Quantum Computing Acceleration
High-sync-precision oHFM measurement and control modules support multi-card cascade, providing a common electronics platform for qubit control, quantum error correction and quantum communication equipment.
Typical Application Scenarios
Quantum Computing Control System
Qubit control and readout: FPGA generates high-precision multi-channel microwave pulses and synchronously acquires qubit state readout signals, supporting real-time feedback control of thousands of qubits.
Quantum Error Correction Feedback
Real-time decoding of quantum error-correcting codes with error detection and feedback signal generation within picoseconds, meeting the extreme real-time demands of superconducting quantum computing.
Quantum Communication Equipment
High-speed optical signal processing and random number generation for quantum key distribution (QKD) systems, supporting real-time decoy-state protocol operation.
Pain Points of Traditional Solutions
Imported quantum control systems are expensive, often costing millions
Multi-channel synchronization precision is demanding and hard to build in-house
Poor hardware flexibility; algorithm iterations require equipment replacement
Low openness makes secondary development hard for researchers
oHFM Standardized Solution
Customer Value
Start Your oHFM Standardized Product Development
Standardized modules plus flexible software-defined design let you focus on core algorithms and product innovation without reinventing the wheel.