Quantum Measurement for Every Application
From university research labs to defense applications, our platform adapts to your specific quantum measurement needs with unmatched performance and affordability.
Target Segments
Tailored solutions for four key market segments in India's quantum ecosystem
University Research Labs
Accessible quantum measurement infrastructure for research teams. Enable cutting-edge experiments with a practical, supportable stack.
Key Features
- Educational pricing and support programs
- Integration with existing lab equipment
- Comprehensive documentation and tutorials
- Direct technical support from our team
Target Organizations
Quantum Computing
High-fidelity qubit readout and control infrastructure for quantum processors. Enable real-time error correction and feedback.
Key Features
- Sub-microsecond feedback latency
- Multi-qubit readout capability
- Real-time quantum error correction
- Scalable architecture for qubit arrays
Target Organizations
Quantum Communication
Timing and detection infrastructure for quantum communication and QKD experimentation across lab and field environments.
Key Features
- High-speed key generation
- Satellite-ground link support
- Integration with existing telecom
- Field-deployable configurations
Target Organizations
Quantum Sensing
Precision timing and measurement building blocks for quantum sensing and advanced metrology experiments.
Key Features
- Ultra-precise timing resolution
- Low-noise signal conditioning
- Multi-channel synchronization
- Environmental monitoring support
Target Organizations
Use Cases
Example scenarios showing how Photoncore can support different application areas
Superconducting Qubit Readout
Scenario
A quantum computing startup needs to read out the state of 10 superconducting qubits with high fidelity and low latency for real-time error correction.
Solution
Photoncore's RFSoC-based platform is designed for multi-channel readout with a low-latency feedback path suitable for closed-loop workflows.
Outcome
Enables faster iteration on readout and control without rack-style complexity.
Satellite QKD Ground Station
Scenario
A quantum communication team needs a compact, field-deployable timing and detection setup for quantum key distribution experiments.
Solution
A detector-to-RFSoC signal chain with software control can support precise timing and repeatable experiments in a smaller footprint.
Outcome
Supports portable experimentation and tighter integration between detection and processing.
University Quantum Optics Lab
Scenario
An IIT research group wants to perform photon correlation experiments but lacks budget for commercial time-correlated single-photon counting equipment.
Solution
Photoncore aims to provide an accessible measurement stack with Python-based control for common timing and correlation workflows.
Outcome
Lowers the barrier to getting started with advanced measurement experiments.
Not Sure Which Solution Fits?
Our team can help you identify the right configuration for your specific quantum measurement needs.