Posted by Michael Posner on January 16, 2015
In late 2013 I blogged about the newly announced Xilinx UltraScale devices, the VU440 specifically that will be the largest FPGA device on the market: http://blogs.synopsys.com/breakingthethreelaws/2013/12/xilinx-fpga%E2%80%99s-for-fpga-based-prototyping/
Well this week Xilinx officially announced that they have shipped the first samples of the VU440 devices: http://press.xilinx.com/2015-01-15-Xilinx-Delivers-the-Industrys-First-4M-Logic-Cell-Device-Offering-50M-Equivalent-ASIC-Gates-and-4X-More-Capacity-than-Competitive-Alternatives
And check out who received the first of these samples…………………………… ok, you don’t need to read it, Synopsys did…….. We have optimized every generation of our HAPS prototyping systems for the highest system performance, greatest capacity while adding significant capabilities on top delivering prototyping specific features. We all know the FPGA device is a required component within the FPGA-based prototyping hardware but it’s not what defines or makes the solution useful. Anyone can slap an FPGA on a board but this does not help a prototyper as the device alone does not deliver the capabilities they require. Prototypers rely on a solution which includes a software implementation tool flow, integration between hardware and software accelerating time to operation, built in capabilities such as high speed pin multiplexing and high visibility debug to ease bug hunting while being modular and scalable. (side note: Synopsys offers exactly this…. just in case you didn’t know)
I recommend you also check out the VU440 demo video. It stars my friend Kirk from Xilinx who introduces the new device and the demo running ten ARM Cortex-A9 CPU’s, pretty impressive. http://www.xilinx.com/products/silicon-devices/fpga/virtex-ultrascale.html#uniquePlayer1
Over the coming weeks I’m going to focus my blogs on the capabilities that the new Xilinx UltraScale devices deliver and the impact they have to prototypers. As noted above, an FPGA alone does not deliver FPGA-based prototyping so I will discuss how the device capabilities are expected to be integrated and leveraged delivering a solution.
Oh, and just because Synopsys has received Xilinx sample devices don’t expect a new HAPS next week. Delivering a solution requires hardware development, software development and a huge amount of validation. But I’m confident that when you are ready to adopt, Synopsys will be ready to deliver…..