Powering Tomorrow: Inside Singapore’s NSTIC (GaN) Innovation Centre

Singapore is strengthening its position as a global semiconductor powerhouse, and at the heart of this effort is the National Semiconductor Translation and Innovation Centre for Gallium Nitride, known as NSTIC GaN. Established to accelerate advanced semiconductor research and manufacturing, the centre plays a critical role in enabling next-generation electronics for applications ranging from satellite communications to high-performance power systems.

Gallium Nitride, or GaN, is transforming the semiconductor landscape due to its superior electrical properties compared to traditional silicon. NSTIC GaN provides a national platform where research, industry collaboration, and manufacturing capabilities converge to translate laboratory breakthroughs into scalable, industry-ready solutions.

Why Gallium Nitride Matters

GaN is classified as a direct band gap semiconductor, a property that allows electrons to transition efficiently between energy states while emitting or absorbing energy. This characteristic makes GaN highly effective for high-frequency, high-power, and optoelectronic applications. Compared to silicon, GaN devices operate at higher voltages, higher temperatures, and higher switching speeds, all while maintaining efficiency.

These advantages are particularly important for satellite communications, where power efficiency, signal integrity, and reliability are critical. GaN-based RF and microwave components enable satellites to transmit stronger signals with lower power consumption, improving coverage while reducing system weight and thermal load.

NSTIC GaN as a National Innovation Engine

NSTIC GaN was created to bridge the gap between research and commercial deployment. While Singapore already hosts many semiconductor companies, scaling advanced materials such as GaN requires specialised infrastructure, process expertise, and coordinated industry support. NSTIC GaN addresses this need by offering shared access to state-of-the-art fabrication facilities, advanced process tools, and pilot manufacturing lines.

The centre supports the full semiconductor manufacturing process, from wafer preparation and epitaxial growth to device fabrication, testing, and packaging. By providing both 6-inch and 8-inch wafer capabilities, NSTIC GaN enables industry partners to develop manufacturable GaN technologies aligned with global production standards.

Enabling integrated micro electronics

Modern systems demand more than standalone components. Integrated micro electronics are essential for compact, high-performance devices used in communications, defence, automotive, and data infrastructure. NSTIC GaN supports the development of integrated solutions where GaN devices are combined with control circuitry, power management, and advanced packaging technologies.

This integration is particularly valuable for satellite communications and next-generation wireless networks, where size, weight, and power efficiency are tightly constrained. By enabling co-design across materials, devices, and circuits, NSTIC GaN helps companies shorten development cycles and improve system-level performance.

Strengthening Singapore’s Semiconductor Ecosystem

Singapore is home to a diverse network of semiconductor companies, spanning multinational manufacturers, fabless design firms, equipment suppliers, and research institutions. NSTIC GaN acts as a neutral collaboration hub that connects these players, fostering partnerships that accelerate innovation and reduce barriers to entry for smaller companies and startups.

For semiconductor companies in Singapore, access to GaN manufacturing infrastructure locally reduces dependency on overseas facilities and enhances supply chain resilience. It also positions Singapore as a regional leader in compound semiconductor technologies, complementing its established strengths in silicon manufacturing.

From Research to Commercial Impact

One of NSTIC GaN’s key objectives is technology translation. Academic research often demonstrates promising results, but moving from prototype to mass production requires process stability, yield optimisation, and rigorous reliability testing. NSTIC GaN provides the environment and expertise needed to navigate this transition.

By aligning research outcomes with real-world manufacturing requirements, the centre ensures that innovations in GaN devices and integrated micro electronics can be adopted by industry faster and with lower risk. This translation capability is critical for applications such as satellite communications, where long qualification cycles and high reliability standards are the norm.

Talent Development and Long Term Growth

Beyond technology, NSTIC GaN also invests in talent development. Advanced semiconductor manufacturing requires highly skilled engineers and technicians who understand both materials science and process engineering. Through training programs, industry attachments, and collaborative projects, the centre helps build a workforce capable of sustaining Singapore’s semiconductor ambitions.

This focus on people ensures that knowledge generated within NSTIC GaN continues to benefit the wider ecosystem, supporting long-term innovation and economic growth.

Powering the Future

As global demand grows for faster connectivity, efficient power systems, and resilient communications infrastructure, GaN technology will play an increasingly important role. NSTIC GaN positions Singapore at the forefront of this transformation by enabling advanced semiconductor manufacturing, fostering collaboration, and accelerating the adoption of next-generation devices.

From satellite communications to integrated micro electronics, and from fundamental research to scalable production, NSTIC GaN is powering tomorrow by turning cutting-edge semiconductor science into real-world impact.

