eFPGA | BestHub

Architects' Tech Alliance

Mar 7, 2022 · Fundamentals

FPGA Technology for Compute‑Intensive and Communication‑Intensive Tasks: Performance, Deployment, and Market Overview

This article examines how FPGA accelerators handle compute‑intensive and communication‑intensive workloads, compares their performance and latency to CPU and GPU solutions, explores various deployment models in data centers, and outlines the evolving Chinese and global FPGA market landscape.

AcceleratorsCloud ComputingFPGA

0 likes · 13 min read

FPGA Technology for Compute‑Intensive and Communication‑Intensive Tasks: Performance, Deployment, and Market Overview

Architects' Tech Alliance

Sep 10, 2021 · Artificial Intelligence

FPGA Technology for Compute‑Intensive and Communication‑Intensive Tasks in Data Centers

The article examines how FPGA’s pipeline parallel architecture provides latency‑critical advantages over CPU and GPU for both compute‑intensive workloads such as matrix operations and AI inference, and communication‑intensive tasks like encryption and high‑throughput networking, while also discussing deployment models, power efficiency, eFPGA trends, and the evolving Chinese FPGA market.

AICloud ComputingCompute Acceleration

0 likes · 14 min read

FPGA Technology for Compute‑Intensive and Communication‑Intensive Tasks in Data Centers