An exciting milestone in the quantum computing world
Proud to share that SEEQC, in collaboration with the National Quantum Computing Centre (NQCC) and NVIDIA, has announced the first digital interface system for scalable quantum error correction. This system combines SEEQC’s fully digital quantum-classical interface architecture with NVIDIA’s CUDA-Q decoders, deployed on cutting-edge HPC resources at the NQCC.
Why it matters:
• As we build larger quantum systems, maintaining coherence & minimizing errors is critical. The new interface enables ultra-low latency, high throughput between quantum processors (QPUs) and GPUs, enabling real-time quantum error correction.
• Energy and efficiency: For large-scale quantum computing to be practical, power usage and infrastructure overhead must be managed. This system improves data throughput by up to 1,000× while reducing data rates to manageable levels without losing performance.
• UK leadership: With the system hosted at the NQCC, this is a massive step forward in integrating quantum & HPC resources, positioning the UK as a leader in scalable quantum tech.
Looking ahead, this development opens doors for quantum-enhanced AI, practical error correction, and truly heterogeneous computing architectures.
Kudos to Michael Cuthbert and the National Quantum Computing Centre (NQCC), and Sam Stanwyck and NVIDIA for pushing the frontier.
