By 2030, TSMC intends to deliver over 1 trillion transistors in 3D-packaged circuits and 200 billion in monolithic devices.
TSMC Plans to Integrate Over 1 Trillion Transistors in 3D-Packaged Chips by 2030
TSMC displayed a roadmap of what the company anticipates its semiconductor "portfolio" to look like during the IEDM 2023 conference, and it appears that the Taiwanese conglomerate has some lofty goals for the end of this decade, according to Tom’s Hardware.
According to the roadmap, TSMC is confident that its processes are on track, with the introduction of TSMC's N2 and N2P processes set for 2025-2027, and cutting-edge A10 (1nm) and A14 (1.4nm) processes scheduled for 2027-2030. Aside from process reduction, TSMC intends to make significant advances in other semiconductor technologies, establishing a standard for the industry to follow.
The most interesting element here is that the Taiwanese conglomerate has shown breakthroughs in two crucial fields of the semiconductor industry: monolithic designs and 3D Hetero Integration (or, in layman's terms, chiplet designs). The industry is moving toward chiplet arrangements because they provide adaptability and cost savings.
The Future of Semiconductor Industry, Led by TSMC and Intel's Innovations
AMD has been using TSMC chiplet designs in its newest consumer, data center, and now MI300 accelerator chips. Intel also announced its Meteor Lake processors, the blue team's first chiplet-design for consumer platforms, implying that chiplets are the way of the future, with TSMC one step ahead, as per WCCFTech.
Meteor Lake is powered by processors manufactured using TSMC's manufacturing technology. According to the business, 3D Hetero Integration would have "one trillion transistors" by 2030.
TSMC does not appear to be abandoning monolithic arrangements, since the recent release of NVIDIA's Hopper H100 GPUs witnessed a significant increase in the "complexities" of monolithic processors, although they are clearly not sustainable in the future. This is why, according to the content presented by TSMC at IEDM, monolithic designs will eventually be limited to 200 billion transistors, which, while a large number, falls short of what chiplets offer.
TSMC's plan for the coming years undoubtedly includes innovation with enormous industry potential. It also suggests that the semiconductor markets will migrate toward chiplet-based designs, which is an interesting prospect in and of itself.
Photo: Briáxis F. Mendes (孟必思), CC BY-SA 4.0, via Wikimedia Commons


Microchip Technology Boosts Q3 Outlook on Strong Bookings Momentum
Australia Releases New National AI Plan, Opts for Existing Laws to Manage Risks
Morgan Stanley Boosts Nvidia and Broadcom Targets as AI Demand Surges
Wikipedia Pushes for AI Licensing Deals as Jimmy Wales Calls for Fair Compensation
Amazon and Google Launch New Multicloud Networking Service to Boost High-Speed Cloud Connectivity
Baidu Cuts Jobs as AI Competition and Ad Revenue Slump Intensify
Norway’s Wealth Fund Backs Shareholder Push for Microsoft Human-Rights Risk Report
Trump Administration to Secure Equity Stake in Pat Gelsinger’s XLight Startup
Samsung Launches Galaxy Z TriFold to Elevate Its Position in the Foldable Smartphone Market
Hikvision Challenges FCC Rule Tightening Restrictions on Chinese Telecom Equipment
Senate Sets December 8 Vote on Trump’s NASA Nominee Jared Isaacman
Australia Moves Forward With Teen Social Media Ban as Platforms Begin Lockouts
Banks Consider $38 Billion Funding Boost for Oracle, Vantage, and OpenAI Expansion
Nexperia Urges China Division to Resume Chip Production as Supply Risks Mount
Apple Appoints Amar Subramanya as New Vice President of AI Amid Push to Accelerate Innovation
Firelight Launches as First XRP Staking Platform on Flare, Introduces DeFi Cover Feature
Taiwan Opposition Criticizes Plan to Block Chinese App Rednote Over Security Concerns 



