Indonesia's semiconductor manufacturing market reached USD 5.08 billion in 2025 and is forecast to grow to USD 7.07 billion by 2030, while a USD 26.7 billion manufacturing hub is taking shape in Batam. For manufacturers, this points to both strong market potential and the need for a clear entry strategy.
This guide highlights the main factors to consider when entering Indonesia's semiconductor manufacturing market, including site selection, government incentives, legal setup, and operational readiness.
Key Takeaways
- Indonesia's semiconductor market is growing and is expected to reach USD 7.07 billion by 2030.
- Batam is becoming Indonesia's main semiconductor hub because of its FTZ benefits, Singapore's proximity, and large manufacturing projects.
- Indonesia has opportunities in raw material processing, chip assembly, packaging, and chip design.
- Foreign investors need a PT PMA, OSS-RBA licensing, environmental approval, and import compliance to set up a semiconductor factory.
- Before entering Indonesia, semiconductor companies should check the location, incentives, talent supply, permits, and ongoing reporting requirements.
Why is Indonesia a strategic location for semiconductor manufacturing?
Indonesia is no longer just a future destination for semiconductor manufacturing. It is already attracting investment. The country has around 27 billion tons of quartz sand, a key material for silicon wafers, giving it a strong ASEAN advantage. This is supported by a growing electronics market, downstreaming policies, and a more active investment pipeline.
Global recognition is also increasing. The United States has identified Indonesia as a potential semiconductor hub under the CHIPS and Science Act, and Indonesia is one of seven priority countries in the IPEF. Arm Holdings has partnered with the Indonesian government on a USD 125 million initiative, while Samsung, Intel, NXP, and Texas Instruments already have a presence in the market.
Demand is rising as well. Indonesia's digital economy is expected to reach USD 600 billion by 2030, driven by AI, EV growth, and IoT adoption across a population of more than 270 million.
Where does Indonesia fit in the semiconductor manufacturing value chain?
Indonesia offers growing opportunities across the semiconductor manufacturing value chain, but investors should align their strategies with the country's current stage of development.
Upstream: Raw material processing
Indonesia is pushing downstreaming to add value locally. With 27 billion tons of quartz sand and nickel reserves, it aims to build onshore silicon wafer capabilities by 2035. Kalimantan is especially relevant for silica-based upstream investment.
Midstream: Assembly, test & packaging
Indonesia's strongest position today is in OSAT and automotive semiconductor demand. Back-end fabs, SMT lines, and advanced packaging are among the most realistic growth areas for new investment.
Downstream: Chip design and AI semiconductors
Indonesia is also building its downstream ecosystem through chip design and AI-focused initiatives. The ITB SEZ, Nongsa AI Data Center, BRIN's Photonics Research Center, and Solo AI Center are all helping develop this part of the market.
Where should you build semiconductor manufacturing facilities in Indonesia?
Indonesia's semiconductor ecosystem is concentrated in several key regions, each with different strengths in power, logistics, talent, and cost.
Batam & Galang Island
Batam is Indonesia's most active semiconductor hub, backed by a USD 26.7 billion consortium project, Apple's USD 150 million AirTag plant, and Asia's first semiconductor R&D center. The Free Trade Zone status and proximity to Singapore are major advantages, although permit delays remain a concern.
Read more: Important guide to setting up PT PMA in Indonesia
Greater Jakarta & Java Corridor
Java remains Indonesia's most established industrial base, with 35 operational data centers in Greater Jakarta. It offers strong logistics, reliable power, and a deep pool of talent, though land and labor costs are higher.
East Java
East Java hosts the region's first digital substation by Hitachi Energy, improving grid reliability for back-end fabs. With strong sea access through Surabaya Port and lower labor costs than Jakarta, it is becoming a stronger industrial option.
Central Java
Central Java gained more attention in 2025 with the launch of the Solo AI Center. It offers the lowest labor costs among major Java hubs and is well-suited for smaller back-end or sensor assembly operations. However, its specialized ecosystem is less mature than Jakarta's.
