Malaysia Launches 6 Homegrown Chips Worth $72 Million in Sales Potential

Malaysia has spent decades helping manufacture the world's semiconductors. Now it wants to design the chips that power the next generation of AI, robots, and intelligent machines.

That ambition took a step forward on Oct. 16, when Malaysian officials unveiled six homegrown semiconductor innovations with an estimated RM300 million ($72 million) in sales potential. Presented at the AI Innovation Conference in Kuala Lumpur, the technologies span edge AI processors, automotive electronics, satellite power systems, and autonomous drones.

The announcement signals Malaysia's push to move beyond chip assembly and testing into higher-value semiconductor design. But with the projected sales still unrealized, the bigger question is whether these homegrown technologies can attract customers and compete in global markets.

Malaysia showcases six technologies for AI, robotics, and advanced electronics

The innovations were presented at AiSEM@Selangor 2026, highlighting Malaysia's expanding semiconductor design capabilities.

According to an official summit recap published by organizer Sidec, the six products account for an estimated RM300 million of the event's RM430 million in potential gross merchandise value.

Economy Minister Akmal Nasrullah Mohd Nasir separately described the RM300 million figure as estimated sales potential. Neither description represents confirmed revenue.

The six innovations include:

Among the technologies showcased, SkyeChip's MARS1000 stands out for its potential AI applications.

The edge AI processor is designed to perform AI inference directly on devices, potentially reducing reliance on remote cloud computing for certain tasks. This approach could benefit industrial robots, intelligent cameras, and factory automation systems where low latency and local processing are important.

MaiStorage's aiDAPTIV AI acceleration platform, also referred to as aiDAPTIV+ in Malaysian reporting, leverages storage and memory technologies to support AI workloads on computers and servers.

Weeroc Space has also reached a manufacturing-related milestone. According to Media Selangor, Selangor Chief Minister Amirudin Shari said the company's gallium nitride power chip had completed its second tape-out.

Tape-out marks the completion of a chip's design and its release for fabrication. The milestone indicates progress in development but does not establish that the chip has been successfully manufactured, tested, or entered mass production.

The event organizer identified Weeroc Space's showcased innovation as the WSP-PCG01 GaN power ASIC, while Malaysian broadcaster RTM identified a satellite power controller called Conan. The available reporting does not establish whether those names refer to the same product.

SiliconX also showcased its homegrown field-programmable gate array, or FPGA, whose successful power-on was publicly reported in November 2025.

As Bernama reported at the time, SiliconX had successfully powered on its proprietary FPGA and was preparing the chip for further testing. The company was then targeting mass production in the first half of 2026, although that earlier target does not establish its current production status.

Unlike chips designed for a fixed function, FPGAs can be reprogrammed after manufacturing, making them useful for specialized computing and industrial applications.

Although some technologies had been announced previously, the October event brought the six innovations together as part of Malaysia's broader semiconductor initiative.

Not all six are dedicated AI processors. Several focus on power management, industrial computing, and autonomous systems, reflecting Malaysia's broader semiconductor ambitions.

Malaysia wants to become a chip designer, not just a manufacturer

Malaysia has spent decades establishing itself as an important semiconductor manufacturing center, particularly in assembly, packaging, and testing.

Now, government officials want Malaysian companies to capture more value through chip design, intellectual property ownership, and advanced engineering.

Economy Minister Akmal Nasrullah Mohd Nasir described the shift as a move from manufacturing products designed elsewhere toward creating and owning technologies developed by Malaysian companies.

According to Business Today, Malaysia's National Semiconductor Strategy aims to develop 110 high-value local semiconductor companies.

The country's Semiconductor IC Design Park initiative is intended to support that transition by connecting chip designers with engineering talent, technology development resources, and industry partners.

The announcement also comes amid a broader expansion of AI investment across Southeast Asia.

In September, eWeek reported on OpenAI's planned expansion of AI computing infrastructure in Malaysia, involving Nvidia Vera Rubin systems.

Elsewhere, the Philippines is pursuing its first physical AI data factory, while HSBC's decision to establish a global AI hub in Singapore highlights the region's growing importance to enterprise AI development.

Together, these developments illustrate how Southeast Asian countries are pursuing different opportunities within the AI economy, from data centers and enterprise applications to robotics and semiconductor design.

Malaysia's latest announcement suggests it wants a larger role in developing the underlying hardware rather than relying primarily on manufacturing technologies created elsewhere.

What eWeek found: Three challenges could determine Malaysia's success

The six-product showcase demonstrates Malaysia's growing semiconductor design capabilities, but developing competitive products is only part of the challenge.

Three factors will help determine whether the country's ambitions translate into lasting commercial success:

• Customer adoption remains the biggest test. The approximately $72 million figure represents potential commercial value, not completed sales. Malaysian officials have acknowledged that securing customers and meeting industry qualification requirements are essential next steps.
• The technologies serve different markets. The six innovations include an edge AI processor, an AI acceleration platform, an FPGA, automotive power regulation, satellite power management, and drone flight control. Their commercial prospects will depend on demand within their respective industries.
• Domestic chip design requires sustained investment. Malaysia has an established semiconductor manufacturing base, but developing competitive products also requires engineering talent, intellectual property, software tools, manufacturing partnerships, and access to global customers.

The distinction between technological achievement and commercial success is particularly important.

According to The Edge Malaysia, officials did not specify when the projected RM300 million in sales might be realized.

Economy Minister Akmal Nasrullah also emphasized that the next milestone involves securing customer adoption, meeting industry qualification requirements, and scaling the innovations into commercially successful products.

For enterprises developing industrial AI systems, robotics, and specialized computing hardware, a stronger Malaysian semiconductor design industry could eventually provide additional technology suppliers and sourcing options.

Malaysia has demonstrated that companies within its semiconductor ecosystem can develop technologies for increasingly sophisticated applications. The next challenge is proving those products can compete in global markets.

Related reading: For more on how AI is transforming semiconductor development, read eWeek's coverage of OpenAI and Synopsys' partnership to bring AI agents into chip design.