--- title: "China's top chip-design IP house posts ¥3.2 billion but a ¥528 million loss" date: 2026-11-11 category: Chips & Compute site: NeuroAI canonical: https://neuroai.site/a/na-chips-verisilicon-ip-licensing language: en --- # China's top chip-design IP house posts ¥3.2 billion but a ¥528 million loss > VeriSilicon's 2025 revenue jumped 36% on a flood of AI-related design orders, yet the Shanghai IP and chip-platform firm remains unprofitable — a candid case study in China's IP-supply gap. Most chip companies sell chips. VeriSilicon sells the blueprints, the toolbox, and the factory access that let other companies build their own. That unusual model is why a ¥3.2 billion year can still end in the red. ## Key takeaways - VeriSilicon (芯原股份, 688521.SH) reported 2025 revenue of ¥3.152 billion (≈ US$438 million), up 35.77% year on year. - The company remained loss-making: net loss attributable to shareholders was ¥528 million (≈ US$73 million), an improvement from a ¥601 million loss in 2024. - Intellectual-property (IP) licensing royalty revenue was ¥671 million (≈ US$93 million), up 6.07%, while mass-production service revenue jumped 73.98% to ¥1.49 billion (≈ US$207 million). - New orders signed in 2025 reached ¥5.96 billion (≈ US$828 million), up 103.41%, with the company stating AI-compute-related orders exceeded 73% of the total. - Year-end backlog (在手订单) was ¥5.075 billion (≈ US$705 million); R&D spend was ¥1.349 billion, or 42.78% of revenue. ## The IP-and-silicon platform model VeriSilicon is not a chip maker in the usual sense. It operates what it calls a "silicon platform as a service" model: it licenses semiconductor IP — processor cores such as GPU, NPU, DSP and VPU, plus interface and analog blocks — and then offers one-stop chip-design and mass-production services on top. A customer can license an NPU core, have VeriSilicon design the surrounding system-on-chip, and let VeriSilicon manage the tape-out and volume manufacturing at foundries. This is strategically important for China. Advanced processor cores and the know-how to stitch them into working silicon have long been controlled by a handful of Western IP and EDA vendors. VeriSilicon, per its own sustainability report, ranks first in China and eighth globally in semiconductor-IP licensing sales — a rare Chinese name in a field where Arm, Synopsys, and Cadence dominate the top of the table. ## Growth, but still in the red The 2025 annual report, filed on the Shanghai Stock Exchange, shows revenue climbing to ¥3.152 billion (≈ US$438 million) from ¥2.32 billion in 2024, a 35.77% rise. The business mix split three ways: mass-production services ¥1.49 billion (≈ US$207 million, up 73.98%), chip-design services ¥877 million (≈ US$122 million, up 20.94%), and IP licensing royalties ¥671 million (≈ US$93 million, up 6.07%), with an additional ¥111 million in per-unit royalty fees, up 7.57%. Yet the bottom line stayed negative. Net loss attributable to shareholders was ¥528 million (≈ US$73 million), narrower than the ¥601 million loss a year earlier — a reduction of about ¥73 million, not a turn to profit. Gross margin was 34.19%. The company declared no dividend, citing accumulated undistributed losses at the parent of about ¥1.07 billion and negative operating cash flow. ## Where the orders are coming from The most striking line is the order book. New orders signed during 2025 reached ¥5.96 billion (≈ US$828 million), more than double the prior year, and the company stated that AI-compute-related orders exceeded 73% of that total, with data-processing applications above 50% — much of it tied to cloud-side AI ASICs and IP. Year-end backlog (在手订单) stood at ¥5.075 billion (≈ US$705 million), with the company indicating most should convert within a year. This is the China AI-hardware story in miniature. As domestic firms design custom AI accelerators, many lack the in-house teams to own the full silicon stack. VeriSilicon's platform lets them license proven IP and outsource the rest — exactly the bottleneck a localized IP and design-services house is meant to relieve. ## Why the losses persist High growth, no profit: the gap comes from structure. VeriSilicon spends ¥1.349 billion (≈ US$187 million) a year on R&D — 42.78% of revenue — to keep its IP library current at advanced nodes (it cites design capability down to 4nm FinFET and 22nm FD-SOI). Unlike a pure IP licensor that earns royalties at high margin, VeriSilicon's mass-production service carries lower margins but scales headcount and working capital. The company argues this "asset-light" scale advantage ultimately drops more of the gross profit to the bottom line, but the crossover has not arrived in the reported numbers. For a global reader, the takeaway is that China's semiconductor self-reliance is not only about fabs and lithography. It also depends on who owns the reusable IP and the design talent to deploy it — and building that base is expensive and slow. ## Honest limitations Figures are drawn from VeriSilicon's 2025 annual report filed on the Shanghai Stock Exchange, plus financial-press summaries; they were not independently audited here. The claim that AI-compute-related orders exceeded 73% of new orders, and the global IP ranking (#1 China, #8 worldwide), are company-stated and were not re-verified against third-party rankings such as those from IPnest. The "loss reduced by ¥73 million" is derived from year-over-year net-loss figures in the filings. The piece addresses financial and strategic signals only; it does not assess the technical competitiveness of individual IP blocks versus Arm or Synopsys, nor the impact of export controls on VeriSilicon's foundry partners or specific customer programs. ## What readers can do now - Treat VeriSilicon as a leading indicator for China's custom-AI-chip wave: rising new orders signal more domestic ASIC designs entering the pipeline. - Watch the path to profitability — specifically whether R&D as a share of revenue falls and gross margin on mass production improves quarter by quarter. - Compare its IP-and-platform model with pure-play IP licensors abroad to judge whether China's localization strategy favors vertical integration over licensing alone. --- Published by NeuroAI (https://neuroai.site/) — https://neuroai.site/a/na-chips-verisilicon-ip-licensing Free to quote with attribution and a link to the original.