. The result is a powerful switching solution for OEMs & integrators looking to nodes quickly launch high availability, carrier-grade IP products. Ò ¨ Support for IEEE 802.1p Class of The CPC4400s are the first CompactPCI switches compliant with the PICMG 2.16 Service standard, which offers the option of sending all Ethernet signals through the midplane - Ensures delay sensitive traffic receives enabling designers to vastly increase the inter-board communication capabilities of the priority it requires subsystems located in a CompactPCI chassis. By moving the system traffic from the shared bus architecture of CompactPCI to a fault-tolerant, yet industry standard, switched- ¨ Easy to Use 802.1q VLANs backplane approach, overall system throughput can be doubled while retaining the inherent Lets you create virtual channels that robustness, reliability and hot-swap capabilities of CompactPCI. span your entire network The CPC4400s come from the leader in fault tolerant Ethernet switching. They are the ¨ Prevents Broadcast, Multicast and first 10/100/1000 Ethernet switches in the cPCI form factor to offer sophisticated high Unicast Storms availability switching features including 802.3AD Link Aggregation, VRRP, 802.1q VLANs Threshold detection and suppression and 802.1p CoS. They can be configured as fully redundant, non-blocking switching keeps network bandwidth available fabrics to help ensure that no single point of failure halts network traffic. ¨ No Configuration Required The CPC4400s have been specifically designed to make embedded system integration Simply install additional blades in tasks easier. Each comes with a potent scripting language, called Lua, that can be used chassis to increase switching capacity to easily change switch configuration/behavior, attached client setups, fail-over rules, etc., & network performance. based on SNMP traps, network events or system configuration changes. The CPC4400s maximize network performance and flexibility Specifications by supporting multiple switching architectures. They can be used as stand-alone switching solutions, coupled to other switches for greater port capacity, or used in a fully redundant, Internal Switching Capacity: 9 Gbps, non-blocking full wire speed fault-tolerant fashion. When attached to two CPC4400s, devices switching fabric with dual Ethernet ports can be connected to one or both Latency: <4m sec switches. If a link, PHY or switching node fails, data can be re- Base Configurations: 24 10/100 TX ports w/2 Gb ports (front or rear) routed to an alternate path, maintaining network connections. Breakout Options: Rear panel RJ-45 connections or 10/100 links over Designed with the utmost regard for reliability, each CPC4400 CompactPCI Packet Switching Backplane, plus 1000 TX via the rear panel maximizes network uptime by continuously checking its health. If a problem is detected, the switch will de-assert all links, CompactPCI Hot Swap Support: More robust with Performance Technologies’ exclusive auto signaling the attached devices to use another route. The configuration replication replacement unit can obtain all of its operational and configuration Frame Processing: Store and forward, Layer 4-7 filtering information from the other CPC4400 or an external manager, making change-out of failed modules a simple matter of sliding MAC Addresses: 8k one blade out and replacing it with a new one. The new unit VLANs: Up to 63 concurrent IEEE 802.1q VLANs “clones” its setup from the configuration stored on the survivor. The CPC4400s have no active components on their rear panel Spanning Tree Extensions: Fast Port and Fast Uplink ensure rapid reconvergence I/O cards, ensuring failed units can easily be replaced without disturbing cables or other blades in the chassis. CoS: via IEEE 802.1p, 4 priority queues GVRP/GMRP: Auto VLAN and Multicast registration preserve bandwidth CPC4400s are ideal for demanding network applications. Each Virtual Redundant Router Protocol (VRRP): Increases network blade "learns" and caches up to 8k MAC addresses in its filtering availability database and sustains full wire speed data rates on all ports with its 9 Gbps switching fabric, eliminating congestion in even Port Mirroring: Attach a network probe on any segment the busiest environments. Product Updates: via FTP/TFTP DHCP/BootP Client Support: Automatic IP address assignment With the CPC4400s, networks can be configured into 63 VLANs, dramatically increasing total available network bandwidth. If DHCP Server, FTP/TFTP Server with 2MB Flash File System: Enables other subsystems in the chassis to load specific configuration more ports are required, units can be easily stacked or cascaded information on a slot-by-slot basis using the full-duplex Gigabit Ethernet ports. LED Indicators: Link, Activity, Speed, System Status, Fault and Hot Swap The CPC4400s protect investments for the long term with easy Power-up Diagnostics and Continuous Integrity Checks: FTP/TFTP updates to platform flash memory. System software Selectable by SNMP or CLI is available through downloads from our Web site (www.pt.com). Standards: IEEE 802.3, 10BaseT, 100BaseT, 1000BaseFX, Upgrades can be performed in-band or via the out-of-band 1000BaseTX IEEE 802.3x, Flow Control management ports, greatly simplifying or eliminating the need IEEE 802.1q, VLAN Tagging for dedicated on-site network administration. IEEE 802.1d Spanning Tree IEEE 802.1d-1998 Bridge Extensions (802.1p) IEEE 802.3AD Link Aggregation The CPC4400s continue Performance Technologies’ long tradition Management: RFC 1157 SNMP of offering high-availability, fault-tolerant solutions for the RFC 1213 MIBII communications, industrial, military and medical markets. RFC 1757 RMON groups 1, 2, 3, 9 RFC 1493 Bridge MIB RFC 1643 Ether-like MIB RFC 2674 Bridge Extensions MIB Contact Performance Technologies for other configurations IEEE 802.3ad Link Aggregation MIB PTI Enterprise MIB Ordering Information CLI via out-of-band RS-232 and out-of-band Ethernet management port, Telnet PT-CPC4401-11402: 24-port 10/100 TX midplane + 2-port Gb MM SC via front panel with 5 port 10/100 LIM Power Requirements: 36 Watts maximum, 27 Watts typical PT-CPC4406F-11346: Environment: Operating Temp: 32-135°F (0-55°C) 24-port 10/100 TX midplane + 2-port Gb TX via rear panel with 5 port 10/100 + 2 Gb Relative Humidity: 10-90%, non condensing TX LIM Agency Certifications: UL 1950, CSA-C22.2 No. 950 93, FCC Class A PT-CPC4406N-11355: 24-port 10/100 TX + 2-port Gb TX via (Part 15, Subpart J), CE, ETSI EN 300 386, NEBS rear panel with 24 port 10/100 single slot Level 3 friendly LIM, cable & connector panel MTBF: 103,530 hrs per Bellcore TR-NWT-000332 Issue 5 @30°C 205 Indigo Creek Drive ¨ Rochester, New York 14626 Tel: 585-256-0200 ¨ Fax: 585-256-0791 ¨ www.pt.com Specifications subject to change without notice. 01/03 c 2003 Performance Technologies, Inc. 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