China has launched the first six satellites from the planned orbital satellite network planned with four members. According to ADA Space, the satellites, developed by the Ada Space of the Gajjiang Laboratory and the Nigiang Advanced Technology Area, will be able to process their own data and do not need ground stations to do so.
These satellites are part of the ADA Space Star Computing Program and the first part of what the company calls the three -physical computing constellation, according to the Technical Technology News Media Service. According to the company, each of the six satellites has a 2 billion iernal artificial ielligence model and is capable of performing 2 Torah per seconds (Tops), which is a criterion for the processing of artificial ielligence and ADA Space says they can handle 2 pumps per second. This value is far more than 1 tops required for a Microsoft Copilot PC. According to the Chinese governme, the ultimate goal of creating a network of thousands of satellites with the acquisition of 4 POPS.
These satellites communicate with each other using a laser at a maximum speed of 1 GB per second and share 2 terabytes of storage space. The six satellites that were launched last week carry scieific cargoes, including an X -ray pole detector to ideify transie cosmic phenomena such as gamma beam eruptions. In its announceme, ADA Space says the satellites also have the ability to create 3D digital twin data that can be used for goals such as gaming and tourism emergency response.
The benefits of having a space supercar are beyond saving in communication. Traditional satellite data transfer is slow and due to factors such as limited bandwidth and the availability of ground stations less than 2 % satellite data reaches. Jonathan McDell Dowell and astronomer at Harvard University told the media that orbital data ceers could use solar energy and shine their heat io space, thereby reducing the needs of energy and carbon footpris.
