FPT Recognized for Semiconductor Excellence and Showcases Vietnam’s First End-to-End Chip Ecosystem at SemiExpo 2025

Hanoi, November 7–8, 2025 – At the Vietnam Semiconductor Industry Exhibition 2025 (SemiExpo Vietnam 2025), FPT Corporation received the Vietnam Semiconductor Distinguished Industry Award 2025, recognizing its outstanding contributions to advancing Vietnam’s semiconductor industry. At the event, FPT also showcased its comprehensive semiconductor ecosystem under the theme “Powering Your Next Innovation”, reflecting its vision for an integrated innovation landscape where technology, talent, and creativity converge to elevate Vietnam’s role in the global semiconductor value chain.

SemiExpo Vietnam 2025 is co-organized by the National Innovation Center (Ministry of Planning and Investment) and the Semiconductor Equipment and Materials International (SEMI). The event centers around the theme “Accelerating Vietnam’s Semiconductor Ambition”, highlighting the country’s rapid progress within the global supply chain. The exhibition welcomes around 5,000 delegates and features nearly 200 booths from leading technology corporations, universities, and industrial parks worldwide. Participants include industry leaders such as ASML, Samsung, Amazon, Lam Research, Tokyo Electron, Coherent, Amkor, Micron, Cadence, Qualcomm, and Intel, alongside Vietnam’s key enterprises, including FPT.

Vietnam Semiconductor Distinguished Industry Award 2025 presented to FPT Semiconductor.

Mr. Nguyen Vinh Quang, Chief Executive Officer, FPT Semiconductor, receives the award.

During the event, FPT Semiconductor – a member company of FPT Corporation – was honored with the Vietnam Semiconductor Distinguished Industry Award 2025, acknowledging its achievements in chip design and end-to-end semiconductor solutions. The award reinforces FPT’s strategic vision and commitment to positioning Vietnam as a rising innovation hub in the global semiconductor landscape.

FPT introduced its full-stack semiconductor ecosystem, connecting every stage of the value chain—from workforce development and integrated circuit design to packaging, testing, and commercialization. The company showcased semiconductor products fully designed and developed by Vietnamese engineers, including Power Management ICs, Analog ICs, and LED Drivers, which have been applied in IoT devices, industrial electronics, smart healthcare, and automotive technologies.

FPT showcases its end-to-end semiconductor ecosystem under the theme “Powering Your Next Innovation” at SemiExpo Vietnam 2025.

FPT also outlined its long-term roadmap toward mastering advanced packaging and testing technologies, aiming to strengthen Vietnam’s semiconductor manufacturing capabilities through collaboration with leading equipment providers such as Quantel.

As part of its workforce development strategy, FPT is pursuing the goal of training 10,000 semiconductor engineers by 2030, contributing significantly to Vietnam’s national target of 50,000 engineers. The training programs are developed according to international industry standards and co-designed with leading global semiconductor partners and experts, enabling learners to access real-world projects and advanced semiconductor technologies early in their studies.

To support scalable engineering education, FPT has also developed a 1:1 virtual cleanroom simulation platform, allowing learners to safely practice operating semiconductor manufacturing equipment such as photolithography systems and probe stations in an immersive environment. This solution helps reduce risks, optimize costs, and enhance training efficiency for universities and industry partners.

Visitors explore FPT’s exhibition booth featuring Vietnam-designed chip products and semiconductor talent development solutions.

FPT’s participation and recognition at SemiExpo Vietnam 2025 reaffirm the corporation’s pioneering role in advancing “Make in Vietnam” technologies, strengthening public–private collaboration and enhancing Vietnam’s competitivenes and presence in the global semiconductor ecosystem.