Light beyond
Fiber.
Secure Optical Wireless Links Integrated On Chip for Critical Communications
The physics of light, engineered into a chip.
Traditional free-space optical systems rely on motorized gimbals and mechanical beam-steering, fragile, bulky, and power-hungry. We replaced all of that with a photonic integrated circuit featuring optical phased arrays.
By controlling the phase of light across thousands of waveguide emitters on a single chip, we steer the beam electronically, with no moving parts, at millisecond speeds, at a fraction of the size and power.
Solid-state steering
No motors. No mirrors. No maintenance. OPA-based beam control reacts in milliseconds and survives where mechanical systems fail.
Photonic integration
Every optical function, emission, phase control, beam forming, co-integrated on a single PIC. Smaller, lighter, manufacturable at scale.
Three products. One photonic platform.
When your link cannot afford to fail.
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View all newsFrom Chip Design to Validated Prototype: AGPhotonics Unveils New Málaga Facilities
As reported by defensa.com, AGPhotonics has inaugurated its new facilities at Málaga Tech Park: over 600 square meters, including photonic chip characterization laboratories and an operational pilot line for optical and electrical packaging.
AGPhotonics in the Spanish Navy's autonomous vessel project
AGPhotonics in the Spanish Navy's autonomous vessel project
Integrated photonics as a boost for Armed Forces communications
ConContemporary armed conflicts have exposed a critical vulnerability: electromagnetic spectrum dominance is now decisive on the battlefield.
