Avnet and the University of Hong Kong opened the Emerging Microelectronics and Ubiquitous Systems Lab on 17 September 2026. The facility sits at the Data Technology Hub in Tseung Kwan O InnoPark. It targets edge AI, physical AI, robotics, high-performance computing and advanced microelectronics.
These fields demand more than powerful models. They also need reliable hardware, rigorous testing and disciplined supply-chain planning. The EMUS Lab brings those elements together under one roof.
Linking research with production
The lab connects university researchers, start-ups and industry partners. Participants gain access to engineering advice, GPU computing resources and prototyping support. They also receive manufacturability assessments and supply-chain guidance.
That combination addresses a persistent gap between laboratory results and market-ready products. Avnet contributes engineering depth, design-chain expertise and global supply-chain reach. Its element14 business supports proof-of-concept work and early-stage prototyping. Avnet trades on Nasdaq under the ticker AVT, giving the partnership a commercial edge that extends well beyond academic research.
The lab’s location matters too. Hong Kong sits at the edge of the Greater Bay Area manufacturing network. That proximity opens doors to hardware suppliers, contract manufacturers and logistics partners across southern China.
What does the EMUS Lab mean for start-ups and investors?
The lab’s first major industry programme is the DfMA Launchpad for AI MMP. DfMA stands for design for manufacture and assembly. The 12-month co-incubation programme pairs EMUS Lab research facilities with Avnet’s engineering and supply-chain expertise.
It also draws on the start-up ecosystem of Hong Kong Science and Technology Parks Corporation. Participants receive hardware-software co-design support, system validation and manufacturability guidance. Technical mentorship and industry introductions round out the offer.
According to Avnet’s official announcement, 27 start-up teams have been selected for the programme. That figure signals strong demand at exactly the point where AI concepts meet engineering and production constraints.
‘The EMUS Lab gives hardware start-ups a structured path from prototype to production — a gap that has historically stalled many promising technologies in Asia,’ the partnership noted at launch.
The programme gives Avnet early visibility into hardware development pipelines. It gives start-ups a route to suppliers, manufacturing partners and market connections. For institutional investors, the signal lies in the operating model itself.
A structure built for commercial scale
The partnership links university research with a global technology distributor and a regional innovation platform. That structure can shorten development cycles. It may also improve product readiness before companies commit substantial manufacturing capital.
Target application areas include healthcare, robotics, industrial automation, smart living and smart-city systems. Those sectors point to sustained demand for compact, connected and autonomous devices across Asia.
The lab now enters its real test: converting research and early prototypes into repeatable, manufacturable products. Investors and corporate partners should track the programme’s start-up outputs, emerging manufacturing partnerships and first commercial deployments over the next 12 months.
Quick answers
The Emerging Microelectronics and Ubiquitous Systems Lab is a joint facility opened by Avnet and the University of Hong Kong on 17 September 2026. It supports edge AI, robotics, high-performance computing and microelectronics research and commercialisation.
According to Avnet’s official announcement, 27 start-up teams have been selected for the DfMA Launchpad for AI MMP, a 12-month co-incubation programme linking teams to engineering support and global supply chains.
The lab pairs university research with Avnet’s global supply-chain and engineering expertise, shortening the path from prototype to manufacturable product — a structure that reduces development risk and capital commitment for early-stage hardware companies.
