In addition, the "Dolphin" also has a side-scan sonar system that can quickly scan large areas of sea on both sides to form detailed seabed topography images, providing strong data support for marine geological research and military reconnaissance.
The Dolphin unmanned underwater vehicle's communication system is also very advanced. It uses multi-band, multi-mode communication methods, and can maintain stable contact with the mother ship at different ocean depths and complex electromagnetic environments.
In shallow waters, high-frequency communication bands can be used to achieve high-speed data transmission, and the real-time collected data can be quickly fed back to the mother ship.
In deep-sea environments, low-frequency communication bands come into play. Although the data transmission speed is relatively slow, it can ensure the signal penetration capability and ensure the continuity of communication.
In terms of data processing, the Dolphin unmanned submarine is equipped with a high-performance chip independently developed by the institute, and the manufacturing drawings of this chip were created by the space servant Xu Shisi.
Of course, this was also instructed by Xu Jianguo. He specifically asked Xu Shisi to take the microprocessor chip technology that was developed by the Magnesium Country at the same time and improve it to ensure that with the current manufacturing level of Longxia Country, this integrated circuit chip could be successfully manufactured.
In order to make it appear less abrupt and to be successfully manufactured, Xu Jianguo specially asked the old man for help and got a lot of reinforcements from the two state-owned radio factories in Jingzhou and Jinzhou, as well as the Semiconductor Research Institute of the Longke Academy.
Finally, through the joint efforts of everyone, they successfully manufactured Longxia's first integrated circuit chip, which Xu Jianguo also called a microprocessor. (This is a fabrication, so don't take it too seriously, guys!)
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