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Powering Tomorrow: Inside Singapore’s NSTIC GaN Innovation Centre

Singapore is strengthening its position as a global semiconductor powerhouse, and at the heart of this effort is the National Semiconductor Translation and Innovation Centre for Gallium Nitride, known as NSTIC GaN. Established to accelerate advanced semiconductor research and manufacturing, the centre plays a critical role in enabling next-generation electronics for applications ranging from satellite communications to high-performance power systems.

Gallium Nitride, or GaN, is transforming the semiconductor landscape due to its superior electrical properties compared to traditional silicon. NSTIC GaN provides a national platform where research, industry collaboration, and manufacturing capabilities converge to translate laboratory breakthroughs into scalable, industry-ready solutions.

Why Gallium Nitride Matters

GaN is classified as a direct band gap semiconductor, a property that allows electrons to transition efficiently between energy states while emitting or absorbing energy. This characteristic makes GaN highly effective for high-frequency, high-power, and optoelectronic applications. Compared to silicon, GaN devices operate at higher voltages, higher temperatures, and higher switching speeds, all while maintaining efficiency.

These advantages are particularly important for satellite communications, where power efficiency, signal integrity, and reliability are critical. GaN-based RF and microwave components enable satellites to transmit stronger signals with lower power consumption, improving coverage while reducing system weight and thermal load.

NSTIC GaN as a National Innovation Engine

NSTIC GaN was created to bridge the gap between research and commercial deployment. While Singapore already hosts many semiconductor companies singapore is known for, scaling advanced materials such as GaN requires specialised infrastructure, process expertise, and coordinated industry support. NSTIC GaN addresses this need by offering shared access to state-of-the-art fabrication facilities, advanced process tools, and pilot manufacturing lines.

The centre supports the full semiconductor manufacturing process, from wafer preparation and epitaxial growth to device fabrication, testing, and packaging. By providing both 6-inch and 8-inch wafer capabilities, NSTIC GaN enables industry partners to develop manufacturable GaN technologies aligned with global production standards.

Enabling Integrated Micro Electronics

Modern systems demand more than standalone components. Integrated micro electronics are essential for compact, high-performance devices used in communications, defence, automotive, and data infrastructure. NSTIC GaN supports the development of integrated solutions where GaN devices are combined with control circuitry, power management, and advanced packaging technologies.

This integration is particularly valuable for satellite communications and next-generation wireless networks, where size, weight, and power efficiency are tightly constrained. By enabling co-design across materials, devices, and circuits, NSTIC GaN helps companies shorten development cycles and improve system-level performance.

Strengthening Singapore’s Semiconductor Ecosystem

Singapore is home to a diverse network of semiconductor companies Singapore continues to attract, spanning multinational manufacturers, fabless design firms, equipment suppliers, and research institutions. NSTIC GaN acts as a neutral collaboration hub that connects these players, fostering partnerships that accelerate innovation and reduce barriers to entry for smaller companies and startups.

For semiconductor companies Singapore hosts, access to GaN manufacturing infrastructure locally reduces dependency on overseas facilities and enhances supply chain resilience. It also positions Singapore as a regional leader in compound semiconductor technologies, complementing its established strengths in silicon manufacturing.

From Research to Commercial Impact

One of NSTIC GaN’s key objectives is technology translation. Academic research often demonstrates promising results, but moving from prototype to mass production requires process stability, yield optimisation, and rigorous reliability testing. NSTIC GaN provides the environment and expertise needed to navigate this transition within the semiconductor manufacturing process.

By aligning research outcomes with real-world manufacturing requirements, the centre ensures that innovations in GaN devices and integrated micro electronics can be adopted by industry faster and with lower risk. This translation capability is critical for applications such as satellite communications, where long qualification cycles and high reliability standards are the norm.

Talent Development and Long Term Growth

Beyond technology, NSTIC GaN also invests in talent development. Advanced semiconductor manufacturing requires highly skilled engineers and technicians who understand both materials science and the semiconductor manufacturing process. Through training programs, industry attachments, and collaborative projects, the centre helps build a workforce capable of sustaining Singapore’s semiconductor ambitions.

Powering the Future

As global demand grows for faster connectivity, efficient power systems, and resilient communications infrastructure, technologies based on a direct band gap semiconductor such as GaN will play an increasingly important role. NSTIC GaN positions Singapore at the forefront of this transformation by enabling advanced manufacturing, fostering collaboration, and accelerating industry adoption.

From satellite communications to integrated micro electronics, and from research to scalable production, NSTIC GaN is powering tomorrow by turning advanced semiconductor science into real-world impact.