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Newer cryptocurrencies highlight need for agile mining strategies

Newer cryptocurrencies highlight need for agile mining strategies
by Tom Simon on 03-07-2019 at 12:00 pm

Cryptocurrencies represent a radical departure from traditional forms of money. Currencies like Bitcoin, Etherium and Monero offer many unique advantages over traditional currencies, and are changing how money is created and used. Bitcoin, the pioneer of cryptocurrencies, relies on pure computational power for so-called… Read More


Building Better ADAS SOCs

Building Better ADAS SOCs
by Tom Simon on 02-07-2019 at 12:00 pm

Ever since we replaced horses in our personal transportation system, folks have been pining for cars that offer some relief from the constant need for supervision, control and management. Indeed, despite their obvious downsides, horses could be counted on to help with steering and obstacle avoidance. There are even cases when… Read More


AI at the Edge

AI at the Edge
by Tom Dillinger on 12-20-2018 at 7:00 am

Frequent Semiwiki readers are well aware of the industry momentum behind machine learning applications. New opportunities are emerging at a rapid pace. High-level programming language semantics and compilers to capture and simulate neural network models have been developed to enhance developer productivity (link). Researchers… Read More


Embeddable FPGA Fabric on TSMC 7nm

Embeddable FPGA Fabric on TSMC 7nm
by Tom Simon on 12-14-2018 at 7:00 am

With their current line-up of embeddable and discrete FPGA products, Achronix has made a big impact on their markets. They started with their Speedster FPGA standard products, and then essentially created a brand-new market for embeddable FPGA IP cores. They have just announced a new generation of their Speedcore embeddable… Read More


Achronix Assists Academics

Achronix Assists Academics
by Tom Simon on 11-28-2018 at 7:00 am

In every semiconductor related field, innovation is the name of the game. Academic, non-profit and government research has been a consistent source of innovation. Look back at the US space program, basic science research and even military programs to see where much of the foundation of our current technological age came from.… Read More


Architecture for Machine Learning Applications at the Edge

Architecture for Machine Learning Applications at the Edge
by Tom Dillinger on 10-31-2018 at 2:01 pm

Machine learning applications in data centers (or “the cloud”) have pervasively changed our environment. Advances in speech recognition and natural language understanding have enabled personal assistants to augment our daily lifestyle. Image classification and object recognition techniques enrich our social media experience,… Read More


Neural Network Efficiency with Embedded FPGA’s

Neural Network Efficiency with Embedded FPGA’s
by Tom Dillinger on 09-21-2018 at 12:00 pm

The traditional metrics for evaluating IP are performance, power, and area, commonly abbreviated as PPA. Viewed independently, PPA measures can be difficult to assess. As an example, design constraints that are purely based on performance, without concern for the associated power dissipation and circuit area, are increasingly… Read More


An FPGA Industry Veteran’s View of Future

An FPGA Industry Veteran’s View of Future
by Tom Simon on 08-29-2018 at 7:00 am

There are tectonic changes happening in the world of FPGAs. A lot has changed since their introduction in the 80’s. Back then they were mostly used to implement state machines or glue logic. Subsequently they grew more complex with the addition of high speed IOs, eRAM, DSPs, other processors and other IP. More recently though FPGAs… Read More


Timing Closure Techniques for SOCs with Embedded FPGA Fabric

Timing Closure Techniques for SOCs with Embedded FPGA Fabric
by Tom Simon on 08-07-2018 at 12:00 pm

Once the benefits of using an embedded FPGA fabric are understood, the next question is about how timing closure is handled between the ASIC and the eFPGA blocks. First let’s look briefly at the advantages. By moving the eFPGA on to the SOC die, tons of I/O logic and the need for any package and board interconnect will vanish. Package… Read More