Malaysia is aiming to take another major step up the semiconductor value chain, with locally developed ARM-based chips targeted to enter production by 2030. The plan is not simply to design chips in Malaysia and manufacture them elsewhere. The government also wants the resulting semiconductor products to be produced locally and eventually integrated into Malaysia's own semiconductor supply chain.
Economy Minister Akmal Nasrullah Mohd Nasir said local companies participating in the initiative have been given access to ARM technologies and intellectual property through collaboration arrangements designed to accelerate domestic chip development.
If successful, the programme could help Malaysia move beyond its traditional strength in semiconductor assembly, testing and packaging toward the much higher-value areas of integrated circuit design and advanced chip development.
Why the Target Is 2030
Developing a commercially viable processor does not happen quickly.
According to Akmal, companies receiving access to ARM technology are expected to require at least three years to develop their chip designs before moving toward actual products.
One collaboration token was reportedly awarded to a Malaysian company last year, meaning its design work could potentially be completed by around 2028.
Additional time would then be required for verification, manufacturing preparation and production, making 2030 a realistic target for locally developed ARM chips to begin entering the market.
This timeline also highlights the difference between announcing a semiconductor initiative and actually producing chips at scale.
Design, simulation, verification, fabrication and testing all need to happen before a processor can become a commercial product.
Oppstar and Alphaswift Among the Local Companies Involved
The government has offered participation to two Malaysian companies: Oppstar Technology Sdn Bhd and Alphaswift Industries Sdn Bhd.
Both companies have received access to Arm Compute Subsystem technology and the Arm Flexible Access programme.
Arm Flexible Access allows participating companies to work with a broader collection of ARM intellectual property before committing to specific commercial licences.
That can significantly reduce the cost and risk involved during the early stages of chip development.
The programme gives Malaysian engineering teams access to technologies that would otherwise take considerable time and resources to develop independently.
The Goal Is to Build Malaysian Chip-Design Capability
The initiative is important because Malaysia already has a strong semiconductor industry, but much of its historical expertise has been concentrated further down the production chain.
Malaysia is particularly established in areas such as semiconductor assembly, testing and packaging.
Those activities remain valuable, but chip architecture and integrated circuit design generally sit much higher in the semiconductor value chain.
Developing locally designed processors could therefore allow Malaysian companies to capture more intellectual property, engineering expertise and economic value.
Rather than simply manufacturing components designed elsewhere, the longer-term ambition is for Malaysian companies to create chips of their own.
Manufacturing Should Stay in Malaysia Too
Another important part of the programme is the government's emphasis on local manufacturing.
Akmal said authorities want to ensure that chip-related manufacturing activities resulting from the initiative also take place within Malaysia.
That is significant because there would be less economic benefit if Malaysian engineers designed the chips but most subsequent production moved overseas.
Keeping more stages of the semiconductor process within the country could create additional business for local manufacturers, suppliers, engineering firms and technology companies.
The government is essentially trying to create a broader ecosystem around the chip rather than treating design as an isolated project.
Highly Skilled Malaysian Engineers Are Part of the Plan
The programme also includes requirements relating to the recruitment and development of highly skilled local engineers.
That may prove just as important as the chips themselves.
Advanced semiconductor development requires engineers specialising in areas such as:
Building that talent locally would create expertise that can remain in Malaysia long after an individual project has been completed.
It could also reduce reliance on overseas engineering resources as Malaysia attempts to develop a more advanced domestic semiconductor industry.
ARM Technology Gives Malaysia a Practical Starting Point
Working with ARM also gives Malaysian companies an established foundation rather than requiring them to create an entirely new processor architecture from the ground up.
ARM-based processors are already widely used across smartphones, embedded systems, automotive technology, servers and increasingly personal computers.
Access to ARM's technology allows local companies to focus more heavily on how the chips are customised for particular applications.
That could eventually lead to Malaysian-designed processors targeting specific industries where the country already has strong manufacturing or technology capabilities.
The challenge will be turning access to intellectual property into commercially competitive products.
More Malaysian Companies Could Join Later
The current initiative may also expand beyond the first participating companies.
Akmal said several other companies are being assessed for the next round of collaboration token allocations.
The evaluation involves both a Malaysian government technical committee and Arm Ltd.
That suggests the government intends to build a broader domestic ecosystem rather than relying on only one or two companies.
If several Malaysian chip-design firms emerge from the programme, they could eventually specialise in different markets and technologies.
That would create a stronger foundation for an independent semiconductor design sector.
Malaysia Is Trying to Move Higher Up the Semiconductor Value Chain
Malaysia already plays an important role in the global semiconductor supply chain, particularly in assembly, testing and packaging.
The bigger ambition now is to capture more of the activities that happen earlier in the semiconductor lifecycle.
Chip design is one of those areas.
It requires substantial engineering expertise and investment, but successful designs also generate intellectual property that can produce value over many years.
That is why programmes involving ARM technology should be viewed as more than simply an attempt to manufacture another semiconductor product.
They form part of Malaysia's broader effort to build home-grown technology and engineering capabilities.
Final Thoughts
Malaysia's goal of producing locally developed ARM-based chips by 2030 is ambitious, but the timeline reflects how long serious semiconductor development actually takes.
Giving companies such as Oppstar Technology and Alphaswift Industries access to ARM's Compute Subsystem technology and Flexible Access programme provides an important starting point.
The real measure of success, however, will go beyond whether a Malaysian company eventually produces a working processor.
The bigger opportunity lies in creating an ecosystem around it: local chip designers, skilled engineers, manufacturing partners, research capabilities and Malaysian-owned semiconductor intellectual property.
If those pieces come together, Malaysia could gradually strengthen its position from being an important semiconductor manufacturing hub to becoming a country that also designs and owns more of the technology being produced here.
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