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These excerpts taken from the MRVL 10-K filed Mar 28, 2008. Communications Controller Products We have a broad offering of high performance and highly integrated system control-plane communication controllers. These devices can be combined with leading embedded RISC microprocessors to form complete MIPS and PowerPC CPU-based communication systems. Our controllers are used in a broad range of applications including routers, switches, digital subscriber line access multiplexers, access concentrators, wireless base stations, VoIP gateways and storage area networks. Discovery System Controllers: Our high-performance Discovery system controllers support MIPS and PowerPC CPU-based communication systems. Our controllers are used in systems developed by leading OEMs for the Internet infrastructure. These include enterprise switches, LAN to WAN edge routers, enterprise routers, access concentrators, telecom equipment and laser printers. Our system controllers contain all of the key control blocks needed to build high-performance 32-bit and 64-bit CPU subsystems, including a DRAM controller, a peripheral device controller, direct memory access engines, timers, PCI interfaces and interrupt controllers. These system controllers are designed to provide system designers with the ability to match their CPU performance to the targeted overall system price/performance. Our portfolio Discovery system controllers are generally software-compatible with older generations, thereby supporting faster time to market, lower product development risk and lower cost of ownership due to the re-use of system software which might otherwise need to be re-developed. Horizon WAN Communication Controllers: Our Horizon family of single chip advanced communications controllers provides all of the required network interfaces that bridge the LAN with the Internet infrastructure and combines most of the common functions found in multi-service access routers. These devices target the core of next-generation multi-service edge routers and remote access equipment that merge the functions of LAN-to-WAN routers, VoIP gateways, network security equipment and remote access concentrators. The Horizon family has been designed to enable end-to-end QoS for applications that run at the edge of a network with the integration of hardware support for Differentiated Services and 802.1p and 802.1q support. Our Horizon system controllers provide new packet processing capabilities for systems that require the convergence of voice, video and data at the edge of the network. The integrated NetGX coprocessor can handle computation-intensive tasks such as flow-classification based on Layer 3 to Layer 5 packet information, encryption and authentication for security purposes and virtually any other packet processing function typically handled by the host CPU. The NetGX coprocessor can free processing power so that the CPU can run multi-service applications such as managing virtual private networks, firewalls and integrated voice services. Communications Controller Products We have a broad offering of high performance and highly integrated system control-plane communication controllers. These devices can be combined with Discovery System Controllers: Our high-performance Discovery system controllers support Horizon WAN Communication Controllers: Our Horizon family of single chip advanced communications This excerpt taken from the MRVL 10-K filed Jul 2, 2007. Communications Controller Products We have a broad offering of high performing and highly integrated system and communication controllers. These devices can be combined with leading embedded RISC microprocessors to form complete MIPS and PowerPC CPU-based communication systems. Our controllers are used in a broad range of applications including routers, switches, digital subscriber line access multiplexers, access concentrators, wireless base stations, VoIP gateways and storage area networks. 11 Discovery System Controllers. We provide high-performance Discovery system controllers for MIPS and PowerPC CPU-based communication systems. Our controllers are used in systems developed by leading OEMs for the Internet infrastructure. These include switches, LAN to WAN edge routers, enterprise routers, access concentrators, telecom equipment and laser printers. Our highly-integrated system controllers can be combined with the leading embedded RISC microprocessors to form complete CPU subsystems. Our system controllers contain all of the key control blocks needed to build high-performance 32-bit and 64-bit CPU subsystems, including a DRAM controller, a peripheral device controller, direct memory access engines, timers, PCI interfaces and interrupt controllers. These system controllers are designed to provide system designers with the ability to match their CPU performance to the targeted overall system price/performance. We believe that an additional advantage to OEMs using our system controllers over internally developed solutions is that new products are generally software-compatible with older generations, thereby supporting fast development time by re-using software which might otherwise need to be re-developed. Horizon WAN Communication Controllers. We believe our Horizon family of advanced communications controllers provides all of the required network interfaces that bridge the LAN with the Internet infrastructure and combines most of the common functions found in multi-service access routers into a single chip. These devices target the core of next-generation multi-service edge routers and remote access equipment that merge the functions of LAN-to-WAN routers, VoIP gateways, network security equipment and remote access concentrators. The Horizon family has been designed to enable end-to-end QoS for applications that run at the edge of a network with the integration of hardware support for Differentiated Services and 802.1p and 802.1q support. Our Horizon system controllers provide new packet processing capabilities for systems that require the convergence of voice, video and data at the edge of the network. The integrated NetGX coprocessor can handle computation-intensive tasks such as flow-classification based on layer 3-5 packet information, encryption and authentication for security purposes and virtually any other packet processing function typically handled by the host CPU. The NetGX coprocessor can free processing power so