Most of the discussion around Xilinx UltraScale parts in FPGA-based prototyping modules has been on capacity, and that is certainly a key part of the story. Another use case is developing, one that may be even more important than simply packing a bigger design into a single part without partitioning. The real win with this technology… Read More
FPGA based Prototyping
Prototyping the Future of Semiconductors!
With major semiconductor mergers and acquisitions running rampant in 2015 (more than double the M&A activity in 2014), the question is where will we go from here? There are many different ways to slice this but for this blog let’s talk about the thousands of semiconductor professionals that will be changing jobs as a result … Read More
A Brief History of FPGA Prototyping
Verifying chip designs has always suffered from a two-pronged problem. The first problem is that actually building silicon is too expensive and too slow to use as a verification tool (when it happens, it is not a good thing and is called a “re-spin”). The second problem is that simulation is, and has always been, too slow.
When Xilinx… Read More
Taking prototyping beyond prototypes
Everyone has heard the expression, “Half the job is having the right tool.” In the case of FPGA-based prototyping, however, the right tool for the job is only the beginning. What teams really need to think through is what exactly should be done with an FPGA-based prototyping tool?
The obvious answer is prototyping an SoC, pre-silicon.… Read More
Conquering the Next IoT Challenges with FPGA-Based Prototyping
The need for ever-connected devices is skyrocketing. As I fiddle with my myriad of electronic devices that seem to power my life, I usually end up wishing that all of them could be interconnected and controlled through the Internet. The truth is, only a handful of my devices are able to fulfill that wish, but the need is there and developers… Read More
This is how FPGA Prototyping Works
FPGA prototyping has come a long way since the late 1980s when chipmakers began using FPGA devices for building system prototypes of ASIC designs. The utility of a working FPGA prototype allows hardware designers to develop and test their systems, and it provides software developers early access to a fully functioning hardware… Read More
Taking a Leap Forward to Prototype Billion Gate Designs
It’s very common these days to hear about a billion gates SoC, but not without a huge design and verification effort and investment of resources. A complete verification of such an SoC needs several verification steps including software and hardware based methodologies that often are not sufficient to cover the whole SoC. In order… Read More
Realize the Genius of Your Design!
I think we can all agree that no matter what you are designing, FPGA prototyping can help. The challenge is getting the most out of the leading edge FPGA prototyping solutions and that requires a detailed understanding of how this technology works and what FPGA prototyping solutions match your design and verification requirements.… Read More
S2C’s Virtex UltraScale Prototyping Provides Designers Much Needed Flexibility
The advent of large system-on-chip (SoC) designs has brought FPGA prototyping hardware into the limelight and the launch of S2C Inc.’s Single VU440 Prodigy Logic Module just shows how far off-the-shelf prototyping has come in a bid to complement hardware verification and software development. Hardware verification… Read More
Breaking the SoC lab walls
There used to be this thing called the “computer lab”, with glowing rows of terminals connected to a mainframe or minicomputer. Computers required a lot of care and feeding, with massive cooling and power requirements. Microprocessors and personal computers appeared in the 1970s, with much smaller and less expensive machines… Read More
Rethinking Multipatterning for 2nm Node