Summary

The article highlights the significant development of ULTRA RAM, a groundbreaking technology designed to merge high-speed performance with long-term data retention without requiring continuous power. This revolutionary memory unit is specifically crafted for applications demanding both rapid switching speed and ultra-low switching energy, representing a major achievement in semiconductor manufacturing. By integrating advanced engineering techniques, ULTRA RAM was engineered as a universal memory device capable of combining these essential features in a single architectural component. The project received substantial support from multiple international and academic funding sources, including the EPSRC grant EPX5255831, the Future Compound Semiconductor Manufacturing Hub grant EPP0069731, and the Leverhulme Trust doctoral training program. The research was further bolstered by partnership with Lancaster University and various European and UK initiatives such as the ATTRACT grants 777222 and 101004462, the MSCA-ITN QUANTIMONY grant 956548, and the Innovate UK ICURe program. These collaborative efforts ensured the creation of a high-end memory solution that addresses critical power constraints while maintaining exceptional performance metrics across diverse memory architectures.

Title

Quinas

Description

ULTRARAM™ is a remarkable, patented, memory technology developed by Lancaster University. It exploits a quantum-mechanical process called resonant tunnelling,

Keywords

technology, memory, university, flash, energy, high, endurance, dram, tech, memories, physics, overview, volatility, volatile, lancaster, read, research

NS Lookup

A 148.72.0.193

Dates

Created 2026-03-09

Updated 2026-04-15

Summarized 2026-04-16