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NIO's highly anticipated self-developed lidar chip 'Yang Jian” has been registered in multiple fields

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2023-10-17 21:05:12585browse

NIO has recently made important progress in the field of intellectual property rights. According to the website of the Trademark Office of the State Intellectual Property Office, NIO Automotive Technology (Anhui) Co., Ltd. submitted a trademark registration application for "NIO Yang Jian" on September 21, 2023. The international classification of this trademark is scientific instruments. Currently, the trademark is waiting for substantive review

NIOs highly anticipated self-developed lidar chip Yang Jian” has been registered in multiple fields

## The reason why NIO Yang Jian’s trademark application has attracted attention is that it involves not only lidar main control chips, but also many A similar field, such as computer software, chatbot software for simulating conversations, downloadable mobile phone application software, central processing unit (CPU), software to promote human-computer interaction, computer programs, TV and computer all-in-one machines, artificial intelligence-based interaction software, smart glasses (data processing), chip circuit cards, interactive touch screen terminals, chip cards, operating system programs, etc. This move is seen as preparing for the NIO Yang Jian trademark to be used in many fields in the future

NIOs highly anticipated self-developed lidar chip Yang Jian” has been registered in multiple fields

The NIO Yang Jian chip is the industry’s first self-developed lidar master controller The chip uses an 8-core CPU with 8 sampling channels and 9-bit sampling depth, and the sampling rate is as high as 1GHz. It is said that while power consumption is reduced by 50%, latency is reduced by 30%, and at the same time, it can process 8 million point cloud data per second

Weilai said that by carefully optimizing the point cloud processing delay, Yang Jian chip Faster functional response is achieved. The point cloud processing capability reaches 8 million points per second, and it can receive raw data and point cloud data at the same time, providing better closed-loop data iteration support for the entire system. The continuous development of this technology and the application for trademark registration demonstrate NIO’s continued efforts and ambitions in the field of autonomous driving

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