With today’s big news, the main functionality of Tara Lightbridge has been reduced to the size of a nail from the size of the traffic light. This is the kind of success that takes ideas on the finish line to become a real -life technique used by many people.
Taara Chip is used to transmit the Internet using the beam of light. , Image Credit-Gugle
While the mechanical components were required for automatic beam steering, with the new star chip, an advanced tracking system corrects the light with “steer, track, and extraordinary precision.” Each star chip has hundreds of light emitters and software is used to control the direction that is sent to ensure that they go where they need to go to work correctly for the system. When two light beams lock in each other, they create a safe link for data transmission.
“In tests in Moonshot Factory Labs, our team has successfully sent data on 10 GBPS (Gigabits per second) using two Tara chips. We believe that this is the first time that silicon photonics chips have sent such high-capacity data at this distance.
While the fiber uses the light transmitted through underground cables to carry the Internet, the star uses an invisible narrow, light beam, which uses an invisible narrow, light beam to transmit rapid data as 20 GBPS for a distance of 12.43 miles. Tara is so important that one of the reasons for this is that it takes only a few hours, which is in and run the platforms up and run compared to years, months or even years to install fiber.
Google believes that using light to transmit data will save money and will allow the world’s underscribed areas to be connected to the Internet. Technology can launch the launch of autonomous vehicles using Tara to communicate rapidly. Krishnaswamy writes, “The possibilities are infinite as light,” Krishnaswamy writes.
Google says that the Taara chip will be launched in 2026. The company is asking the new profiles and researchers interested in “discovery of new applications for technology” to contact the team via email on “taareteam@x.team. Are.
