Ireland-based quantum startup Equal1 has successfully integrated an Arm Cortex processor operating at 3.3 Kelvin (-269.85°C), marking a significant milestone in its mission to develop practical, scalable quantum computing systems. This advancement aligns classical computing with quantum environments, addressing power constraints and thermal noise challenges inherent in cryogenic quantum systems.
Equal1 leverages CMOS-compatible technology, utilizing electrons and holes as qubits, allowing its Quantum System-on-Chip (QSoC) designs to integrate seamlessly with existing semiconductor processes. Over five years, the company developed proprietary tools and methodologies to optimize silicon performance at cryogenic temperatures. Its approach minimizes infrastructure disruption while maximizing manufacturability.
The next-generation QSoC will incorporate the Arm Cortex-A55 processor, focusing on efficiency and scalability. Equal1 aims to make quantum computing deployable in standard data centers via rack-mounted systems, reducing costs compared to traditional solutions. Applications span drug discovery, complex optimization problems, and quantum-enhanced AI.
Equal1’s breakthrough highlights a pragmatic pathway to quantum adoption, merging classical and quantum systems in compact, cost-effective solutions that could redefine quantum computing deployment. For more details, visit the original press release here.
November 19, 2024