Kalimantan
Kalimantan is important for upstream investment, especially in quartz sand and silica processing. Its main limitation is inconsistent grid reliability outside major cities, making backup power essential.
Sulawesi (Morowali)
Morowali Industrial Park supports battery precursor production and creates demand for power semiconductors tied to EV and energy storage supply chains. It is promising for heavy industry-linked semiconductor investment, but less suited for precision operations.
Government incentives for semiconductor factory setup
Indonesia has layered multiple incentive mechanisms specifically designed to attract advanced manufacturing, including semiconductor operations.
| Incentive | Coverage | Condition |
| Tax Holiday | 5–20 year CIT exemption | Minimum investment applies |
| Import Duty Exemption | Duty and VAT exemption for production imports | Master List and HS code accuracy required |
| Batam FTZ | Duty-free, VAT-free, simpler customs | Special rules for goods leaving FTZ |
| Arm Partnership | USD 125M for design, training, and infrastructure | Focused on the design-stage ecosystem |
| IPEF / CHIPS Alignment | US support for skills, tech transfer, investment | Indonesia is a priority country |
| Silica Downstreaming | Incentive for local silica processing | Supports upstream investment |
| OSS-RBA | Simpler risk-based licensing | Depends on the business risk class |
| Blue Book Funding | USD 16.185M for ecosystem development | Covers R&D and talent programs |
How do you set up a semiconductor factory in Indonesia?
Foreign investors must establish a PT PMA via OSS-RBA, in accordance with BKPM Regulation No. 5 of 2025, which now requires a minimum paid-up capital of IDR 2.5 billion (~USD 160,000). Including detailed steps, such as registering through OSS-RBA and following BKPM procedures, can help investors understand the process in detail and avoid delays.
Here is the current process for establishing your semiconductor factory, providing a clear pathway that can help you navigate Indonesia's regulatory landscape with confidence.
- Establish PT PMA via OSS-RBA: Set up your legal entity and secure core registrations (KBLI, NIB, tax access).
- Select location & validate site: Choose the right industrial area and confirm zoning, utilities, and FTZ status (if applicable).
- Secure environmental approval: Obtain AMDAL or UKL-UPL before construction and operations.
- Obtain key licenses: Apply for the IUI, PBG, and SLF permits through OSS to operate.
- Import equipment & setup: Manage the import process, including HS code classification, to ensure smooth customs clearance.
- Build workforce & stay compliant: Handle hiring, permits, and ongoing reporting requirements (LKPM reporting, annual tax filings, BPJS, and transfer pricing compliance).
What should semiconductor companies consider before entering Indonesia?
When entering the semiconductor industry, new companies must consider several key operational factors to ensure successful integration and growth.
Read more: Get the right Indonesia work visa for offshore workers & technicians
Layered permit system
Semiconductor manufacturing setup involves PT PMA registration, environmental permits, industrial licensing, building approvals, and potentially hazardous materials permits, each with its own timelines and agencies.
Talent shortage in microelectronics
Specialized engineers in semiconductor process technology, cleanroom operations, and chip design remain in short supply. Strategic HR planning, expatriate management, and university partnerships are necessary.
Import compliance complexity
Semiconductor production equipment and chemical materials require precise HS code classification. Errors in documentation cause costly customs delays and may affect eligibility for duty exemptions.
Ongoing compliance reporting
LKPM investment reports, annual financial audits, workforce reporting, and environmental compliance monitoring create ongoing administrative obligations that require dedicated local management.
Set up your semiconductor manufacturing operation with Ascentium Indonesia
Ascentium Indonesia has assisted manufacturing companies in navigating Indonesia's regulatory environment. Our team handles all requirements from PT PMA establishment to ongoing compliance.
- PT PMA registration & structuring
- Environmental permits (AMDAL / UKL-UPL)
- Industrial business license (IUI)
- Import permits & HS Code classification
- Workforce planning & EOR
- Ongoing compliance & LKPM reporting
