What’s Really Behind The Adoption Of eFPGA?


System companies are taking a more proactive role in co-designing their hardware and software roadmaps, so it’s no surprise that they are also driving the adoption of embedded FPGAs (eFPGA). But why and why has it taken so long? Today, most system companies leverage FPGAs to offload intensive compute workloads from the main processor or provide broader IO capability than any packaged ASIC ... » read more

eFPGAs Bring A 10X Advantage In Power And Cost


eFPGA LUTs will out-ship FPGA LUTs at some point in the near future because of the advantages of reconfigurable logic being built into the chip: cost reduction, lower power, and improved performance. Many systems use FPGAs because they are more efficient than processors for parallel processing and can be programmed with application specific co-processors or accelerators typically found in da... » read more

Add Security And Supply Chain Trust To Your ASIC Or SoC with eFPGAs


Before Covid-induced supply chain issues affected semiconductor availability and lead times, concerns about counterfeit parts and trusted supply chains were becoming the subject of many articles and discussions affecting critical data centers, communications, public infrastructure, and facilities such as regional power plants and the grid. Today’s semiconductor design and manufacturing is com... » read more

On-Chip FPGA: The “Other” Compute Resource


When system companies discuss processing requirements for their next generation products, the typical discussion invariably leads to: what should the processor subsystem look like? Do you upgrade the embedded processors in the current subsystem to the latest and greatest embedded CPU? Do you add more CPUs? Or perhaps add a little diversity by adding a DSP or GPU? One compute resource tha... » read more

Make Your SoC Upgradable Like A Tesla


I’ve always been a fan of Tesla. Not for the quick acceleration, nice lines, great handling or leading the world away from the using the internal combustion engine. I’m a big fan because they plan products not just for use today, but for the future. In the not too distant past, in order to get the latest automotive technology, you’d have to buy a new car. With Tesla, you don’t have to. ... » read more

Inferencing At The Edge


Geoff Tate, CEO of Flex Logix, talks about the challenges of power and performance at the edge, why this market is so important from a business and technology standpoint, and what factors need to be balanced. » read more

Multi-Layer Processing Boosts Inference Throughput/Watt


The focus in discussion of inference throughput is often on the computations required. For example, YOLOv3, a power real time object detection and recognition model, requires 227 BILLION MACs (multiply-accumulates) to process a single 2 Mega Pixel image! This is with the Winograd Transformation; it’s more than 300 Billion without it. And there is a lot of discussion of the large size ... » read more

Embedded FPGA Basics


You do not need know about FPGAs to integrate reconfigurable RTL into your SoC: our software maps your RTL into our EFLX array for you.  But if you are curious, read on. FPGAs are field programmable gate arrays. They offer a different kind of programmability from processors.  Processors are sequential while FPGAs enable massive parallelism.  A processor has one adder, one multiplier—an ... » read more

Edge Inferencing Challenges


Geoff Tate, CEO of Flex Logix, talks about balancing different variables to improve performance and reduce power at the lowest cost possible in order to do inferencing in edge devices. https://youtu.be/1BTxwew--5U » read more

Looking Beyond The CPU


CPUs no longer deliver the same kind of of performance improvements as in the past, raising questions across the industry about what comes next. The growth in processing power delivered by a single CPU core began stalling out at the beginning of the decade, when power-related issues such as heat and noise forced processor companies to add more cores rather than pushing up the clock frequency... » read more

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