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        Industry’s 1st Single Chip 400GE Solution

        Watch a demonstration of the industry’s first single chip solution for 400G applications, featuring the 20 nm Virtex UltraScale device interfacing to Sumitomo Electric CFP4 optical modules and 10 km of optical fiber.

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        Virtex UltraScale for 28G backplanes and 30G optics

        Watch a demonstration of the Virtex® UltraScale™ VU095 device featuring GTY transceivers capable of 32.75G short reach and 28.21G backplane operation, ideal for implementing next generation 400G and 500G wired networking systems.

        Reduce Power Consumption, Size & Manufacturing Cost of 4G/5G Base Stations

        Use programmable-hardware technology to implement complete transmit chains to improve power amplifier efficiency and complete receive chains that include digital down conversion and interfaces to connect with analog front ends and radio equipment controllers.

        Interfacing to QSFP28, CFP2, CFP4 optics and more with UltraScale FPGAs

        System designers leverage FPGAs to talk to a wide variety of pluggable optics. Those can be anything from those old Gigabit Ethernet modules to the latest 400Gig Ethernet arrangements.

        High Speed SelectIO Wizard 2016.1

        This video explains how to generate an example IO loopback design using the UltraScale/UltraScale+ native mode High Speed SelectIO wizard. Features of the wizard are explained for both a TX and RX type of interface. An example design is created from a single interface that connects a complementary loopback interface. The example design is then simulated in Vivado simulator to show a working design.

        Virtex UltraScale Compliancy to 25Gb Copper Interconnect for Data Center

        This video showcases the Xilinx Virtex UltraScale 30Gig GTY Transceiver’s compliancy to the most challenging and desired of Data Center Ethernet standards: the 100GBase-CR4 and 100GBase-KR4 electrical standards. As shown, Xilinx transceivers accomplish this through their superior high speed clocking performance and fully auto-adaptive equalization.