FPGA Industry Overview: Development Stages, Market Landscape, and Domestic Substitution Prospects (2023)

The FPGA industry can be divided into two stages: the first, beginning in the 1980s, saw the emergence of pioneers such as Lattice, Altera, Xilinx and Actel, which quickly became the four major players; the second, starting around 2010, is characterized by large‑scale mergers and acquisitions, with AMD (Xilinx) and Intel (Altera) forming CPU+FPGA solutions for data‑center applications.

International vendors offer a complete product matrix covering logic capacities from tens of K to thousands of K, serving industrial control, networking, consumer electronics, data‑center, automotive and AI markets. Their product families include Xilinx’s VIRTEX, KINTEX, ARTIX, SPARTAN, as well as adaptive SoC lines such as ZYNQ and VERSAL, which now use 7 nm processes.

From a process perspective, FPGA chips are categorized into UltraScale+ (16 nm), UltraScale (20 nm), 28 nm series and 45 nm series, with VERSAL representing the latest 7 nm upgrade. Architecturally, modern FPGAs integrate high‑speed interfaces (PCIe, Ethernet), AI engines, NoC and HBM, moving toward heterogeneous SoC solutions.

Market data shows that the four global leaders captured 94.4 % of worldwide FPGA revenue in 2019, with AMD/Xilinx holding 51.7 % and Intel/Altera 33.7 %. In China, their shares are lower (36.6 %/25.3 % by shipment), leaving room for domestic players.

Demand in China is dominated by low‑end devices (<500 K logic cells) built on 28‑90 nm processes, accounting for about 70 % of market volume. Mid‑range and high‑end segments are still largely served by foreign vendors, but the slowdown of their mid‑range investments creates opportunities for Chinese companies.

Domestic firms such as Fudan Micro, Anlu Technology and Unigroup have launched 28 nm product lines since 2018‑2020 and are now pursuing more advanced nodes. They are also expanding into emerging applications—automotive, data‑center, AI acceleration—through heterogeneous products like APU, GPU, VPU, eFPGA and SoPC.

On the software side, AMD/Xilinx provides Vitis, Vivado and Vitis AI; Intel/Altera offers Quartus Prime and Questa; Lattice supplies Diamond, Radiant and Propel. Chinese toolchains such as Pango Design Suite, TangDynasty and FutureDynasty support FPGA and FPSoC development, with RISC‑V compilation and debugging capabilities.

Overall, the FPGA market remains growth‑driven, with domestic substitution gaining momentum in the mid‑ and low‑end segments, while advanced‑process and heterogeneous integration continue to be the key battlegrounds for future competition.