Xilinx just announced the shipment of the first TSMC based 20 nm FPGAs, beating Altera to the punch yet again. Xilinx was also the first to ship TSMC 28nm FPGAs and will undoubtedly beat Altera to 14nm which could be the knockout punch we have all been waiting for. The Xilinx UltraScale is a new family of FPGAs that will use 20nm and 16nm… Read More
Xilinx and TSMC: Volume Production of 3D Parts
A couple of weeks ago, Xilinx and TSMC announced the production release of the Virtex-7 HT family, the industry’s first heterogeneous 3D ICs in production. With this milestone, all Xilinx 28nm 3D IC families are now in volume production. These 28nm devices were developed on TSMC’s Chip-on-Wafer-on-Substrate (CoWoS)… Read More
I could show you the FPGA, but then I’d have to configure you
One of the present ironies of the Internet of Things is as it seeks to connect every device on the planet, we are still designing those things with largely unconnected EDA tools. We may share libraries and source files on a server somewhere, but that is just the beginning of connection.
It is not surprising that synthesis tools from… Read More
Pigs Fly. Altera Goes with ARM on Intel 14nm
Altera announced in February that they would be using Intel as a foundry at 14nm. Historically they have used TSMC. Then in June they announced the Stratix 10 family of FPGAs that they would build on the Intel process. At the Globalpress summit in May I asked Vince Hu about their processor strategy. Here is what I wrote about itat the… Read More
Always-on Context-aware Sensors in Your Phone
Smartphones are smart but they are about to get smarter. The next big thing in mobile phones is to have a rich sensor environment: proximity, temperature and humidity, atmospheric pressure, light color, cover, gyroscope, magnetometer, accelerometer, ambient light, gesture and more. Some of these are already here, of course,… Read More
Xilinx’s Vivado HLS Will Float Your FPGA
Very rarely does the FPGA designer, especially with respect to RADAR, think of the FPGA as a floating point processor. Just to be sure I asked my 6 year old and she agreed. But you know what, the Xilinx FPGAs float. Go try it, order some up and fill up the tub.
Anyways I purpose a duel to the avid VHDL coder. I want you to design me a Sine(x) … Read More
Xilinx At 28nm: Keeping Power Down
Almost without exception these days, semiconductor products face strict power and thermal budgets. Of course there are many issues with dynamic power but one big area that has been getting increasingly problematic is static power. For various technical reasons we can no longer reduce the voltage as much as we would like from one… Read More
FPGAs The Life Savers
Silicon dominates our lives, CPU’s, GPU’s are in the limelight but the unsung hero is the FPGA. They simply do the work where other silicon dare not tread, as they are unfit for the task. Never send a boy to do a man’s job.
For a moment, if we can, just for a few minutes perhaps we can break away from the social media bubble… Read More
More to the story than bigger FPGA-based prototyping
Still not convinced on the value of FPGA-based prototyping systems, or using older technology? I’ve been trying to find the story beyond just bigger, badder FPGAs in a box that you pour RTL into – and found some hints in a webinar on the Synopsys HAPS-70 from earlier this year.… Read More
Accelerating SoC Simulation Times
There never seems to be enough time in a SoC project to simulate all of the cycles and tests that you want to run, so any technique to accelerate each run is welcomed. You can just wait for your software-based RTL simulator to finish running, or you can consider using a hardware-based accelerator approach. I learned more about one such… Read More
Rethinking Multipatterning for 2nm Node