Huawei Launches Industry's Largest-Capacity CO Vectoring System to boost ultra-fast broadband network
Huawei, a leading global information and communications technology solutions provider, launched its new version of product MA5600T, the largest-capacity vectoring system the industry has seen to dateoffering industry-leading 896-line access capability, more than twice the average line capacity of alternative vectoring systems. The platform is also compatible with various service boards that support optical and copper lines. Telecom operators can use MA5600T to increase the broadband speeds achievable from large-capacity copper access networks.
Copper wires are important resources to telecom operators in the construction of ultra-fast broadband networks. Therefore, innovative copper wire technologies can offer ultra-fast access speeds, rapid network construction, and a short ROI period. Copper remains a favorable choice for an increasing number of operators when constructing ultra-fast broadband networks. As a new DSL technology, the vectoring system improves line access speeds by adding reverse crosstalk noise to cancel signal noise thus boostingcopper access speeds to over 100 Mb/s.
The restrictions of complex vector computing mean traditional vectoring systems can support only 384 access lines. Through a special vectoring algorithm, powerful vectoring processing and node level vectoring (NLV) technology, the new Huawei MA5600T enables access capacity of up to 896 lines, the largest in the industry. In addition to working as a large-capacity device at an exchange site, MA5600T can also be deployed in an outdoor FTTC cabinet to provide large-capacity vectoring access.
Huawei's MA5600T shares its vectoring service boards with the mid-size MA5603T, further improving the backplane capacity of converged optical and copper access platforms to 8.8 TB. Additionally, MA5600T is compatible with copper-based access boards (including xDSL, POTS, and Combo) and optical fiber–based access boards (including GE, GPON, 10GE, and 10GPON).
Mr. You Yiyong, President of Huawei access product line, said, "Huawei's large-capacity vectoring system can solve the CO DSLAM access speed improvement issue and provide end to end, any node ultra-fast broadband access. Committed to resolving operators' requirements, Huawei will continue to research high-speed access technologies and, together with the industry, provide more efficient end-to-end ultra-fast broadband access solutions."
Huawei has been constantly engaged in technical pre-research and innovations in the vectoring field. In October 2011, Huawei was the first to launch an NLV demo. The product has passed all commercial tests of many global leading operators. In October 2012, Huawei's largest-capacity vectoring system was conferred with the InfoVision award for innovation by the Broadband World Forum. Since May 2013, Huawei's vectoring AutoSense solution, which resolves compatibility and adaptability issues between vectoring systems and a variety of CPEs, has been supporting operators worldwide deliver higher speed broadband over copper networks. As of August 31, 2013, Huawei has shipped over 2 million vectoring service boards worldwide, leading the commercial mass roll out of vectoring systems.
Copper wires are important resources to telecom operators in the construction of ultra-fast broadband networks. Therefore, innovative copper wire technologies can offer ultra-fast access speeds, rapid network construction, and a short ROI period. Copper remains a favorable choice for an increasing number of operators when constructing ultra-fast broadband networks. As a new DSL technology, the vectoring system improves line access speeds by adding reverse crosstalk noise to cancel signal noise thus boostingcopper access speeds to over 100 Mb/s.
The restrictions of complex vector computing mean traditional vectoring systems can support only 384 access lines. Through a special vectoring algorithm, powerful vectoring processing and node level vectoring (NLV) technology, the new Huawei MA5600T enables access capacity of up to 896 lines, the largest in the industry. In addition to working as a large-capacity device at an exchange site, MA5600T can also be deployed in an outdoor FTTC cabinet to provide large-capacity vectoring access.
Huawei's MA5600T shares its vectoring service boards with the mid-size MA5603T, further improving the backplane capacity of converged optical and copper access platforms to 8.8 TB. Additionally, MA5600T is compatible with copper-based access boards (including xDSL, POTS, and Combo) and optical fiber–based access boards (including GE, GPON, 10GE, and 10GPON).
Mr. You Yiyong, President of Huawei access product line, said, "Huawei's large-capacity vectoring system can solve the CO DSLAM access speed improvement issue and provide end to end, any node ultra-fast broadband access. Committed to resolving operators' requirements, Huawei will continue to research high-speed access technologies and, together with the industry, provide more efficient end-to-end ultra-fast broadband access solutions."
Huawei has been constantly engaged in technical pre-research and innovations in the vectoring field. In October 2011, Huawei was the first to launch an NLV demo. The product has passed all commercial tests of many global leading operators. In October 2012, Huawei's largest-capacity vectoring system was conferred with the InfoVision award for innovation by the Broadband World Forum. Since May 2013, Huawei's vectoring AutoSense solution, which resolves compatibility and adaptability issues between vectoring systems and a variety of CPEs, has been supporting operators worldwide deliver higher speed broadband over copper networks. As of August 31, 2013, Huawei has shipped over 2 million vectoring service boards worldwide, leading the commercial mass roll out of vectoring systems.
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