MACOM Technology Solutions Inc. ("MACOM") and ColorChip today announced the launch of a comprehensive bidirectional 100G serial QSFP28 module using the patented MACOM PRISMTM PAM4 PHY.
MACOM PRISM is a highly integrated PAM4 PHY that converts 100Gb Ethernet traffic from four 25Gb/s channels into a single 100Gb/s channel. Only one set of optics is required in the 100GE module, which allows customers to implement a new generation of 100G link deployments only at the necessary cost. PRISM devices integrate features such as forward error correction and linear modulator drivers that are compliant with the IEEE 100GBASE-DR standard, which are expected to ease the burden on module designers and enable seamless integration with existing 100G switch ports. MACOM PRISM PAM4 PHY can now send samples to customers.
As 100G technology matures in 2018, optical suppliers are increasingly striving to reduce module costs and increase system density in order to seek a competitive advantage. For this reason, single-wave PAM-4 modulation is crucial because it can achieve 100G throughput over a single fiber. As a result, the number of lasers in an optical transceiver module can be reduced from four to one, and the associated cost and density advantages can be highlighted. Data center operators generally believe that single-wavelength PAM-4 is bound to become the de facto standard for future 100G connectivity and will begin deployment later this year.
· ColorChip will demonstrate this single-wave 100G QSFP28 solution at booth 2529 on the 2018 International Optical Communication Conference (OFC).
Chris Collins, MACOM’s marketing director, said: "In cooperation with industry pioneers such as ColorChip, our PRISM chips with serial line speeds of up to 100G have also demonstrated their performance and cost advantages. "This show proves that MACOM is at 53Gbaud PAM4. The R&D investment is the right choice, and we will be able to integrate seamlessly with optical components to enable the deployment of a new generation of cloud data centers. ”
ColorChip vice president of R&D Eli Arad said: "ColorChip brings high-speed data transmission solutions to the world's top large-scale data centers. We are a global leader in ultra-large-scale single-mode solutions with a patented SystemOnGlass platform. Provides a powerful, compact optical transceiver that supports ultra-fast data-intensive traffic rates."MACOM is an early adopter of single-wavelength solutions. We are proud to implement this performance breakthrough in the single wavelength 100G QSFP28 with MACOM's PRISM chipset. We firmly believe that by developing cost-effective solutions while maintaining industry-leading performance, ColorChip will be able to create next-generation optical products that meet 100G, 400G, and higher speed requirements. ”
MACOM will present its complete optical and optical components portfolio at Booth #2613 on the OFC 2018, March 13-15 in San Diego, California.
Other components：Tenco
MACOM PRISM is a highly integrated PAM4 PHY that converts 100Gb Ethernet traffic from four 25Gb/s channels into a single 100Gb/s channel. Only one set of optics is required in the 100GE module, which allows customers to implement a new generation of 100G link deployments only at the necessary cost. PRISM devices integrate features such as forward error correction and linear modulator drivers that are compliant with the IEEE 100GBASE-DR standard, which are expected to ease the burden on module designers and enable seamless integration with existing 100G switch ports. MACOM PRISM PAM4 PHY can now send samples to customers.
As 100G technology matures in 2018, optical suppliers are increasingly striving to reduce module costs and increase system density in order to seek a competitive advantage. For this reason, single-wave PAM-4 modulation is crucial because it can achieve 100G throughput over a single fiber. As a result, the number of lasers in an optical transceiver module can be reduced from four to one, and the associated cost and density advantages can be highlighted. Data center operators generally believe that single-wavelength PAM-4 is bound to become the de facto standard for future 100G connectivity and will begin deployment later this year.
· ColorChip will demonstrate this single-wave 100G QSFP28 solution at booth 2529 on the 2018 International Optical Communication Conference (OFC).
Chris Collins, MACOM’s marketing director, said: "In cooperation with industry pioneers such as ColorChip, our PRISM chips with serial line speeds of up to 100G have also demonstrated their performance and cost advantages. "This show proves that MACOM is at 53Gbaud PAM4. The R&D investment is the right choice, and we will be able to integrate seamlessly with optical components to enable the deployment of a new generation of cloud data centers. ”
ColorChip vice president of R&D Eli Arad said: "ColorChip brings high-speed data transmission solutions to the world's top large-scale data centers. We are a global leader in ultra-large-scale single-mode solutions with a patented SystemOnGlass platform. Provides a powerful, compact optical transceiver that supports ultra-fast data-intensive traffic rates."MACOM is an early adopter of single-wavelength solutions. We are proud to implement this performance breakthrough in the single wavelength 100G QSFP28 with MACOM's PRISM chipset. We firmly believe that by developing cost-effective solutions while maintaining industry-leading performance, ColorChip will be able to create next-generation optical products that meet 100G, 400G, and higher speed requirements. ”
MACOM will present its complete optical and optical components portfolio at Booth #2613 on the OFC 2018, March 13-15 in San Diego, California.
Other components：Tenco
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