by EINPresswire.com

Explore the Silicon Wafer Market2025–2032: Industry overview, market size, share, growth trends, and research insights. Valued at USD 15.12 Bn in 2024, the market is projected to reach USD 19.45 Bn at a CAGR of 3.20%, driven by demand for advanced semiconductors, ICs, and 300 mm & P-type wafers

By Deloitte

The semiconductor industry had a robust 2024,with expected double-digit (19%) growth, and sales of US$627 billion for the year. But that’s even better than the earlier forecast of US$611 billion. And 2025 could be even better, with predicted sales of US$697 billion,reaching a new all-time high, and well on track to reach the widely accepted aspirational goal of US$1 trillion in chip sales by 2030. This suggests the industry only needs to grow at a compound annual growth rate of 7.5% between 2025 and 2030 (figure 1). Assuming the industry continues to grow at that rate, it could reach US$2 trillion in 2040.

by Statista

Indonesia’s semiconductor market is projected to reach US$2.79 billion in 2025, led by integrated circuits. With a CAGR of 21.69%, revenue may hit US$7.44 billion by 2030—driven by AI and IoT growth—marking Indonesia’s rising role amid global leaders like China.

By Optics and Photonics News

Andri Mahendra, CEO of Nicslab, turned a Ph.D. research challenge into a global photonics venture. From a Bandung garage to NASA and the U.S. Army clients, Nicslab builds compact, affordable photonics control systems—driving innovation from Indonesia to the world and redefining how researchers prototype advanced semiconductor technologies.

By Damayanti et.al.

This study provides a landscape analysis of Indonesia’s semiconductor industry, assessing its position, challenges, and opportunities within the global value chain. The scope encompasses demand and supply dynamics, stakeholder roles, regulatory frameworks, a foresight analysis, and a comparative policy review. The research focuses primarily on Indonesia, with comparisons to leading semiconductor economies including the United States, the United Kingdom, China, Taiwan, South Korea, and other Southeast Asian nations.

oleh Erlan (Tek.Id)

Polytron and ICDEC ran a 900-hour chip design training in Kudus (Oct–Dec 2024), selecting 50 of 333 students to build national semiconductor talent. Backed by IMEC, Cadence, the US Embassy, and Kemendiktisaintek, the program tackles Indonesia’s 2030 skills gap with hands-on tools and mentoring. Dr. Fauzan praised public–private collaboration efforts.

By Abimata Putra Ruth Ginting

Indonesia advances its semiconductor ambitions via US cooperation, ASU workforce MoU, and a new task force to downstream silica sand under the National Energy Resilience Initiative. A blue economy pact with China targets logistics resilience. Upcoming regulations, incentives, rising EV demand, and a still-attractive CHIPS Act—despite repeal talk—shape prospects ahead.

Oleh : Gede Priana Dwipratama, S.E., M.M.

Artikel membahas rivalitas semikonduktor AS–Tiongkok yang memicu technonationalism, kontrol ekspor dan investasi (ECRA, Chips Act), sertag target Made in China 2025. Industri chip bersifat dual-use dan sangat terintegrasi global. Indonesia berperan pada perakitan/pengujian, mengembangkan Pusat IC Desain dan OSAT, mendorong riset, alih teknologi, dan kemandirian pertahanan melalui model kolaborasi nasional.

Oleh: Much Faisal Hamid

Industri semikonduktor krusial, Indonesia berpeluang tumbuh berkat pasar besar dan lokasi strategis. Tantangannya: infrastruktur dan teknologi tertinggal, minim R&D, tenaga terampil terbatas, ketergantungan impor, serta regulasi kurang kondusif. Pemerintah memberi insentif, kawasan industri, ekosistem riset, dan kemitraan internasional. Mahasiswa Teknik Fisika dapat mendorong R&D, pelatihan, kolaborasi, dan transfer teknologi nasional.

By Didik Eko Pujianto (The Jakarta Post)

Indonesia needs strong commitment to develop its homegrown semiconductor production, and put it into the list of national priority projects.