Eleven companies have recently joined the second cohort of the UK’s ChipStart accelerator programme, which is run by Silicon Catalyst UK. This programme aims to support and nurture innovative startups in the semiconductor industry. The companies in this latest ChipStart pilot programme bring a diverse range of technologies to the table, including a RISC-V ‘tasklet’ processor, quantum control technology, a neuromorphic processor, a wearable hormone monitoring patch, and design tools for AI accelerators.
One of the companies, Apitronix in Sheffield, is focused on developing a Tasklet processor based on the RISC-V instruction set architecture specifically designed for embedded workloads. Their approach involves creating a chip, bus, and toolchain that leverage the power of multiple tiny cores to collaboratively handle complex embedded software applications.
Another participant, Qontrol in Bristol, is working on control systems for photonic quantum computers, while Heronic Technologies in London is developing automated software for TinyML AI accelerators for FPGA devices. Additionally, Rigpa in Edinburgh is dedicated to developing a neuromorphic AI chip.
According to Sean Redmond, Managing Partner of Silicon Catalyst UK, "Nine of the eleven firms in the next group come from UK universities and are set to build on the success of the first cohort." The first cohort of companies secured a strong position in the international semiconductor supply chain through private funding and global partnerships after undergoing nine months of rigorous training.
The ChipStart programme provides startups with access to commercial design capabilities, the full Silicon Catalyst ecosystem, design tools, IP, prototyping capability, commercial expertise, and mentorship. Startups also benefit from guidance from experienced semiconductor industry executives and connections to Silicon Catalyst’s global network, exposure to private capital, and access to over 270 advisors and investment groups.
UK Minister for Science Patrick Vallance emphasized the importance of semiconductor innovation, stating that it can drive advancements in various fields such as AI, consumer devices, and healthtech. The support provided through ChipStart is crucial in turning the ideas of British researchers into reality and addressing global challenges while driving economic growth.