Taara has just created Taara Photonics, the world’s first wireless communication platform based on optical phased arrays.
Taara Photonics joins Taara Beam, the first Taara product based on a photonic core, to build commercial communications and connectivity infrastructure based on photonics. By moving the core functionality of high-speed wireless optical communication into an IC that controls light electronically, Taara will enable networks to be deployed within hours, without the constraints associated with trenching fibre or securing scarce spectrum.
The proprietary optical phased arrays were developed at X and Taara labs over several years. Taara Beam is the first product built on the photonic platform, delivering signal speeds up to 25Gbps at low latency and over distances to 10km. Designed for operators, enterprises and next-generation data infrastructure, Taara Beam fits in a shoe-sized box, yet brings fiber-like speeds to environments where traditional infrastructure is too slow, costly or impractical to build. It marks a shift from fixed, physical networks to infrastructure that can evolve at the pace of demand.
“Every generation of connectivity has been defined by a physical constraint, whether copper’s speed, fibre’s time to deploy and the scarcity of radio spectrum,” said Mahesh Krishnaswamy, Founder and CEO of Taara. “With light transmitted through the air, those constraints begin to disappear. Taara Beam is the first commercial product built on our photonics platform, and it’s just the beginning. We’re not just improving networks, we’re removing the limits that have defined them.”
Traditional free-space optical systems steer beams of light using mirrors, sensors and mechanical hardware – an approach that is physically constrained at scale. Taara Beam represents a new architecture, shifting from mechanical control to increasingly solid-state control of light. At its core is an integrated photonic module containing over a thousand miniature light emitters arranged in an optical phased array, a solid-state steering device. This phased array allows Taara Beam to track, shape and steer light with greater precision, improving signal reliability and latency.
“Silicon photonics allows us to integrate the core functionalities of wireless optical communication into a single module,” said Devin Brinkley, SVP of Engineering at Taara. “We’ve compressed most of the functionality of our previous systems into a photonic module the size of a finger. As the technology matures, it can scale across performance, cost and size, similar to the exponential pace at which semiconductor platforms evolve.”
Being compact in size, Taara Beam can be mounted on rooftops, poles or various structures quickly, to form high-bandwidth mesh networks. By operating in the unlicensed optical spectrum, it avoids congestion and recurring spectrum costs whilst delivering performance at the speed modern networks require.