that the CPU can run multi-service applications such as managing virtual private networks, firewalls and integrated voice services. This excerpt taken from the MRVL 10-K filed Apr 13, 2006. Communications Controller Products We have a broad offering of high performing and highly integrated system and communication controllers. These devices can be combined with leading embedded RISC microprocessors to form complete MIPS and PowerPC CPU-based communication systems. Our controllers are used in a broad range of applications including routers, switches, digital subscriber line access multiplexers, access concentrators, wireless base stations, VoIP gateways and storage area networks. Discovery System Controllers. We provide high-performance Discovery system controllers for MIPS and PowerPC CPU-based communication systems. Our controllers are used in systems developed by leading OEMs for the Internet infrastructure. These include switches, LAN to WAN edge routers, enterprise routers, access concentrators, telecom equipment and laser printers. Our highly-integrated system controllers can be combined with the leading embedded RISC microprocessors to form complete CPU subsystems. Our system controllers contain all of the key control blocks needed to build high-performance 32-bit and 64-bit CPU subsystems, including a DRAM controller, a peripheral device controller, direct memory access engines, timers, PCI interfaces and interrupt controllers. These system controllers are designed to provide system designers with the ability to match their CPU performance to the targeted overall system price/performance. We believe that an additional advantage to OEMs using our system controllers over internally developed solutions is that new products are generally software-compatible with older generations, thereby supporting fast development time by re-using software which might otherwise need to be re-developed. Horizon WAN Communication Controllers. We believe our Horizon family of advanced communications controllers provides all of the required network interfaces that bridge the LAN with the Internet infrastructure and combines most of the common functions found in multi-service access routers into a single chip. These devices target the core of next-generation multi-service edge routers and remote access equipment that merge the functions of LAN-to-WAN routers, VoIP gateways, network security equipment and remote access concentrators. The Horizon family has been designed to enable end-to-end QoS for applications that run at the edge of a network with the integration of hardware support for Differentiated Services and 802.1p and 802.1q support. Our Horizon system controllers provide new packet processing capabilities for systems that require the convergence of voice, video and data at the edge of the network. The integrated NetGX coprocessor can handle compute-intensive tasks such as flow-classification based on layer 3-5 packet information, encryption and authentication for security purposes and virtually any other packet processing function typically handled by the host CPU. The NetGX 10 coprocessor can free processing power so that the CPU can run multi-service applications such as managing virtual private networks, firewalls and integrated voice services. This excerpt taken from the MRVL 10-K filed Apr 14, 2005. Communications Controller Products We have a broad offering of high performing and highly integrated system and communication controllers. These devices can be combined with leading embedded RISC microprocessors to form complete MIPS and PowerPC CPU-based communication systems. Our controllers are used in a broad range of applications including routers, switches, digital subscriber line access multiplexers, access concentrators, wireless base stations, VoIP gateways and storage area networks. 20 Discovery System Controllers. We provide high-performance Discovery system controllers for MIPS and PowerPC CPU-based communication systems. Our controllers are used in systems developed by leading OEMs for the Internet infrastructure. These include switches, LAN to WAN edge routers, enterprise routers, access concentrators, telecom equipment and laser printers. Our highly-integrated system controllers can be combined with the leading embedded RISC microprocessors to form complete CPU subsystems. Our system controllers contain all of the key control blocks needed to build high-performance 32-bit and 64-bit CPU subsystems, including a DRAM controller, a peripheral device controller, direct memory access engines, timers, PCI interfaces and interrupt controllers. These system controllers provide system designers with the ability to match their CPU performance to the targeted overall system price/performance. An additional advantage to OEMs using our system controllers over internally developed solutions is that new products are generally software-compatible with older generations, thereby supporting fast development time by re-using software which might otherwise need to be re-developed. Horizon WAN Communication Controllers. We believe our Horizon family of advanced communications controllers provides all of the required network interfaces that bridge the LAN with the Internet infrastructure and combines most of the common functions found in multi-service access routers into a single chip. These devices target the core of next-generation multi-service edge routers and remote access equipment that merge the functions of LAN-to-WAN routers, VoIP gateways, network security equipment and remote access concentrators. The Horizon family has been designed to enable end-to-end QoS for applications that run at the edge of a network with the integration of hardware support for Differentiated Services and 802.1p and 802.1q support. Our Horizon system controllers provide new packet processing capabilities for systems that require the convergence of voice, video and data at the edge of the network. The integrated NetGX coprocessor can handle compute-intensive tasks such as flow-classification based on layer 3-5 packet information, encryption and authentication for security purposes and virtually any other packet processing function typically handled by the host CPU. The NetGX coprocessor can free processing power so that the CPU can run multi-service applications such as managing VPNs, firewalls and integrated voice services. | EXCERPTS ON THIS PAGE:
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