EnSilica (LSE:ENSI) has secured a series of new design and development agreements that expand its presence in healthcare technology while strengthening its automotive pipeline. The company has been awarded a US$1.6 million contract from a UK-listed life sciences technology group to develop and manufacture a next-generation chip for advanced analytical systems. In addition, EnSilica has entered into a fully funded US$200,000 feasibility study with a U.S. healthcare company to design a wireless biosensing and therapeutic controller ASIC. If successful, the project could lead to a larger multi-million-dollar supply agreement.
The company also reported increased demand and an extended production timeline for an existing automotive ASIC programme, now expected to run beyond 2030. This extension is projected to add more than US$4 million in additional revenue between 2026 and 2028. Management said the combination of new healthcare projects and expanded automotive commitments improves revenue visibility and supports expectations of significantly higher revenue and EBITDA in the 2026 financial year.
Despite these contract wins, the company’s outlook remains constrained by recent financial performance, including declining revenue, ongoing losses and a sharp deterioration in free cash flow. However, technical indicators provide a partial counterbalance, with the share price trading well above key moving averages and showing strong upward momentum, though some indicators suggest the rally may be approaching stretched levels. Valuation metrics remain challenging as the company is currently loss-making and does not offer a dividend yield.
More about EnSilica PLC
EnSilica plc is a fabless semiconductor company specialising in the design of application-specific integrated circuits (ASICs), including RF, millimetre-wave, mixed-signal and complex digital chips. The company serves customers across sectors such as space and communications, industrial systems, automotive and healthcare. EnSilica focuses on delivering secure and reliable semiconductor solutions and leverages reusable intellectual property and silicon platforms to support scalable design projects and long-term supply revenue streams.
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