Ubitium’s universal processor is designed to be scalable, supporting a portfolio of chips that vary in size but share ...

While there has been no shortage of FPGA-based recreations of classic processors, we always enjoy seeing a new approach. Last month [Some Assembly Required] took on the challenge to recreate a ...

Ubitium claims to be developing a groundbreaking processor architecture capable of handling virtually any workload.

That’s the CPU that eventually drove the Pano for [Ttsiodras]. The FPGA is large enough that he was able to get two 50 MHz cores in the box. You can even simulate the CPU before committing it to ...

AMD's progress in AI and server CPUs positions it to capture market share, with up to 70% upside potential based on my ...

One advantage of Softcore Processors is the ability to add a custom instruction, and this is demonstrated building it in hardware and using it in software. The range of IP available for various FPGA ...

In this paper we present a single FPGA chip implementation of a NOC based shared memory multiprocessor system with 24 processors connected to a main memory composed of 4 DDR2 banks. All the processors ...

In the mid to late 1990s, soft-core FPGA processors were of interest only to the academic community due to their high cost and low performance. A soft-core FPGA processor might have been able to fit ...

FPGAs, however, do not offer the same flexibility and ease of design as DSP processors. FPGA coprocessors are blocks of hardware IP that can easily be integrated into a processor-based system in order ...

Explore the Red Pitaya board: a versatile, reprogrammable tool for electronics testing, signal analysis, and development.