NUREMBERG, Germany & SAN JOSE, Calif.--(EON: Enhanced Online News)--CoreOptics Inc., a leading designer and manufacturer of 10/40/100 Gb/s optical networking subsystems, today announced the availability of its 40G transponder module based on the company’s coherent detection technology. CoreOptics transponder module enables the lowest level network cost of any available 40G technology in the market today by enabling Dispersion Compensation Module (DCM) free transmission for over 2000 km on Standard Single Mode Fiber.
“I am delighted to announce our cooperation with CoreOptics in the market introduction of this disruptive technology for service provider networks deployment globally”
Building on the company’s expertise in the development of high capacity Distortion Tolerant optical transponder subsystems, CoreOptics’ 40 Gbit/s 300 pin MSA compliant transponder platform provides market-leading levels of performance and cost effectiveness for the next generation of optical networks. Key features of this product platform are enabled by CoreOptics’ Coherent Detection Digital Signal Processing (DSP) technology that offers significantly better performance in CD and PMD impairment mitigation for 40G applications when compared to current modulation schemes incorporating DPSK or DQPSK.
“I am delighted to announce our cooperation with CoreOptics in the market introduction of this disruptive technology for service provider networks deployment globally,” commented Dr. Bernd Schumacher, the head of optical networks business unit at Nokia Siemens Networks. “Our SurPass hiT 7300 Transport platform was designed to meet service providers' distance and capacity needs, while enabling a completely dynamic, flexible and transparent network infrastructure. By incorporating CoreOptics disruptive 40G coherent technology, we have been able to dramatically lower the total investment cost of building and operating transport networks for our customers.”
“As Service providers networks need to scale rapidly to stay ahead of the exponential growth in the video traffic, our OEM customers are in high demand for 40G/100G interfaces that enable them to reduce the cost of their network elements while enabling disruptive value-add services for the end users,” said Hamid Arabzadeh, Chairman of the Board, President and CEO for CoreOptics. “We are delighted to have had the opportunity to enable Nokia Siemens Networks in their development efforts for a truly next generation optical transport platform by providing 40G coherent MSA modules that have set a new industry benchmark for distortion tolerance against CD/PMD impairments, while providing the lowest transmission network latency specification of any other available solution.”
CoreOptics currently offers 10 Gb/s DWDM, 40 Gb/s Single Channel Short Reach and 40/43G DWDM transponder modules. The company’s product portfolio also includes 40G Serializer/De-serializer IC’s, 43 Gb/s Ultra-FEC, 40G Mux/DeMux for 4x10G client signals and Interface Converter supporting SFI-5s, SFI-4, XFI to enable building of next generation Open Tolerant Networks. Key benefits of these product platforms include reduction in first-in CAPEX, by eliminating the need for the conventional Dispersion Compensation Modules (DCMs) and Dual-Stage amplifiers. The OPEX savings include simplification of network planning, installation and provisioning by enabling a complete set of plug-and-play features.
CoreOptics, with operations in Nuremberg/Stuttgart, Germany and San Jose, California develops and manufactures subsystems for ultra high-speed optical networking applications in the telecommunications and information technology industries. CoreOptics current portfolio includes advanced 10 Gbps and 40 Gbps transponders for Metropolitan, Regional and Long Haul optical systems using DWDM, OTN, SONET/SDH, ATM and IP protocols.
The company was founded in January 2001 and has received financing from leading venture capital firms T-com, GIMV, Crescendo Ventures, TVM, High Tech Private Equity, Atila Ventures, Quest for Growth and others. The team includes over 120 highly skilled engineers with extensive experience in RF and digital ASIC design as well as optical systems, applications and network architecture. Additional information about CoreOptics can be found at www.CoreOptics.com
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