HOLO•HOLO•MicroCloud Hologram announced dedicated processor hardware built with classical logic gates that boosts quantum algorithm simulation speed by over 100× while cutting power draw to 20% of GPU-based simulators. The FPGA-validated architecture supports up to 30-qubit systems with parallel pipelined execution and customizable microcode control for different algorithms.
MicroCloud Hologram has introduced a dedicated processor architecture using pure classical logic gates—AND, OR, NOT, adders and multipliers—to simulate quantum algorithms in hardware. This shift abandons serial software simulation in favor of parallel execution pipelines, enabling real-time quantum state evolution and measurement emulation.
The system features high-speed SRAM arrays with custom address mapping to store 2^n complex amplitudes for n qubits, multiport read logic for parallel tensor operations and a microprogrammed control unit that pre-compiles gate sequences into microinstructions. Error detection via parity checks and redundant compute units ensures operational consistency.
FPGA-based functional verification confirmed two orders of magnitude faster gate execution on 30-qubit workloads and power consumption limited to one-fifth of traditional GPU simulators. A wide-bit-width dedicated bus and crossbar network optimize data flow between state memory, compute units and control logic.
HOLO’s R&D team plans to integrate neural network accelerators with quantum simulation units for hybrid classical-quantum processing and add programmable noise injection logic into the measurement unit to model NISQ device characteristics more accurately.
