Canadian semiconductor startup Stathera has closed a fresh US$55 million financing round. Maverick Silicon joined as a new investor and led the Stathera Series B funding. Several existing investors, including Celesta Capital, BDC Capital, MediaTek Innovation Fund, TXC Corporation, and Ultratech Capital Partners, also participated. The company plans to use this capital to move its second-generation silicon timing products into mass production. It also aims to develop technology for artificial intelligence infrastructure and establish an office in the Silicon Valley.
The Montreal-based company announced the round on June 30, 2026, but did not disclose its valuation or resultant ownership changes. It had previously raised US$15 million through a Series A funding round, announced in 2023. The latest financing brings Stathera’s total funding till date to US$75 million. The development arrives as artificial intelligence infrastructure creates new demand across the global semiconductor supply chain.
Canadian semiconductor startup scaling AI timing tech
Stathera develops semiconductor-based components that provide precise timing and synchronization inside electronic systems. Modern electronic devices require internal clocks to coordinate when processors, sensors, communications equipment, and other components perform operations. Manufacturers have traditionally used quartz crystals for this purpose.
However, Stathera is developing silicon timing solutions using microelectromechanical systems, commonly called MEMS. The company operates as a fabless semiconductor business. Therefore, it designs its technology without owning the factories that manufacture its chips.
Stathera’s proprietary DualMode architecture can generate kilohertz and megahertz frequency outputs from one MEMS device. The company says this approach can reduce component count, power consumption, and circuit-board space.
Its second-generation 32.768-kilohertz timing products target smartphones, wearable devices, and connected equipment. Stathera says these silicon oscillators can occupy up to 85 percent less space than standard surface-mounted quartz packages. The products also offer greater resistance to shock and vibration, according to the company.
Why timing matters for AI data centres
Large artificial intelligence systems distribute computing workloads across thousands of processors. Those processors must move and process data in a coordinated manner. Consequently, precise timing affects networking equipment, switches, optical connections, and graphics-processing clusters. Small synchronization errors can disrupt the movement of data across increasingly complex computing systems.
Stathera believes these requirements create a substantial opportunity for AI data centre semiconductors focused on precision timing. The company says communications, enterprise, and data centres represent the fastest-growing segment within the global timing market. It estimates the broader annual timing market at US$11 billion. It also cites industry estimates placing cumulative AI data-centre synchronization demand at US$1.5 billion by 2030.
Stathera Series B funding to enable third-gen products
Stathera leadership described timing technology as increasingly critical to artificial intelligence infrastructure.
“Timing is the foundation of modern electronics, and AI has elevated it from a humble component into critical infrastructure. For decades that timing has meant quartz, but Stathera is using semiconductor technology to move this foundational hardware to a new era of silicon. As the silicon timing market has continued consolidating around a single supplier, customers are telling us they want an independent, next-generation alternative.”
George Xereas, Stathera co-founder and CEO
As per company sources, Stathera Series B funding allows it to grow across four principal areas.
First, it will support mass production of the company’s second-generation 32.768-kilohertz product line, which is being sampled by major OEMs. Second, the company will accelerate development of its third-generation technology platform. That platform will target artificial intelligence, communications, enterprise, and data-centre applications. Stathera expects to provide the first customer samples from this programme in 2028. Third, the company will expand its engineering and commercial teams. Finally, Stathera will establish a Silicon Valley office to support engagement with AI companies, data-centre operators, and hyperscale computing customers.
Company supported by specialist semiconductor investors
Maverick Silicon is a division of investment firm Maverick Capital, and focuses exclusively on semiconductors and computing infrastructure. Lee Ainslie founded Maverick Capital more than 30 years ago. Maverick Silicon’s portfolio analyzed by Tracxn lists 19 investments across AI Infrastructure, Artificial Intelligence, Photonics and others. With investments in United States, United Kingdom, and France, the fund’s recent notable bets include TensorWave, Point2 Tech, and Kandou.
“Modern AI and edge infrastructure are creating new requirements around size, power, stability, and synchronization at scale. MEMS-based timing offers a fundamentally different approach, with advantages in integration, resilience, and programmability. That is what Stathera is building.”
Josh Miner, Principal at Maverick Silicon
Celesta Capital also invests in deep technologies, including semiconductors, intelligent hardware, infrastructure software, and bio-convergence. The firm has backed Stathera since its earlier financing rounds. Its semiconductor portfolio has includes companies such as Nuvia, Alif Semiconductor, and PowerLattice.
In addition, BDC Capital too has supported companies in the Canadian semiconductor and deep-tech sector through its family of funds. Its portfolio includes several Canadian semiconductor startups, including Blumind, Bonsai Micro, Irreversible, and Preciseley.
AI infra driving global semiconductor sector growth
The global semiconductor sector is experiencing another growth cycle, largely driven by artificial intelligence infrastructure. The Semiconductor Industry Association reported global semiconductor sales of US$791.7 billion during 2025. It projected that annual industry sales could approach US$1 trillion during 2026. Demand for processors, memory, networking equipment, and data storage remains central to that expansion.
Canada maintains established strengths across semiconductor design, photonics, artificial intelligence hardware, and advanced packaging. An ICTC report estimated that Canada’s semiconductor industry contribution to national GDP was approximately CA$4.6 billion during 2021. The sector also supported more than 17,000 Canadian jobs, according to the report.
However, Canada remains a relatively small participant within the global semiconductor supply chain. Stathera’s financing is an indication that Canadian companies can still compete in specialized chip categories requiring substantial intellectual property. It bodes well for Canada as an emerging deep-tech hub.
TTF View
Stathera’s Series B stands out because semiconductor startups require long development timelines and substantial technical capital. The round also places a Canadian semiconductor startup inside the rapidly expanding artificial intelligence infrastructure supply chain.
However, manufacturing execution now becomes the central test. Stathera must move its second-generation products into volume production while developing a more demanding data-centre platform. Customer sampling, production yields, and the planned 2028 launch timeline will provide important signals about its progress.
