Summary: As Moore's Law approaches physical limits, chip design costs are rising exponentially. In 2026, the investment logic of the semiconductor industry is undergoing profound changes. This article explores why Semiconductor IP (Intellectual Property) has become a new highland for tech investment amidst the Chiplet and RISC-V waves, and analyzes its impact on SGX tech stock valuations.
Introduction: The Paradigm Shift in 2026 Semiconductor Investment Logic
As of August 2026, the global semiconductor industry, after a super-cycle ignited by generative AI, stands at a new crossroads. Over the past two years, the market frantically chased high-performance GPUs and advanced process wafer foundry capacity. However, as giants like TSMC and Samsung see R&D costs for 2nm and beyond skyrocket, the "Moore's Law" dividends relying solely on process scaling are rapidly fading.
For investors in the Singapore Exchange (SGX) tech sector, the core proposition is no longer "who owns more lithography machines," but "who controls the foundation of the digital world." Against this backdrop, Semiconductor IP (Intellectual Property)—a long-hidden sector upstream of the chip supply chain—is gradually moving from behind the scenes to the forefront, becoming the core of the most explosive investment logic in the second half of 2026.
Cost Crisis: Why Advanced Processes Force an Explosion in IP Demand?
To understand why chip investment logic has shifted to IP, one must first see the severe economic challenges facing advanced processes. According to the latest industry data, developing a complex SoC (System on Chip) based on 2nm process has seen R&D costs soar to over $500 million to $1 billion, while 3nm costs remain high. Such a high threshold means that, except for a few tech giants like Apple and NVIDIA, most chip design companies (Fabless) cannot afford full-process design from scratch.
This creates rigid demand for mature, reusable Semiconductor IP cores. Semiconductor IP cores refer to verified design modules with specific functions in integrated circuit design, such as CPU cores, GPU cores, USB interface controllers, or memory interfaces. By purchasing and integrating these verified IP modules, chip vendors can significantly reduce design risks, shorten development cycles by 40%-60%, and keep costs within acceptable ranges.
In 2026, with the maturation of Chiplet technology, this dependency becomes even tighter. Chiplet technology allows small chips with different functions to be connected via advanced packaging technology. To achieve high-speed, low-power interconnection between these small chips, reliance on standardized physical layer IPs (such as D2D interface IP) is essential. It can be said that without a strong IP ecosystem, the Chiplet architecture is a castle in the air. Therefore, investing in Semiconductor IP is essentially investing in the "infrastructure" of chip design in the post-Moore era.
Technical Barriers: The Business Model Leap from "Selling Shovels" to "Collecting Tolls"
From an ROI perspective, the Semiconductor IP industry boasts a business model that traditional chip manufacturers envy.
- Extremely High Gross Margins: Since the core of IP is knowledge assets, once R&D is complete and verified, the marginal replication cost is almost zero. Industry leaders maintain gross margins of 80% or even 90% year-round, far higher than chip design or manufacturing segments.
- Sustained Royalty Income: IP vendors usually adopt a "upfront licensing fee + backend royalty" profit model. This means every chip shipped integrating that IP generates income for the vendor. In 2026, with AI terminals and IoT device shipments growing exponentially, this "passive income" constitutes an extremely stable cash flow.
- Deep Moat: IP development requires deep technical accumulation and long-term patent layout, making it hard for new entrants to shake the status of established giants in a short time. Especially in key areas like interface IP (e.g., DDR, PCIe, HBM interfaces), the need for deep binding with foundry processes creates a synergistic effect that constitutes an extremely high industry barrier.
For SGX tech sector investors, this high-barrier, high-profit, asset-light business model is the best safe haven for seeking deterministic returns in the current turbulent macro environment.
Industry Trends: Dual Dividends from RISC-V and AI Customization
In the 2026 semiconductor market, besides traditional general-purpose computing architectures, two trends are reshaping the IP landscape: the proliferation of the RISC-V instruction set and the wave of AI chip customization.
First, the RISC-V open-source instruction set architecture is no longer just a laboratory favorite in 2026, but has become a standard in IoT, automotive electronics, and even edge computing. Due to RISC-V's modularity, chip vendors can flexibly combine different IP cores to build customized processors. This directly spawns huge demand for RISC-V-related IP core design services. Companies providing high-quality RISC-V IP solutions are enjoying historic opportunities brought by architecture migration.
Secondly, the fragmentation of AI applications has driven the explosion of Application-Specific Integrated Circuits (ASICs). Unlike general-purpose GPUs, ASICs optimized for specific scenarios (like autonomous driving, on-device large model inference) require highly customized IP combinations. For example, to solve the memory wall problem of AI computing, High Bandwidth Memory (HBM) controller IPs and Network-on-Chip IPs have become hot commodities. As AI computing demand sinks from the cloud to the edge, the demand for low-power, high-efficiency IPs is showing a blowout trend.
SGX Perspective: IP Opportunities in the Southeast Asian Semiconductor Ecosystem
Turning back to the Asian market, Singapore's status as a key hub in the global semiconductor supply chain is further consolidated in 2026. Although Singapore lacks IP giants like ARM or Synopsys, SGX-listed tech companies and the extensive regional semiconductor ecosystem are deeply involved in the division of labor in the global IP industry chain.
On one hand, with the restructuring of the global semiconductor supply chain, more chip design service companies are setting up R&D centers in Singapore. These companies often need massive third-party IP licensing to quickly complete client-commissioned design tasks. On the other hand, the booming automotive electronics and industrial control chip markets in Southeast Asia maintain strong demand for mature process IPs.
For investors focusing on SGX, investment opportunities may not only appear in design service companies directly holding IP portfolios, but also in vendors providing key equipment for advanced packaging and IP testing. Because of the widespread application of Chiplet and complex IPs, higher requirements are placed on wafer-level testing and verification. The performance elasticity of related testing service providers is worth looking forward to in the second half of 2026.
Conclusion: Grasping the Long-term Value of the "Legislators of the Digital World"
Reviewing the market performance of the first half of 2026, although the semiconductor sector as a whole experienced valuation corrections, structural differentiation has become very obvious. Mature process vendors relying solely on price competition are struggling, while upstream segments mastering core technologies have shown strong anti-cyclicality.
Semiconductor IP is the "upstream of the upstream." If chips are the bricks of the digital world, then IP is the pen and compass drawing the blueprints. In the future of intelligent everything and interconnected everything, the birth of every chip cannot be separated from the support of IP. For investors seeking long-term value growth, rather than gambling on short-term price differences in the treacherous end-product market, it is better to return to the essence of the industry chain and invest in IP suppliers who set standards and export core technologies. This is not only the best strategy to cope with the post-Moore's Law era but also the ultimate key to sharing global tech dividends.
As Q3 2026 progresses, market attention to the Semiconductor IP sector is rising significantly. For SGX tech stocks, whether through direct layout or industry chain transmission, this wave of change originating from the upstream will inevitably reshape investors' valuation logic.
