Explore a commercially available range spanning photonic quantum computing, quantum education and research, post-quantum security, thin-film lithium-niobate components, optical interconnects, measurement, and photonic-chip fabrication.

A rack-scale photonic quantum-computing system for integrated quantum operations and hybrid classical-quantum workloads.

A commercial research-grade optical quantum computer for photonic quantum algorithm exploration and demonstration.

A compact photonic platform for on-chip optical quantum-computing research, experimentation, and teaching.

An optical research and teaching platform for femtosecond direct-write photonic-chip experiments.

A portable quantum-AI research and teaching system for hands-on experimentation and education.

A multi-channel photon-counting instrument for time-correlated optical measurement and quantum-photonics experiments.

A compact PCIe card that uses quantum tunnelling to generate true random numbers for cryptographic key material.

An edge security gateway integrating international, Chinese commercial, and post-quantum algorithm suites.

A centralized gateway with hardware encryption, quantum random-number generation, access control, and post-quantum protection.

A mass-produced security chip combining quantum random numbers with post-quantum cryptographic operations and key services.

A fingerprint-controlled USB drive with quantum entropy, commercial cryptography, and post-quantum algorithm support.

An offline hardware wallet using quantum true random numbers and a secure chip to generate and store private keys.

A thin endpoint cryptography device for mobile and IoT terminals requiring commercial and post-quantum security services.

A cross-platform secure-office and communications system built around quantum-security chips and hybrid key distribution.

A precision workstation for femtosecond laser direct-write photonic-chip fabrication and research.

A compact hermetically packaged thin-film lithium-niobate intensity modulator with bandwidth options up to 110 GHz.

A multifunctional TFLN waveguide chip integrating polarization, splitting, combining, and phase-modulation functions.

A dual-polarization IQ modulator chip with electro-optic bandwidth above 70 GHz for coherent transmission.

A customizable 3D direct-written optical waveguide device for low-loss conversion and high-density optical interconnects.

A low-voltage O-band modulator chip for 800G, 1.6T, and 3.2T high-speed AI optical modules.
Product parameters shown here are based on the supplied source materials. Final model, compatibility, configuration, availability, commercial terms, and delivery scope are confirmed during the quotation and technical review process.