MicroCloud FPGA‑Quantum Debut
MicroCloud unveiled an FPGA-powered quantum computing platform that blends ultra-low-latency FPGA processing with quantum simulation capabilities. The product positions hardware evolution—beyond traditional FPGAs—into use cases like stochastic modeling and high-throughput signal processing for finance. (investing.com)
MicroCloud Hologram Inc. (NASDAQ: HOLO) issued the company press release for its FPGA hardware‑abstraction platform on March 31, 2026. (prnewswire.com) The platform maps normalized fixed‑point representations of complex qubit amplitudes into LUT groups and register banks to reduce FPGA resource consumption. (prnewswire.com) HOLO’s design avoids full matrix multiplications by decomposing gates like Pauli‑X, Hadamard and Rz into combinational‑logic units that can run as pipelined FPGA primitives. (prnewswire.com) An earlier MicroCloud multi‑FPGA Quantum Fourier Transform simulator (announced Jan. 8, 2026) stores large amplitude vectors in High‑Bandwidth Memory (HBM) and implements pipelinable complex‑multiply arrays, parallel index generators and distributed phase‑shift modules to sustain QFT data flow across chips. (prnewswire.com) A Feb. 25, 2026 release described an FPGA‑accelerated surface‑code quantum simulator optimized for rotated‑distance surface codes to validate error‑correction algorithms under constrained resource layouts. (prnewswire.com) MicroCloud filed its Form 20‑F on March 27, 2026, reporting total revenue of RMB 403.7 million (USD 56.5 million) for fiscal 2025 and working capital of approximately RMB 2,693.7 million (USD 383.2 million). (prnewswire.com) HOLO positions the new stack as a lightweight hardware abstraction layer intended to accelerate quantum algorithms, quantum control systems and quantum‑embedded devices by trading full large‑scale simulation for resource‑efficient, FPGA‑native modules. (engineering.com)
