Google’s roof company Alphabetinternet -oriented designed to replace fiber optic cables Bond chip Introduced.
Alphabet aimed to bring wireless internet to areas without internet access through balloons and started to develop a project called Project Loon for this. It was first released as a Google project and then included in Alphabet’s X Innovation Laboratory. Project LoonIt would be formed from balloons that were sent and moved to the stratosphere and moved to each other by using the winds there, and the specially developed navigation system could only be directed to the needed areas. This system was then shelved, but the systems and technologies developed for Project Loon were not thrown into the trash. For example, special for communication, connection and data transfer of Project Loon balloons Free Space Optical Communications (FSOC) The system was developed. This important system was tested under the Project Baura project in places such as the Democratic Republic of Congo, where there was no internet access or very slow.
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The BAAR project was designed to replace fiber optic internet cables and made wireless transfer possible. It is quite large laser based in the first stage in the system. Lightbridge Units called the so -called data transfer between the two units It could go up to 20 GBPS. Thanks to this system to carry the internet among different cities fiber optic cable indicating that there will be no need to be laid Alphabet, He continued to work on the project.
As a result of these studies, the bond chip was born. This wonderful technology chip made the system very, much more compact. “Our silicone photonic chip uses light to transmit high -speed data from air. Our first generation technology physically guides the light using a system of Lightbridge, mirrors, sensors and hardware, while this new chip and data uses software to direct, monitor and correct the light without large parts of the moving structure. We have received most of the main functions of Lightbridge, which is the size of traffic light and reduced it to a nail dimension.. ” Maesh Krishnaswamy, the head of the bond project, continues his words as follows:
“In the tests performed in Moonshot Factory laboratories, our team managed to transmit data at 10 GBPS at an outdoor away from an outdoor away from an outdoor. We believe that this is a first in the silicon photonics chips, and this is just a start for us. By creating a special network system, we plan to expand both the range and capacity of the chip. ”
“Taara’s journey started with a bold question: Can we benefit from the speed of light to provide data without the need for cables? For the last seven years, my team works to provide fast and affordable internet connection using light. ” Krishnaswamy said in addition: “Fiber is the gold standard of high -speed connection, but not costly and practical. In the meantime, we hit a wall in the electromagnetic spectrum. Traditional radio frequency bands and existing bandwidth are exhausted, which makes it difficult to support the 5G expansion and support the increasing demand for fast, reliable connection. ”
In the future, the BAAR chip will replace fiber optic cables, according to Alphabet, will be included in a product to be released in 2026. The company, which dreams of a future where the internet connection is not connected to cables, takes great steps behind closed doors. Meanwhile, regardless of cables Projects that offer internet from space continue to grow. While the leading company is Starlink of SpaceX, there are also major European and Chinese -based works in the field. The shopping giant Amazon has been working for the internet system from its own space for a long time.