AMD 7 Series device lifecycles extended through 2040

AMD UltraScale+™ device lifecycles extended through 2045

AMD Versal™ adaptive SoCs available through 2045+

(All temperatures and speed grades, excluding HBM devices)

AMD technology is helping Cornell University unlock discoveries in the world of physics.

Dr. Lawrence Gibbons, a professor in the department of physics at Cornell University, has had an interest in science from a very early age. A self-proclaimed "Trekkie," Gibbons says he was really fascinated by physics as a child and was reading about black holes in early junior high. "I was interested in physical phenomenon and started pursuing it," he said.

Just a week ago, Xilinx announced the arrival of Radiation Tolerant (RT) Kintex UltraScale (XQRKU060), our newest addition to the Space-Grade (XQR) portfolio. The new device enables a broader array of functionality and delivers a significant increase in performance compared to our previous generations and other FPGA vendors. By adding an UltraScale device, we are skipping three process nodes from 65nm to 20nm. The product table below shows how RT Kintex® UltraScale™ stacks up to our previous XQR devices, Virtex®-4QV (V4QV) and Virtex-5QV (V5QV).

As next-generation networks are deployed to support an increasingly diverse mix of high-bandwidth applications, network vendors and data center operators need to rapidly scale packet processing capability while both minimizing capex/opex and preserving the flexibility to adapt to future connectivity standards. To meet these requirements, Xilinx is excited to announce the latest addition to the Kintex® UltraScale+™ FPGA portfolio: the Kintex UltraScale+ KU19P FPGA. The KU19P FPGA delivers the optimized mix of resources and high-throughput connectivity needed to efficiently accelerate network processing while maintaining the strong balance of performance, price, and power inherent to the entire Kintex FPGA portfolio.