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LSI listing of new media and communications processor baseband processor and link

Beijing News-LSI Corporation (NYSE: LSI) today announced the launch of a new generation of links and communications processors (LCP), designed to allow network traffic to migrate to IP networks. LCP is not only the LSI ™ Multi-Service Processor family of products the important additional members, but also non-symmetric multi-core processors, LSI product family, a key component of the infrastructure that supports wireless communication between any devices.

    The new LCP is a non-symmetric multi-core System on Chip (SoC), built on the LSI great success based on the link layer processor can support all major protocols, allowing the wireless, mobile backhaul, multi-service, routers, and broadband Access flow easily and efficiently from the existing time-division multiplexing (TDM) network migration to next-generation Ethernet and Multi-protocol Label Switching (MPLS) network, and compared with previous-generation solutions, the flow of migration costs and risk of significantly reduced.

    LCP uses dedicated on-chip programmable core, able to wire-speed implementation of multi-protocol processing, which includes a multi-core ARM processor, can manage the data plane applications and run customer-specific application code. LCP integrated Gigabit Ethernet interface provides excellent connectivity, direct access to wide area network (WAN) uplinks. In addition, LCP's network speeds from T1/E1 to extend STM-1/OC-3, the network only need to carry out a development OEM manufacturers will be able to meet all the major business and performance levels of demand.

    LSI Products Division, multi-service network components, director of marketing ShaneGunning pointed out: "Run in the current high-level network protocols and applications require a complex combination of highly integrated multi-core SoC and proven software. Our latest generation of LCP for the OEM manufacturers to provide Efficient and scalable unified platform, enabling them to build coverage of 2G, 3G and 4G networks, multi-service base stations and controllers. "

    In wireless applications, LCPSoC support BTS (2G) and the NodeB (3G) traffic to a BSC (2G) and RNC (3G) controller return. Similarly, the latest multi-core LCP support the entire cable network, a variety of standard protocol packet transmission. As the LCP has a unique protection switching and hot-start feature, even if the system intentionally or unintentionally, restart, LCP will continue to run, thereby minimizing the result of system or network card failure caused downtime.

    LSI has been in this year's GSMA World Mobile Communications Conference (GSMAMobileWorldCongress) showed off its wireless solution. It is learned that, LSI will be a new link-layer communication processor in March 2010 sampling.

    As MulticoreDoneRightTM integrated part of the program, the latest LSI networking products for wireless infrastructure applications, has brought industry-leading solution.
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What is the difference between these networking switches?

I am needing a networking switch for a cluster supercomputer I am building. I need a networking switch, that can transfer a lot of data at once, but I am confused about witch one to get. What is the difference between 10/100/1000mb/s vs 10/100 + 1000mb/s. I would also would like to know what support for a jumbo frame means. Here are the two switches I am debating between, and i would like to know which one would perform best, and how much difference it would make.

The Trendnet has 24 ports that will transmit at a max speed of 100mbps, plus two other ports that transmit at 1000mbps. These two ports are designed for connecting to other switches.

The netgear has 16 ports able to transmit at 1000mbps, so data would be transferred between each host faster with the netgear.

However, if you want super fast transfer speeds you need to go for one of the high end devices from Cisco or Juniper, which can no acheive 40Gbps throughput.

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