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Deterministic quantum light sources

Single-photon and entangled-state sources in the C-band with single-mode fibre output.

configuration

Telecom-band, fibre connected, deployment-ready

Based on Aegiq’s epitaxial quantum-dot technology. Available as turn-key 19" rack systems with integrated mild-cryo module, or fibre packaged chips. Used inside Aegiq quantum computer and available separately.

SPS1550

High indistinguishability and high single photon purities. Enabling photonic qubits, quantum communication, and use in multi-photon imaging and microscopy.

EPS1550

Creates deterministic entangled pairs of photons via bi-exciton cascade in quantum dots. Enabling quantum networking distribution of information using entanglement, and quantum metrology.

Application

Why it’s different

Discuss SPS availability

Deterministic emission

On-demand photons cut heralding and shrink system complexity, reducing component count in photonic quantum computers by 1000x.

Telecom-ready

C-band for low loss, single-mode fibre, plug-and-play with standard optics.

Rack-integrated

Turnkey system integrates controls, support modules, mild cryo, pulse shaping, filtering and pump laser.

our products

Powerful quantum platform  for a new era of computing

First generation photonic quantum computer

Reconfigurable system for deployment and implementation of photonic-based quantum computing in analog and gate-based modes.

Quality Link Assurance System

QLAS is an easily deployable system that provides highly accurate, real-time detection of sophisticated tamper attacks on optical fibre.

Deterministic quantum light sources

Single-photon and entangled-state sources  in the C-band with single-mode fibre output.

LightWorks SDK

LightWorks provides APIs and tools to build workflows, mix classical/quantum steps, and run jobs on Aegiq systems and emulators.