At the recent State of the Union keynote, leading tech experts delivered a strong message that the RISC-V open instruction set architecture is becoming an inevitable trend in the global semiconductor industry. The rise of RISC-V not only challenges the long-standing dominance of x86 and ARM but also ushers in a new era for high-performance custom chip design.
Background & Causes
For decades, the global microprocessor market has been dominated by two giants: Intel (with the x86 architecture) and ARM (with its strict licensing model). However, high licensing costs coupled with geopolitical constraints have driven tech companies to seek more flexible alternatives. RISC-V emerged as an ideal solution thanks to its open-source nature, allowing any organization to freely customize and develop their own chips without worrying about legal barriers.
Technical Analysis & Technology
Technically, RISC-V is based on the minimalist design principles of reduced instruction set computer (RISC). The unique feature of RISC-V is its highly modular nature, which allows engineers to easily integrate specialized extension instructions for artificial intelligence (AI), machine learning, or graphics processing without affecting the base processor core. This significantly optimizes power efficiency compared to the bulky x86 architecture, while eliminating dependence on a single vendor's upgrade roadmap, as seen in ARM's model.
Expert Opinion & Assessment
According to reports from EE Times at the event, key speakers unanimously agreed that "RISC-V is inevitable." Industry experts note that the shift to RISC-V is happening faster than expected, especially in sectors requiring high customization such as data centers, IoT devices, and smart embedded systems. The continuous joining of tech giants into the RISC-V International alliance is the clearest evidence of this capital and technology migration.
Impact & Future
The robust growth of RISC-V promises to reshape the global semiconductor supply chain, offering significant opportunities for technological autonomy to developing countries, including Vietnam. As the barrier to entry for chip design is lowered, we will witness a boom in semiconductor startups and an unprecedented wave of hardware innovation over the next decade.