Lantiq recently announced that the company has for the first time implemented its VINAXTM IVE1000, a system-level cross-talk cancellation (System Level Vectoring Engine) chip commercial shipment. Although the general line card level Vectoring complies with the G.vector standard, only the system-level Vectoring, such as Lantiq's new Vectoring Engine chip, can provide more than twice the data transmission rate and coverage distance to meet the needs of the operation. Next Generation Network Requirements for Business. Lantiq's new VINAXTM IVE1000 has made breakthroughs in system-wide crosstalk cancellation capability and scalability to support up to 384 ports, making it an ideal choice for triple-play converged broadband service transmission solutions. These services include multiple HDTV data streams, the Internet and voice.
As an important milestone in the large-scale commercialization of Vectoring technology, VINAX IVE1000 is the first system-level Vectoring Application Specific Integrated Circuit (ASSP) solution for commercial applications, supporting up to 384 VDSL2 lines.
Supports full elimination and partial elimination and can be used to deploy a cost-effective and future-oriented broadband network infrastructure. When used in a cabinet in a central office (CO) or a community/construction building, VINAXTMIVE1000 uses advanced signal processing technology to eliminate far-end crosstalk (FEXT) between any VDSL2 lines in the bundle. By eliminating crosstalk, service providers can achieve and exceed symmetric data rates of 100 Mbps.
Significantly lower system power consumption: A system with full crosstalk cancellation can save up to 20% power compared to a system without crosstalk cancellation and achieve the best result of balanced transmit power. According to Lee Ratliff, head of broadband and digital homes at IHS iSuppli, a market research company, “System-level VDSL2 Vectoring is a critical tool for service providers who want to improve the performance of their copper networks. It provides A cost-effective way to achieve high performance, Lantiq's VINAX IVE1000 Vectoring Engine connects multiple line cards – up to 384 VDSL2 lines – to eliminate crosstalk between any lines in the entire bundle of cables to reach the system Optimization."
Martin Schenk, Lantiq's senior vice president and general manager of the access network division, said: "The VDSL2 crosstalk cancellation technology is defined by the International Telecommunication Union (ITU). The goal is to increase the bandwidth of the widely deployed copper infrastructure for service providers to more than 100Mbps. By providing the industry's first VDSL2 Vectoring chip for up to 384 port systems, Lantiq offers the most scalable and best-in-class solution to enable service providers to realize the full potential of their copper access networks. ."
With VINAX V3, operators can now install "vectoring-enabled" VDSL2 line cards (supporting a range of standards from ADSL2/2+ to VDSL2 30MHz) by adding VINAX IVE1000-based central vectoring in the cabinets of the host or building. Cards can be implemented through remote software upgrades.
When connected to a vectoring-compliant user terminal equipment (CPE) such as Lantiq's XWAYTM VRX200, this combination enables a complete end-to-end vectoring solution. Lantiq's XWAYTMVRX200 CPE devices are now "vectoring-enabled" devices, which also require a simple software upgrade to achieve full crosstalk cancellation. As an ITU standard approved in March 2010 (G.vector or G.993.5), Vectoring is a Dynamic Spectrum Management Level 3 (DSM L3) that uses real-time crosstalk cancellation. Coordinate the signal strength of multiple lines. The advantage of crosstalk cancellation can only be maximized when all the wires in the bundle are under management (for example at the system level).
Lantiq's VINAX Vectoring system is compliant and capable of supporting all functions defined in ITU G.993.2 (VDSL2), G.993.5 (G.vector) and ITU G.997 (G.ploam). The solution applies to all VDSL2 profiles and can cascade up to multiple VINAX IVE1000 chips to support up to 384 VDSL2 lines. Its high scalability together with the VINAXTM V3 chip form a powerful combination that makes it an ideal solution for a wide range of applications including MDUs, MSANs, and DSLAMs.
As an important milestone in the large-scale commercialization of Vectoring technology, VINAX IVE1000 is the first system-level Vectoring Application Specific Integrated Circuit (ASSP) solution for commercial applications, supporting up to 384 VDSL2 lines.
Supports full elimination and partial elimination and can be used to deploy a cost-effective and future-oriented broadband network infrastructure. When used in a cabinet in a central office (CO) or a community/construction building, VINAXTMIVE1000 uses advanced signal processing technology to eliminate far-end crosstalk (FEXT) between any VDSL2 lines in the bundle. By eliminating crosstalk, service providers can achieve and exceed symmetric data rates of 100 Mbps.
Significantly lower system power consumption: A system with full crosstalk cancellation can save up to 20% power compared to a system without crosstalk cancellation and achieve the best result of balanced transmit power. According to Lee Ratliff, head of broadband and digital homes at IHS iSuppli, a market research company, “System-level VDSL2 Vectoring is a critical tool for service providers who want to improve the performance of their copper networks. It provides A cost-effective way to achieve high performance, Lantiq's VINAX IVE1000 Vectoring Engine connects multiple line cards – up to 384 VDSL2 lines – to eliminate crosstalk between any lines in the entire bundle of cables to reach the system Optimization."
Martin Schenk, Lantiq's senior vice president and general manager of the access network division, said: "The VDSL2 crosstalk cancellation technology is defined by the International Telecommunication Union (ITU). The goal is to increase the bandwidth of the widely deployed copper infrastructure for service providers to more than 100Mbps. By providing the industry's first VDSL2 Vectoring chip for up to 384 port systems, Lantiq offers the most scalable and best-in-class solution to enable service providers to realize the full potential of their copper access networks. ."
With VINAX V3, operators can now install "vectoring-enabled" VDSL2 line cards (supporting a range of standards from ADSL2/2+ to VDSL2 30MHz) by adding VINAX IVE1000-based central vectoring in the cabinets of the host or building. Cards can be implemented through remote software upgrades.
When connected to a vectoring-compliant user terminal equipment (CPE) such as Lantiq's XWAYTM VRX200, this combination enables a complete end-to-end vectoring solution. Lantiq's XWAYTMVRX200 CPE devices are now "vectoring-enabled" devices, which also require a simple software upgrade to achieve full crosstalk cancellation. As an ITU standard approved in March 2010 (G.vector or G.993.5), Vectoring is a Dynamic Spectrum Management Level 3 (DSM L3) that uses real-time crosstalk cancellation. Coordinate the signal strength of multiple lines. The advantage of crosstalk cancellation can only be maximized when all the wires in the bundle are under management (for example at the system level).
Lantiq's VINAX Vectoring system is compliant and capable of supporting all functions defined in ITU G.993.2 (VDSL2), G.993.5 (G.vector) and ITU G.997 (G.ploam). The solution applies to all VDSL2 profiles and can cascade up to multiple VINAX IVE1000 chips to support up to 384 VDSL2 lines. Its high scalability together with the VINAXTM V3 chip form a powerful combination that makes it an ideal solution for a wide range of applications including MDUs, MSANs, and DSLAMs.
Stator and rotor laminations are an important part of motors and generators. The stator and rotor laminations are made of electrical steel by cutting and stamping. Usually the laminations are circular, and for those large motors or generators, the laminations are fan-shaped. Usually the thickness of the stator and rotor laminations is 0.2mm, 0.35mm, 0.5mm, 0.65mm, but depending on the application, there are thinner or thicker laminations. We are able to produce motors of various sizes from 100mm to 1250mm outer diameter. For larger motors or generators, we can also produce stator segment laminations.
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Henan Yongrong Power Co., Ltd , https://www.hnyongrongglobal.com