Using a “bright” idea, Google’s Taara chip brings the internet to those who can’t connect to it

Using a “bright” idea, Google’s Taara chip brings the internet to those who can’t connect to it

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Imagine in the future in which high -speed internet access is sent through symptoms of light. This is the goal of Google Secret R&D LAB "X" that works on the Taara blogging project. The latter is a slide developed to submit data at light speed. MAHESH KRISHNASWAMY, General Manager, Taara, wrote in a blog post that the slide has been tested over the past seven years and has been able to connect the Internet quickly to the fiber.
The slide will be able to bring access to the Internet to areas where traditional communication is expensive or very difficult to provide. Looking to reduce the complexity and cost of the Tara SIM, Google today announced the next generation Taara chip. Most of the basic functions of Taara Lightbridge, the first generation of the system, transmit light physically using a system of mirrors, sensors and devices; The next generation chip uses programs to guide, track and correct the light beam without the need for huge animation.

With big news today, the basic function of Taara Lightbridge has been reduced from the traffic signal size to the size of the nail. This is the type of penetration that takes ideas about the finish line to become a realistic technique that many use.

Although the mechanical ingredients were necessary to guided the automatic beam, with the new Taraa chip, a STEERS advanced tracking system, and the light correction of light is unusual. Each Tara Slide contains hundreds of light motives and programs are used to control the direction that the lights are sent to ensure that they go to where they need to go to the system to work properly. When the light packages are closed to each other, they form a safe link to transmit data.

While fiber uses light on the ground cables to carry the Internet, Tara uses a narrow, irrevocable optical package to transfer data at a speed of up to 20 GB per second for a distance of up to 12.43 miles. One of the reasons why Taara is very important is that it takes only hours of running and operating the platform compared to days, months, or even the years it takes to install the fibers.

Google believes that the use of light to transfer data will save money and allow the deprived areas of the world to connect to the Internet. Technology can lead to the launch of independent vehicles using Taara to communicate faster. "The possibilities are limitless like the light itself," Krishnasuami writes.

Google says that the Tara chip will be launched in 2026. The company is asking the creators and interested researchers to "explore new technology applications" to connect to the team via email on "[email protected]. Who knows?


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Imagine in the future in which high -speed internet access is sent through symptoms of light. This is the goal of Google Secret R&D LAB “X” that works on the Taara blogging project. The latter is a slide developed to submit data at light speed. MAHESH KRISHNASWAMY, General Manager, Taara, wrote in a blog post that the slide has been tested over the past seven years and has been able to connect the Internet quickly to the fiber.
The slide will be able to bring access to the Internet to areas where traditional communication is expensive or very difficult to provide. Looking to reduce the complexity and cost of the Tara SIM, Google today announced the next generation Taara chip. Most of the basic functions of Taara Lightbridge, the first generation of the system, transmit light physically using a system of mirrors, sensors and devices; The next generation chip uses programs to guide, track and correct the light beam without the need for huge animation.

With big news today, the basic function of Taara Lightbridge has been reduced from the traffic signal size to the size of the nail. This is the type of penetration that takes ideas about the finish line to become a realistic technique that many use.

Although the mechanical ingredients were necessary to guided the automatic beam, with the new Taraa chip, a STEERS advanced tracking system, and the light correction of light is unusual. Each Tara Slide contains hundreds of light motives and programs are used to control the direction that the lights are sent to ensure that they go to where they need to go to the system to work properly. When the light packages are closed to each other, they form a safe link to transmit data.

While fiber uses light on the ground cables to carry the Internet, Tara uses a narrow, irrevocable optical package to transfer data at a speed of up to 20 GB per second for a distance of up to 12.43 miles. One of the reasons why Taara is very important is that it takes only hours of running and operating the platform compared to days, months, or even the years it takes to install the fibers.

Google believes that the use of light to transfer data will save money and allow the deprived areas of the world to connect to the Internet. Technology can lead to the launch of independent vehicles using Taara to communicate faster. “The possibilities are limitless like the light itself,” Krishnasuami writes.

Google says that the Tara chip will be launched in 2026. The company is asking the creators and interested researchers to “explore new technology applications” to connect to the team via email on “[email protected]. Who knows?



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