Cambridge, UK - 17 February 2025 - Blueshift Memory, designer of a novel proprietary high-pace memory structure, has been awarded a prestigious UK-Taiwan Bilateral collaborative analysis and improvement (CR&D) Grant by Innovate UK, with a venture value within the UK of £1.2 million. Beneath the grant, Blueshift Memory will work with AP Memory and Syntronix to develop next-era 3D excessive bandwidth memory chips integrating Blueshift Memory’s revolutionary memory architecture (the Cambridge Architecture™). A further NT$sixty five million (£1.57 million) is being invested in Taiwan, jointly by the Department of Industrial Technology (DoIT) and from non-public matched funding. The 30-month project, led by Blueshift Memory, is entitled "New high performance laptop structure implementation in high bandwidth memory and hook up with AI and information-intensive applications". The challenge will involve Blueshift Memory working in collaboration with the 2 Taiwanese manufacturers to develop a new model of AP Memory’s very high bandwidth memory (VHM™), integrating Blueshift Memory’s IP.
This newest Innovate UK grant follows on from Blueshift Memory’s successful Sensible grant mission, below which it developed a next-generation laptop imaginative and prescient (CV) software on edge units for Memory Wave Experience the Web of Things (IoT), based around the Cambridge Architecture. "AP Memory is dedicated to driving innovation in IoT and AI, and establishing global partnerships is an important a part of our technique to ship slicing-edge, aggressive products," mentioned Wen Chen, CTO at AP Memory. "We are very excited about working with AP Memory and Syntronix on this challenge," said Helen Duncan, CEO of Blueshift Memory. "Having already validated the performance of our architecture in FPGA, this partnership will enable us to show its potential in silicon in 2026 and will advance our roadmap by not less than two years. We are grateful to the ongoing help of Innovate UK, who co-funded the initial improvement of our demonstrator, in addition to our participation in two International Enterprise Innovation Programme (GBIP) missions to Taiwan.
Innovate UK, the UK’s innovation agency, works in partnership with Taiwan’s DoIT to co-fund these collaborative research and growth (CR&D) projects, centered on industrial research. The Innovate UK component of the funding is made through the International Science Partnerships Fund (ISPF). "We congratulate Blueshift Memory on being awarded this bilateral grant, as certainly one of only nine profitable joint initiatives to the very aggressive funding name," said David Campbell-Molloy, Partnership Manager - Asia at Innovate UK. "Blueshift Memory’s proposal ticked all the right containers, by exploiting both the UK’s expertise in semiconductor design IP and Taiwan’s position as the global chief in excessive-performance silicon chip manufacturing. Blueshift Memory’s proprietary chip design optimizes the memory structure for extra efficient handling of large information sets and time-essential information, enabling up to 1,000 times quicker Memory Wave Experience entry for particular information-focused purposes. These embody high performance computing, artificial intelligence (AI), pc imaginative and prescient for augmented and Memory Wave digital reality (AR/VR), 5G/6G edge connectivity and the Web of Things (IoT).
The focus of Blueshift Memory’s know-how is the Cambridge Architecture™, the subsequent-generation expertise for stored-program machines, Memory Wave designed to change the at present-used modified Harvard architecture and to overcome the standard constraints of the von Neumann bottleneck. Founded in 2011 and listed on the Taiwan Stock Trade (TWSE: 6531), AP Memory is a worldwide, fabless semiconductor firm headquartered in Hsinchu, Taiwan. With over two many years of industry experience, AP Memory gives customized memory design and IP options that meet the diverse needs of our prospects. AP Memory is dedicated to provide high efficiency, low-energy and modern personalized merchandise and solutions for functions reminiscent of mobile connectivity, wearable, high-performance computing, and edge computing. We are driving innovation within the IoT and AI spaces by partnering with the worldwide semiconductor provide chain to deliver reducing-edge, competitive products. Syntronix was based in 2001 as a dedicated IC and system level development company. The management crew formed alliances with the foremost foundry suppliers and leading design companies to develop each logic & Blended-Sign IP.