During the auto show, the debut of the 3nm Dimensity automotive cockpit platform CT-X1 caused a lot of waves in the industry, and was considered to be the number one natural enemy of the friend 8295.
The CT-X1 adopts the most advanced 3nm process in the industry, which refreshes the new standard of the flagship cockpit chip and provides confidence for the top computing power in the manufacturing process. At the same time, this 3nm Dimensity flagship cockpit chip also has an advanced heat dissipation design, which helps to fully release the computing power of the chip, and it is officially announced that its computing power will exceed that of similar flagships in the market in 2023 by more than 20%, becoming the computing power ceiling of a new generation of cockpit chips.
According to the news broke by Antutu, MediaTek demonstrated the intelligent cockpit solution based on CT-Y1 at the Dimensity automotive platform communication meeting held, as a 4nm automotive-grade chip, the measured Antutu car machine version has a running score of more than 1.07 million, tied with Snapdragon 8295, and reached the top flagship level. The CT-X1 created by the 3nm process was unveiled at the same time, with 30% stronger performance than the Snapdragon 8295 (this is a very conservative number from the perspective of architecture), and the AI computing power is 4-5 times stronger, fully demonstrating the strength of the strongest automotive computing chip.
In terms of AI artificial intelligence, CT-X1 leads the large model on the car, supports 13 billion parameter AI large language models, much higher than industry standards, makes the cockpit smarter, and can run a variety of mainstream large language models (LLMs) and AI drawing functions (Stable Diffusion) in the car, providing advanced AI safety and entertainment applications such as in-vehicle voice assistant based on 3D graphical interface, rich multi-screen interaction and display technology, and driving alertness monitoring. End-to-device AI not only improves safety, but also has the advantages of high response speed and low latency, which brings unprecedented experience innovation to intelligent cockpits.
In addition to the CT-X1, the Dimensity automotive cockpit platforms CT-Y1 and CT-Y0 were also unveiled, using a 4nm process, with strong computing power, and also supporting advanced end-to-end generative AI technology, supporting 7 billion parameter AI large language models, and also having the ability to generate AI images within 1 second. With the help of the Dimensity automotive cockpit platform, automakers can upgrade the intelligent experience from flagship (CT-X1) to high-end (CT-Y1 and CT-Y0) models, meeting the needs of different positioning models for high computing power and strong AI.
Compared with the mainstream flagship cockpit chips in the market, the latest CT-X1 shows industry-leading strength in terms of manufacturing process, computing power, and AI capabilities, and can be called the strongest automotive computing chip.