Supercomputers play a crucial role in various application scenarios such as scientific research, autonomous driving, AI computing, and robotics. High performance machines can handle massive amounts of data and complex calculations that personal computers cannot handle, achieving ultra-high computational efficiency. However, with the continuous improvement of data transmission rates, how to ensure the stability of connectors in multi signal and power transmission has become an important issue in the development of the industry.
The TXGA DIN 41612 connector adopts a plug and socket foolproof structure, effectively avoiding the problem of accidental insertion and improving the convenience and safety of user use. There are two options for PCB installation: through-hole soldering and through-hole solder free crimping.
The unique design of the harpoon shaped positioning structure on both sides of the connector can significantly enhance the connection strength between the connector and the PCB board after welding. Even in extreme situations such as violent insertion or accidental drop, it can effectively protect the connected circuit from damage, ensuring the reliability and safety of data transmission.
In addition, the TXGA DIN 41612 connector also has excellent environmental adaptability and can work stably in the harsh temperature range of -55 ℃ to 105 ℃, ensuring the stable operation of supercomputers in various application scenarios.
