Altera Corporation announced on April 9, the company unveiled the industry's first 32-Gbps transceiver features a programmable device, set another key milestone in transceiver technology. The display used 20 nm based on TSMC 20 soc technology devices, the results confirmed that the performance of 20 nm wafers, and at the same time to more than 500 Altera early use plans provide a positive progress, these customers are looking forward to in the demand of high performance, centered on the bandwidth of the next generation of Altera devices used in the application development.
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By showing the data rate of 32-Gbps transceivers, Altera has been able to understand the performance of high-performance transceiver design on TSMC 20SoC process. The show today Altera transceiver technology will be integrated into the Fiber Optic Adapter products using the TSMC 20SoC manufacturing process. These devices support the customer design the next generation of extremely low power consumption serial links, achieve timing convergence speed, and realize the high quality of signal integrity. Altera integrated in the device has a reliable record of cutting-edge transceiver technology; the company is currently the only company in the product-level 28 nm FPGA in single silicon integrated 28 Gbps low-power transceivers. As the first 32-Gbps milestone reached in 20 nm silicon FPGA vendors, Altera further expanded its transceiver technology lead.
Vince Altera company products and enterprise market vice President Hu commented: 'today's news for the industry as well as the Fiber Optic Patch Cord transceiver development team set up the important milestones. These 20 nm devices contain the key will be used in our next generation of FPGA IP components, they now passed verification, we are full of confidence to the market as planned delivery 20 nm FPGA.'
Altera's next generation transceiver innovation technology can meet the system developers on a global network of high-speed transmission of large amounts of data. Compared with the previous process fiber optic converter
Altera next-generation devices per channel with lower power consumption to achieve greater bandwidth, and can be connected directly 100g CPF2 light module to support higher port density.
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