Alphabet’s Taara chip uses light beams to provide high-speed internet

The alphabet has announced a new Development for Taara technology It can even cause low-precious, high-speed internet connection in remote locations. Taara’s CEO Mahesh Krishnaswamy, Taara Chip, presented a silicone photoic chip that uses light to transmit high speed information with air. The Taara Chip is a nail in the size of a small nail than the technology used in the alphabet. Taara Lightbridge, which is what is called the first generation technology, uses the steering wheel steering wheel steering wheel and sensor system, which is a traffic lightbridge. The new chip uses the software instead.

Taara, X, is a project under the alphabet Moonshot factory. The high-speed wireless optical contact technology, which is upside down the project, is originally designed X Project Loon Internet broadcast balloons. Alphabet pulled the plug In 2021, the beam of the beam in the Loon and Taara’s technology is broadband Along the Congo River and nairobi streets. The Loon has already visited the use of light in Alphabet in Alphabet in Alphabet, using the use of light in Alphabet in Alphabet In India.

Taara technology, 20 kilometers (12.1 miles), 20 gigabits, 20 gigabits to transmit data from 20 gigabits, “work using invisible light beam.” It is like a traditional fiber, the sense that the light is used to carry information, except that this light does not travel through cables. Instead, Taara’s hardware light rays spread. Rays from two parts should be adapted to each other to make a reliable connection that may transmit data, so a light storm is physically equipped with parts needed to manage light physically. Taara’s new chip does not need these components: There are hundreds of small lighting hundreds of small ones managed by the program with automatic steering wheel

Krishnaswamy, Taara’s light rays will take a few days to take to put fiber for only months or years. During the tests in the laboratory, the Taara team was able to transfer data at the speed of 10 GB / s per kilometer (0.62 miles). Now they are looking for the chip to develop the power and range by creating thousands of iterations [light] emitters. “The team expects chip to be available in 2026.