By now I have already uploaded SPEC-2017 benchmark results with multicore settings on ARM, RISC-V, and x86 compute instances. On this page, you will find results for SPEC-2017 fprate benchmarks with m...

In the previous series of SPEC benchmarks, I explained what SPEC is, the structure of SPEC and some technicalities that users need to understand while evaluating performance with SPEC benchmarks along...

Tired of waiting for physical hardware to test your RISC-V code? Cloud-V is here to change the game! 🤯 This revolutionary platform provides a virtual environment for RISC-V development, letting you di...

Previously, I ran and explained SPEC CPU 2017 intrate benchmark on RISC-V, x86, and ARM compute instances. But it was multicore and utilized all cores of each instance of Cloud-V. This page will cover...

We have already run and explained the coremark benchmark on RISC-V SBC (VisionFive v1, VisionFive v2, etc.). But it was the open-source benchmark and it was suitable for microcontroller benchmarking. ...

There has been a lot of development in RISC-V software and hardware ecosystems by open-source developers to enable RISC-V architecture in every field of technology which can be automotive, AI on the e...

Suppose you are out trying to buy a new processor, memory stick, storage device for your computer, or even a whole new computer. If you go without checking out the performance of the devices available...

The emergence of Large Language Models (LLMs) has significantly impacted the software industry. We are witnessing a change not only inside the industry but in our day-to-day aspects as well. But as th...