Recently, Dongfeng Nissan officially announced that its new model N7 has successfully achieved deep integration with the DeepSeek-R1 deep inference model, becoming the first vehicle from a joint venture automaker to incorporate this advanced technology. This innovation will enable the N7 to more accurately recognize user intentions, thereby enhancing the naturalness and smoothness of human-machine interaction, and providing users with personalized services such as voice control, navigation planning, and entertainment system recommendations.
Image Source Note: Image generated by AI, image authorized by service provider Midjourney
The N7 was first unveiled at last year's Guangzhou Auto Show, with dimensions of 4930mm in length, 1895mm in width, and 1487mm in height, and a wheelbase of 2915mm. The car features a unique exterior design, equipped with frameless doors and hidden door handles, while the rear adopts a continuous taillight design, giving it a sleek and modern overall appearance. Additionally, the N7's lighting system is quite striking, featuring 710 high-power LED light beads and 882 OLED light units, allowing owners to customize the light signatures of the front and rear lights for a personalized visual effect.
Intelligence is a major highlight of the N7, which is powered by the Qualcomm Snapdragon 8295P processor combined with a high-level intelligent driving system based on an end-to-end large model. This setup not only supports high-speed navigation and urban memory navigation functions but also offers full-scene intelligent parking capabilities. The integration of these technologies enables the N7 to perform exceptionally well in intelligent driving, providing users with a completely new driving experience.
In today's highly competitive automotive market, the deep integration of intelligence and human-machine interaction has become a pursuit for major automakers. The launch of the Dongfeng Nissan N7 not only showcases its efforts in technological innovation but also provides new insights into the future direction of automotive development.
