The capacity and capability of modern FPGAs support the implementation of many digital systems, making FPGAs the platforms of choice for developing, prototyping, and deploying digital logic. Depending ...

Remember when ASIC was ASIC and FPGA was an afterthought? It wasn't that long ago–maybe 10 years–but technology and market forces have done a lot to blur the distinction. Where there had been a clear ...

Advances in FPGA architectures and the use of 90-nm process rules have allowed the latest generation of FPGAs to achieve levels of integration and performance comparable to many ASICs. The latest ...

As their on-chip resources and gate count grow, more ASIC-like implementation flows push FPGAs into unlikely applications.

It is clear that FPGAs are great for prototyping and low-volume production. It's also clear, however, that any relatively complex mid- to high-volume design for which power consumption, component cost ...

SDVoE Alliance President, Justin Kennington shares his perspective on how FPGA versus ASIC chips impacts the product supply chain in the AV industry. When you purchase through links on our site, we ...

“FPGA based deep learning accelerators meet most requirements,” Yao says. “They have acceptable power and performance, they can support customized architecture and have high on-chip memory bandwidth ...

FPGA Applications: Uses in the Workplace One reason FPGA is often used in engineering contexts is because it is a type of semi-custom integrated circuit. Engineers can use FPGA to develop new types of ...

With the advent of new technologies in IC design and complexity of the business models, chip designers may want to explore different choices available to them for implementation. ASICs have been the ...