 | Equipment designed for network access, edge, and enterprise applications requires robust network processing performance to support value-added network services at line rate. Quick implementation of new network services is a primary objective. To be competitive, however, vendors of network equipment must also minimize their development time and cost. To support these requirements, network processors need to combine high performance with flexible control of processing resources.
The Intel IXP2805 and IXP2855 network processors are designed to provide these capabilities through a fully programmable, parallel processing architecture on a single chip. They handle complex algorithms and perform deep packet inspection, traffic management, and forwarding at speeds up to 10 Gbps. In addition, the IXP2855 network processor has integrated cryptography engines that enable implementation of security features, eliminating the need for an additional specialized processor. | |
| | Development Platforms Based on Design Requirements | |
| Intel® IXDP2805/IXDP2855 Advanced Development Platforms | Standards-based, PICMG 3.0 Advanced Telecom Computing Architecture* (AdvancedTCA*) compliant single-chip implementations ideal for designing access and edge applications spanning OC-3 to OC-48/4GbE line rates, such as an OC-48 router.
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| Single-chip implementations, ideal for designing applications spanning OC-3 to OC-48/GbE line rates, such as security appliances, enterprise and edge switches, and 3G RNC data planes | | Support for Intel IXP2805 and IXP2855 network processors at 1.4 GHz, 1.0 GHz, and 650 MHz | | Standards-based, PICMG 3.0 Advanced Telecom Computing Architecture* (AdvancedTCA*)-compliant | | Modular platform architecture, including chassis, boards, and optional mezzanine cards for flexible I/O configurations and dataflow emulation | | Developers can emulate, optimize, and debug advanced networking products | | Rapid prototyping of an entire application with complete development environment, including hardware, development tools, and applications software | | Hardware and application software can be developed simultaneously to accelerate time to market | | Off-the-shelf PCI Mezzanine Card (PMC) can be added to enable simultaneous data plane and control plane development | | Facilitates integration of complementary hardware and software from third parties | |
| Intel® IXDP2805 and IXDP2855 Advanced Development Platforms | Intel® IXDP2805 Advanced Development Platform (ATCA) (includes Intel® IXMB2805 Single Network Processor Base Card, PICMG3.0 compliant 5-slot AdvancedTCA chassis, Shelf Manager, and 1200W external power supply)
Intel® IXDP2855 Advanced Development Platform (ATCA) (includes Intel® IXMB2855 Single Network Processor Base Card, PICMG3.0 compliant 5-slot AdvancedTCA chassis, Shelf Manager, and 1200W external power supply) | | Base Card | Intel® IXMB2805 Single Network Processor Base Card (ATCA)
Intel® IXMB2855 Single Network Processor Base Card (ATCA) | | Option Cards | Intel® IXD4OC12T1F Quad OC-3/OC-12 I/O Option Card
Intel® IXD1OC48T1F Single OC-48 I/O Option Card
Intel® IXD4GETOC Quad Gigabit Ethernet I/O Option Card
Intel® IXQDR2416 16MB QDR-II SRAM Memory Module Option Card |
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