FPGA prototyping is very popular in modeling hardware for early system prove-out, early embedded software development, as a cost-effective and performance-effective platform for software-driven hardware debug and for late-stage software debug, all before silicon is available. It has significant advantages in run-time… Read More
FPGA based Prototyping
Blurring Boundaries
I think most of us have come to terms with the need for multiple verification platforms, from virtual prototyping, through static and formal verification, to simulation, emulation and FPGA-based prototyping. The verification problem space is simply too big, in size certainly but also in dynamic range, to be effectively addressed… Read More
Free PDF Version of PROTOTYPICAL for SoC Design
In our quest to further enlighten the masses SemiWiki has published four books, we have two more eBooks in post production due out in Q1 2018 and two more topics in research. All of the books are available free for PDF versions or you can get printed versions on Amazon.com or free printed versions at book signings or if you happen to meet… Read More
Partitioning for Prototypes
I earlier wrote a piece to make you aware of a webinar to be hosted by Aldec on some of their capabilities for partitioning large designs for prototyping. That webinar has now been broadcast and I have provided a link to the recorded version at the end of this piece. The webinar gets into the details of how exactly you would use the software… Read More
Webinar: Aiding ASIC Design Partitioning for multi-FPGA Prototyping
The advantages of prototyping a hardware design on a FPGA platform are widely recognized, for software development, debug and regression in particular while the ultimate ASIC hardware is still in development. And if your design will fit into a single FPGA, this is not an especially challenging task (as long as you know your way … Read More
A Delicate Choice – Emulation versus Prototyping
Hardware-assisted verification has been with us (commercially) for around 20 years and at this point is clearly mainstream. But during this evolution it split into at least two forms (emulation and prototyping), robbing us of a simple choice – to hardware-assist or not to hardware-assist (that is the question). Which in turn … Read More
A Self-Contained Software-Driven Prototype
You’re building an IP, subsystem or SoC and you want to use a prototype together with a software testbench to drive extensive validation testing. I’m not talking here about the software running on the IP/SoC processor(s); the testbench should wrap around the whole DUT. This is a very common requirement. The standard approach to… Read More
Prototype-Based Debug for Cloud Design
Unless you’ve been in hibernation for a while, you probably know that a lot more chip design is happening in system companies these days. This isn’t just for science experiments; many of these designs are already being used in high-value applications. This development is captive – systems companies generally don’t want… Read More
Anirudh on Verification
I was fortunate to have a 1-on-1 with Anirudh before he delivered the keynote at DVCon. In case you don’t know the name, Dr. Anirudh Devgan is Executive VP and GM of the Digital & Signoff Group and the System & Verification Group at Cadence. He’s on a meteoric rise in the company, not least for what he has done for Cadence’s position… Read More
Prototyping: Sooner, Easier, Congruent
DVCon 2017 is a big week for Cadence verification announcements. They just released their Xcelium simulation acceleration product (on which I have another blog) and they have also released their latest and greatest prototyping solution in the Protium S1. This is new hardware based on Virtex UltraScale FPGAs on Cadence-designed… Read More
Podcast EP267: The Broad Impact Weebit Nano’s ReRAM is having with Coby Hanoch