RISC-V ecosystem accelerating maturity: new blue ocean for chip design IP, investment logic shifts to open-source architecture

In today's chip industry, which constantly pursues performance and cost balance, an open-source instruction set architecture called RISC-V is quietly changing the competitive landscape of semiconductor design IP. According to the latest news, several chip design companies have recently launched high-performance RISC-V processor IPs targeting ARM Cortex-X series, marking the official entry of this ecosystem into the high-performance computing field. For investors, this is not only an evolution of technology roadmap but also a long-term investment logic worth attention—the disruptive power of open source.

RISC-V Milestones: From Edge to Mainstream

In the past few years, RISC-V was mainly used in low-power scenarios like IoT and microcontrollers. However, since 2026, multiple companies have released high-performance cores for servers, data centers, and AI inference. For example, SiFive's Performance P800 series achieves SPECint benchmark levels comparable to ARM Neoverse N2, while Chinese startup T-Head demonstrated an AI chip integrating 64 RISC-V cores. These breakthroughs mean RISC-V is no longer a "toy" architecture but possesses the strength to compete head-on with x86 and ARM.

More importantly, the RISC-V International Foundation recently approved the AI extension instruction set standard (RVV 2.0), providing a unified specification for machine learning acceleration. This directly attracted giants like NVIDIA and Google to join and begin launching RISC-V-based coprocessors. Analysts point out that when cloud vendors can design chips tailored to their needs, reliance on traditional IP licensing will significantly decrease.

Why Is RISC-V a New Variable in Chip Investment?

The traditional chip design IP market has long been dominated by ARM, with high licensing fees and limited customization. In contrast, RISC-V adopts an open-source license (BSD), allowing enterprises to freely modify and commercialize without paying high royalties. For regions like China and Southeast Asia seeking semiconductor self-reliance, RISC-V offers an opportunity to bypass ARM and x86 patent barriers.

Cost advantage: Small and medium enterprises can differentiate designs based on free cores, lowering chip development barriers.
Customization capability: Without the risk of architecture lock-in, companies can deeply optimize instruction sets for vertical scenarios (e.g., automotive, AI, 5G).
Rapid ecosystem growth: The open collaborative model attracts global developers, and software toolchains (compilers, debuggers) have gradually matured.

According to Semico Research, shipments of RISC-V-based chips will exceed 25 billion units by 2029, with a compound annual growth rate of 45%. This growth rate far exceeds the overall semiconductor market, indicating that the golden window for investing in the RISC-V industrial chain (including IP cores, design services, and software development tools) is opening.

Investment Focus: IP Licensing and Design Services

Unlike ARM's closed model, the RISC-V ecosystem hosts numerous independent IP core suppliers, such as SiFive, Andes Technology, and T-Head. These companies not only provide CPU core IP but also supporting IPs like buses and peripherals, as well as SoC design consulting. Investors can focus on the following directions:

Leading IP vendors: SiFive plans to launch an IPO by the end of 2026, with a valuation exceeding $10 billion. Andes Technology, the first listed RISC-V company, counts MediaTek, Realtek, and other top-tier IC design firms among its clients.
Design service companies: Many system companies lack chip design capabilities, so they partner with design service firms (e.g., VeriSilicon) for RISC-V customization. These companies benefit from increasing projects.
Toolchains and EDA: EDA giants like Synopsys and Cadence have started fully supporting RISC-V, but open-source EDA tools (e.g., OpenROAD) are also rising, creating new software investment opportunities.

Additionally, Southeast Asia, particularly Singapore, is actively building its RISC-V ecosystem. The Agency for Science, Technology and Research (A*STAR) recently launched the "RISC-V Center of Excellence" to train local design talent and collaborate with Malaysian OSAT facilities for one-stop services. For investors focusing on "domestic substitution" and "Southeast Asian supply chains," RISC-V offers a differentiated path.

Risks and Challenges: What to Watch Out For?

Despite a bright outlook, RISC-V investment is not without risks. First, the software ecosystem remains a weakness: although the Linux kernel natively supports RISC-V, many application software (e.g., Android, Windows) have not been fully adapted. Second, fragmentation—different companies may fork incompatible versions; the International Foundation is striving for standard unification. Third, ARM has started a price counterattack, offering lower licensing fees to retain customers. Finally, geopolitical risks: if major economies impose export controls on open-source architectures, global collaboration could be affected.

For long-term investors, RISC-V fits the logic of "technology substitution" and "industrial chain autonomy." In the context of current US-China tech competition, regions like China, the EU, and India are strongly supporting RISC-V, and policy dividends may continue. Singapore, as a neutral hub, is attracting many RISC-V companies to set up regional headquarters.

Conclusion: Open-Source-Driven New Paradigm for Chip Investment

Chip investment logic is shifting from "process leadership" to "architecture innovation." The emergence of RISC-V has broken the monopoly in the IP licensing market, injecting vitality into the industry. For investors, understanding the operating model of open-source communities, the evolution of technical standards, and the explosive pace of downstream applications will be key to seizing this round of capital opportunities. When chip design becomes as open as writing software, those who occupy favorable positions in the ecosystem will share the growth dividends of the next decade.