How can the UK capitalise on the rapidly evolving semiconductor landscape
The pivotal role of semiconductors in driving economic growth has never been more evident. These technologies are foundational to modern life—powering transformative advancements in artificial intelligence (AI), cloud computing, electric vehicles (EVs), advanced connectivity, defence, healthcare, industrial automation, and renewable energy systems. Semiconductors are also essential to enabling quantum technologies, whether in computing, sensing, or Position, Navigation and Timing (PNT).
In response to shifting geopolitical and economic dynamics, governments worldwide are reassessing their semiconductor strategies to secure access to this critical technology and ensure their economies benefit from ongoing innovation. With a dynamic innovation ecosystem, a thriving start-up scene and world-class expertise in photonics, the UK is uniquely positioned to capitalise on the rapidly evolving semiconductor landscape, enabling the UK to be the first to pioneer next-generation chips.
The accompanying diagram illustrates emerging semiconductor trends. Here, blue represents microelectronic chips, while red signifies photonic chips.

As AI increasingly shapes daily life, the industry is transitioning from centralised, cloud-based processing to distributed AI and ‘AI at the edge’. This shift will reduce energy consumption and latency, enabling faster and more responsive AI systems. Large language models and machine learning applications will increasingly depend on novel computing paradigms, such as neuromorphic and analog/photonic computing.
Rather than relying solely on large-scale, monolithic silicon chips, the industry is adopting chiplets and heterogeneous integration, combining different materials and functionalities in a single package. The silicon fabrication roadmap is progressing from the 4nm node size (2024) to an ambitious 0.7nm node target by 2034, vastly expanding chip-level capabilities.
To address intensifying cybersecurity challenges, software security will move towards memory-safe architectures like ARM’s CHERI, followed by quantum encryption. Simultaneously, Electronic Design Automation (EDA) tools will evolve to support interoperability across these technologies, leveraging AI to accelerate design and fabrication processes.
A dominant trend is the shift from traditional silicon-based microelectronics to heterogeneously integrated systems, combining silicon with photonics—highlighted through the colour coding in the diagram.
This transformation presents substantial opportunities for innovation across the semiconductor value chain, including:
- New photonic chip designs to accelerate AI hardware performance
- Novel chip architectures tailored for next-generation applications
- Advanced packaging techniques through heterogeneous integration
- Next-generation EDA tools to streamline the design and fabrication cycle of electronic-photonic co-design
Given the scale of investment and talent required, no single country is likely to lead across all areas of innovation. Instead, there is a strong case for strategic international partnerships that build on complementary strengths with like-minded nations. The UK’s leadership in Photonic Integrated Circuits (PICs) positions it as a key partner in the co-development of next-generation semiconductor technologies, securing critical supply chains.
CORNERSTONE, the UK’s highly regarded foundry for prototyping PICs, has already delivered over 800 chip designs to more than 100 customers across 20+ countries. CORNERSTONE’s customers have raised over £60m in venture capital in the past year, contributing towards the UK’s rapidly growing photonics industry, which is currently valued at £18.5bn. This foundry operates within the UK’s most advanced academic cleanrooms at the Universities of Southampton and Glasgow.
The UK also boasts a thriving semiconductor and photonics start-up ecosystem. Since 2023, companies supported by ChipStart UK, the UK’s flagship semiconductor incubator, have raised over £25 million in early-stage funding, with 40–50% developing photonic technologies. Furthermore, the UK is home to approximately 5,000 companies developing electronic systems using cutting-edge semiconductor and photonic solutions—around 90% of which are SMEs.
With its deep expertise in PICs and a dynamic innovation ecosystem, the UK is exceptionally well positioned to thrive in the evolving global semiconductor landscape. Start-ups and SMEs will be instrumental in driving this growth, aligned with the ambitions set out in the Government’s recently published Industrial Strategy.
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