Hardware Decoders for Quantum Computing
We design and license FPGA/ASIC RTL IP cores for quantum error correction,
enabling advanced fault-tolerant quantum computation.
Support for wide variety of qLDPC families including single shot codes
Low Latency
Engineered at RTL level for the fastest possible syndrome processing and feedback, critical for maintaining quantum coherence.
High Throughput
Architected for parallel processing to handle the data rates of large-scale quantum processors and complex QEC codes.
Configurability
Options for compile-time or run-time code switching
Solving the Quantum Decoding Bottleneck
As quantum processors scale, the classical processing required for error correction becomes a major performance bottleneck. Software-based decoders cannot meet the stringent, real-time latency requirements to prevent decoherence.
Our hardware solutions address this problem by efficient RTL implementation of decoding algorithms. This enables the tight feedback loop between the quantum device and the classical control system, unlocking the true potential of fault-tolerant quantum computation.