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Quantum computing and education systems
Photonic quantum computers, on-chip experimental platforms, quantum-AI teaching systems, photon-counting instruments, and fabrication equipment.
Business Line 04
Quantum Technology Sourcing & Supply
We help universities, laboratories, enterprises, integrators, and public-sector buyers evaluate and procure commercially available quantum technologies from China for international delivery.
Who this is for
A practical fit for complex infrastructure programs.
Universities and laboratories building quantum teaching or research capability
Enterprises evaluating quantum-secure communications and post-quantum protection
Telecom, optical-network, and AI infrastructure teams sourcing advanced photonic components
Distributors, integrators, and public-sector buyers requiring coordinated overseas supply
What we deliver
Source quantum computing, security, photonic connectivity, education, and research products through one coordinated commercial and technical process.
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Quantum-security products
Quantum random-number hardware, encryption gateways, post-quantum chips, secure storage, hardware wallets, endpoint devices, and secure communications platforms.
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Photonic connectivity components
Thin-film lithium-niobate modulators, integrated modulator chips, multicore optical waveguides, and high-speed components for coherent and AI-network transmission.
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Technical and commercial coordination
Requirement matching, supplier clarification, configuration review, quotation, documentation, export coordination, delivery tracking, and deployment support where required.
Core capabilities
From technical scope to an executable package.
Product-family and application matching
Configuration, interface, and experiment-scope clarification
Commercial quotation and supplier coordination
Export documentation and international delivery planning
Installation, training, licensing, and acceptance-scope coordination
Roadmap support for pilot, laboratory, and scaled deployment
Typical applications
Where this business line fits.
Quantum computing research and education laboratories
Quantum-secure enterprise and government communications
Post-quantum endpoint, IoT, and data-protection programs
Coherent optical transmission and fibre-sensing systems
High-speed AI data-centre optical interconnects
Photonic-chip research, measurement, and fabrication
Why this approach
Built around the deployment conditions that matter.
One route across three technology families
Coordinate quantum computing, security, and photonic products without forcing distinct technical requirements into a single hardware label.
Technical matching before quotation
Clarify the intended experiment, security architecture, optical band, data rate, interfaces, deployment environment, and support scope before commercial commitment.
International supply coordination
Connect supplier communication, documentation, delivery terms, logistics, training, and acceptance planning in one procurement workflow.
Delivery approach
A structured path from requirement to handover.
STEP 01
Define the use case
Confirm the research, education, security, optical-network, or deployment objective and the required commercial timeline.
STEP 02
Match the product family
Identify suitable systems or components and compare capability, interfaces, configuration, maturity, and fit.
STEP 03
Clarify the technical scope
Coordinate specifications, experiment content, algorithms, licensing, accessories, documentation, installation, training, and acceptance requirements.
STEP 04
Coordinate quotation and supply
Confirm commercial terms, lead time, export requirements, logistics, warranty, and an executable delivery package.
STEP 05
Support delivery and adoption
Track delivery and coordinate installation, training, testing, or follow-on expansion when included in the agreed scope.
Specification disclaimer
Quantum and photonic product capabilities vary by model and configuration. Performance figures in the product catalogue are supplier-provided reference values; final specifications, interoperability, certifications, licensing, export eligibility, warranty, availability, and delivery scope are confirmed during technical and commercial review.Request-for-quotation checklist
The details that help us respond accurately.
Product family or intended application
Target performance, experiment, security, wavelength, or data-rate requirement
Quantity and preferred configuration
Required software, licensing, accessories, training, or installation
Destination country and applicable certification or import requirements
Delivery target and acceptance expectations
Related business lines
Move between solution design and equipment supply as your project develops.
Data Centre Equipment Sourcing & Supply
Coordinate the conventional compute, storage, network, power, and cooling infrastructure around a quantum or photonic deployment.
Data Centre Development
Connect specialist quantum equipment to the facility, delivery, commissioning, and lifecycle requirements of a wider infrastructure program.
Start a project discussion
Tell us what you need to deploy, source, or expand.
Share your target capacity, site conditions, workload, timeline, and support requirements. We will help shape the next practical step.