Technology


Fraunhofer IPMS and GlobalFoundries develop new super-efficient FRAM technology


Scientists at the Fraunhofer Institute for Photonic Microsystems (IPMS) and GlobalFoundries have developed a novel ferroelectric random-access memory (FRAM) storage technology that delivers better energy efficiency, faster processing and permanent data storage. Te team has succeeded in integrating


hafnium oxide-based ultra-fast FRAM memory into an existing industrial manufacturing process, for devices to deliver permanent information storage, even without power and without any data loss. “In ferroelectric memory technology, ions


are shiſted very rapidly within a crystal lattice, resulting in a change in polarization. We can use exactly this effect to store information,” explained Konrad Seidel, Head of the Emerging Memory Solutions business unit at Fraunhofer IPMS.


New ferroelectric memory technology promises better energy efficiency, faster processing and permanent data storage


Te GlobalFoundries 22FDX technology


node was used to embed the FRAM cells. Tis platform is specifically designed for manufacturing ultra-low-power microchips. Te novel memory cells operate at under a volt, switch within nanoseconds, and exhibit a long life, reliably enduring a high number of write and erase cycles.


Te new memory technology is aimed at


applications that depend on energy efficiency, like autonomous sensors, battery-powered systems or on-device artificial intelligence. “Affordable ultra-low-power technology,


combined with an ideally matched memory solution, is especially attractive for applications like edge AI. Tis represents the combination of two technologies that complement each other perfectly,” said Sven Beyer from GlobalFoundries. Digital systems are placing ever-increasing


demands on memory. Requirements include fast, durable, non-volatile and extremely energy efficient memory technologies. Current memory solutions are reaching their limits, especially in applications in the automotive sector, industrial automation and medical technology, which has motivated the two companies to partner on this project.


UK fast responders stand to gain from standards- based mission-critical communications


Te UK Home Office Emergency Services Mobile Communication Programme (ESMCP) has joined the Global Certification Forum (GCF) as a mission-critical communications operator member. In joining, ESMCP confirms its commitment to the development of standards-based mission-critical broadband services and shaping the future of mission-critical communications. “ESMCP’s expertise will be instrumental


as we collaborate to develop certification requirements for mission-critical broadband services, thus ensuring the highest standard of reliability and interoperability for emergency services users,” said Lars Nielsen, GCF Director General. Te UK’s Emergency Services Network


(ESN) critical communications system is a cross-government programme delivered by ESMCP in partnership with EE/BT and IBM.


ESMCP is collaborating with user


UK Home Office’s Emergency Services Mobile Communication Programme joins the GCF


ESN aims to secure fast, safe and secure voice, video and data across the 4G network, giving first responders immediate access to crucial data, images and information in live situations and emergencies. Te programme will also deliver a common platform to enable emergency services to work more closely together for data sharing in emergencies.


04 July/August 2026 www.electronicsworld.co.uk


organisations on an ongoing basis to regularly test ESN functionality, to prove that ESN will keep both users and the wider public safe in critical situations. It will also enable a continuous improvement to meet the evolving needs of emergency service users. This approach will build secure and resilient mission-critical communications the emergency services can trust to keep everyone safe. The GCF has been instrumental


in facilitating interoperable devices, network and services for reliable and secure wireless communications. It started operating in 1999, and currently has over 300 members. Its solutions cover mission-critical services, 5G NR, LTE, Cellular IoT (NB-IoT and eMTC), eSIM and legacy technologies.


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