Assembly Engineer - New Product Introduction

Forefront RF returns to Cambridge Tech Week to showcase tunable duplexer technology. Published on 07 September 2026 Cambridge, UK, 7th September 2026. Forefront RF, a Cambridge-based fabless semiconductor scale-up, will return to Cambridge Tech Week 2026 to showcase its proprietary Foretune(TM) technology, developed to help OEMs and manufacturers address the demanding connectivity requirements and space constraints of next-generation wireless devices. Smartphones, wearables and other connected devices must now support a growing number of frequency bands without compromising performance, driving greater complexity in RF front-end design. Forefront RF's software-defined approach provides a compelling alternative to conventional RF systems that rely on multiple fixed-frequency components. Foretune(TM), which underpins the company's product portfolio, is designed to dynamically self-configure according to available frequencies, reducing RF component count and power consumption. This enables a smaller physical footprint while supporting the requirements of high-volume manufacturing. By introducing greater configurability into the RF front end, Foretune enables a simpler, more flexible RF architecture. This provides a pathway towards more universal RF front-end designs capable of supporting a broader range of frequency bands and use cases, including satellite connectivity and future 6G services. Alexander Doust, Director of Business Development at Forefront RF, said: "Cambridge has a thriving semiconductor and deep-tech ecosystem, and Cambridge Tech Week is a great opportunity to showcase that innovation and be part of that community. We're delighted to be participating again this year, catching up with familiar faces and making new connections." Visitors can meet the Forefront RF team at Innovation Alley on Tuesday 15th and Wednesday 16th September to learn more about the technology, its potential applications and career opportunities with the company.

Forefront RF outlines path to faster spectrum adoption and global device interoperability at Telecom Council Innovation Forum. Published on 09 June 2026 by Sue Hunt Forefront RF recently joined senior telecommunications executives, technology vendors, investors and disruptive startups at a Telecom Council Innovation Forum to discuss innovations shaping the future of wireless communications. The event provided an opportunity to address one of the industry's most pressing challenges: the growing complexity of RF front-end architectures as spectrum becomes increasingly fragmented and devices are required to support more frequency bands, carrier aggregation combinations and global deployment scenarios. During a presentation to industry stakeholders, Alexander Doust, Director of Business Development at Forefront RF, outlined the company's vision for transforming how mobile and connected devices are designed and deployed worldwide. At the heart of this vision is the potential to enable a compact single global SKU, reducing the complexity that exists throughout today's wireless ecosystem. As mobile network operators (MNOs) continue to expand their spectrum portfolios and deploy new frequency bands, device support remains critical to maximising the value of network investments. Yet manufacturers are often forced to develop multiple hardware variants of the same product to address different regional requirements, creating complexity across design, testing, certification, manufacturing and supply chains. Forefront RF believes a more flexible approach is needed. Its patented tunable duplexer technology, Foretune(TM), has been designed to replace multiple band-specific RF components with a software-defined alternative capable of dynamically adapting to different frequency bands and services. By reducing reliance on dedicated hardware, the technology introduces a more agile RF front-end architecture that can adapt to changing connectivity requirements through software rather than additional components. For MNOs, this approach could deliver significant benefits, including support for a wider range of spectrum assets, faster adoption of new frequency bands, improved global roaming compatibility and reduced barriers for OEMs launching devices on their networks. It could also simplify device certification processes and help expand the ecosystem of devices capable of supporting operator requirements. For device manufacturers, the potential advantages extend beyond RF performance. A more adaptable RF architecture could reduce product complexity, simplify supply chains and improve the economics of launching connected devices across multiple regions and operators. Ultimately, the technology supports Forefront RF's broader vision of making global connectivity easier to integrate, scale and deploy. By reducing RF front-end complexity, the company believes the industry can move closer to a future where connectivity becomes increasingly commoditised and a single global SKU becomes commercially viable across a wide range of connected devices. Forefront RF would like to thank the Telecom Council and participating organisations for the opportunity to share its vision and engage in valuable discussions. The company looks forward to continuing conversations with operators, device manufacturers and ecosystem partners as it works towards making the single global SKU a practical reality.