Carina
Carina harnesses the physics of Rubidium-87 atoms to produce entangled photon pairs that are narrow-linewidth, indistinguishable, and compatible with atomic quantum memories — properties that photonic crystal sources cannot match.
Carina operates autonomously, sustaining high quality entanglement across deployed fiber that simultaneously carries classical data traffic. Unrivaled in performance, Carina is the choice of developers building the next generation of applications in quantum networking.
Generates
80 million
entangled pairs per second.
Operates
99.5% fidelity
at 2M pairs per second.
Spectral Brightness
12,000 pairs/s/MHz
orders of magnitude brighter.
Carina’s entangled photons are spectrally narrow enabling quantum memory compatibility and opening the door to repeater architectures.
