APP3300
The APP3300 is the latest in the LSI family of packet processors. Using LSI proven best-in-class communication processor technology, the APP3300 has the features and performance to enable low-cost and scalable solutions for telecom equipment applications.
The APP3300 is targeted at Wireline Access applications (MSAN, DSLAM), Media Gateways, Wireless Infrastructure (Node B/BTS, RNC/BSC), Pseudowire and Timing over Packet (TOP) applications, multi-service switches and routers.
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Product Brief: Advanced PayloadPlus (APP)Jan.31.09 (PDF 1.47 MB) APP3300 Product BriefMar.12.09 (PDF 211.05 KB) The APP3300 offers a fully integrated solution providing all the data path, security, traffic management, application, and control processing at wire speed in a single device. The APP3300 family of communication processors includes devices from 600 Mbps up to 3.5 Gbps of WAN bandwidth enabling a family of solutions based on a single hardware and software architecture. Solution Brief:Communication Network Processor Solution for Broadband Access (BBA)Jun.30.09 (PDF 238.52 KB) The LSI BBA solution enables differentiated services for DSLAM deployments in service provider networks around the globe. Powered by flexible, programmable communication processors, this BBA solution reaches substantially beyond TR-101 requirements. The LSI BBA solution is continually enhanced to incorporate requirements found in developing standards such as WT-145, WT-156, WT-177 and others, as well as the unique requirements of service providers. Multi-Service Business Gateway (MSBG)Apr.27.08 (PDF 3.79 MB) Services Over Packet SolutionJun.04.09 (PDF 122.15 KB) The LSI Link Layer Processor (LLP) system-on-a-chip supports Pseudowire
Emulation Edge-to-Edge (PWE3) with multiple protocol and scaleable T1/E1
solutions. This PWE3 solution allows customers to use their current native service
(TDM, Frame Relay, ATM, or Ethernet) over any packet-switched network. White Paper:Networking Media Aware Infrastructure: Top 10 TrendsJun.08.09 (PDF 1.63 MB) In this paper, we assemble what we believe to be the top trends that will impact how next generation networks are architected and designed. These trends impact service provider and enterprise networks and require new system, software, and silicon innovations to materialize. |
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