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Firstly, this driving recorder supports up to 8 video inputs and can simultaneously record vehicle movements from multiple angles. This can ensure comprehensive and dead angle free monitoring, providing strong guarantees for safe driving.
Secondly, it has a computing power of up to 2.0T and supports multiple algorithm extensions, including DSM, BSD, ADAS, and 360 algorithms. These algorithms can provide more accurate and efficient data processing capabilities, making the driving recorder not only a simple recording device, but also an intelligent driving assistance system.
In terms of encoding, the recorder adopts two encoding methods, H.265 and H.264, which can adapt to different application requirements. H. 265 encoding can provide higher video quality and smoother playback effects, suitable for high-definition monitoring and high-quality driving experience; However, H.264 encoding has wider compatibility and lower bandwidth requirements, making it suitable for network transmission and long-term video storage.
In addition, this driving recorder also has a built-in disaster recovery memory, which can ensure the integrity and recoverability of data in case of unexpected situations. At the same time, it also has built-in encryption chips, which can ensure the security and privacy of data information.
Overall, this driving recorder has advanced technology and multiple excellent features, which can provide more comprehensive and intelligent vehicle monitoring and safety protection. Whether it is for the safety of drivers or for the safety management of vehicles, it is a highly valuable choice.
Firstly, this driving recorder supports up to 8 video inputs and can simultaneously record vehicle movements from multiple angles. This can ensure comprehensive and dead angle free monitoring, providing strong guarantees for safe driving.
Secondly, it has a computing power of up to 2.0T and supports multiple algorithm extensions, including DSM, BSD, ADAS, and 360 algorithms. These algorithms can provide more accurate and efficient data processing capabilities, making the driving recorder not only a simple recording device, but also an intelligent driving assistance system.
In terms of encoding, the recorder adopts two encoding methods, H.265 and H.264, which can adapt to different application requirements. H. 265 encoding can provide higher video quality and smoother playback effects, suitable for high-definition monitoring and high-quality driving experience; However, H.264 encoding has wider compatibility and lower bandwidth requirements, making it suitable for network transmission and long-term video storage.
In addition, this driving recorder also has a built-in disaster recovery memory, which can ensure the integrity and recoverability of data in case of unexpected situations. At the same time, it also has built-in encryption chips, which can ensure the security and privacy of data information.
Overall, this driving recorder has advanced technology and multiple excellent features, which can provide more comprehensive and intelligent vehicle monitoring and safety protection. Whether it is for the safety of drivers or for the safety management of vehicles, it is a highly valuable choice.
