Deep Blue L06 first launch 3nm automotive chip: smart cockpit technology leading
Recently, Deep Blue Auto officially released the new model L06, and is equipped with the world's leading 3nm automotive chip for the first time, marking a new era of smart cockpit technology. This breakthrough progress has quickly become the focus of hot discussion across the Internet, attracting widespread attention from the industry and consumers. This article will analyze the 3nm automotive chip, smart cockpit technology advantages and market response of Deep Blue L06.
1. 3nm automotive chip: double breakthroughs in performance and energy efficiency

The 3nm automotive-specific chip equipped with the Deep Blue L06 is one of the most advanced process technologies in the industry. Compared with the previous generation of 5nm chips, its performance and energy efficiency have been significantly improved. The following is a comparison of the main technical parameters:
| parameter | 3nm automotive specification chip | 5nm automotive specification chip |
|---|---|---|
| Process technology | 3nm | 5nm |
| Transistor density | Increased by 30% | Benchmark |
| Power consumption | Reduced by 25% | Benchmark |
| Computation speed | Increased by 20% | Benchmark |
As can be seen from the table, the 3nm chip has achieved a qualitative leap in transistor density, power consumption and computing speed, providing more powerful hardware support for the smart cockpit.
2. Smart cockpit technology: Redefining human-vehicle interaction
The intelligent cockpit system of Deep Blue L06 is based on the powerful computing power of the 3nm chip and realizes a number of innovative functions:
1.Multimodal interaction: Supports various interaction methods such as voice, gestures, and eyes, and the response speed is less than 0.5 seconds, greatly improving the user experience.
2.Immersive entertainment system: Equipped with 8K resolution central control screen and AR-HUD technology to create a theater-level audio-visual enjoyment for users.
3.AI scene recognition: Through deep learning algorithms, the in-car scenes (such as meetings, rest, and entertainment) can be automatically identified and the cockpit environment can be adjusted.
The following are the specific manifestations of the smart cockpit function:
| Function | Technical Indicators | Improve user experience |
|---|---|---|
| Multimodal interaction | Response speed <0.5 seconds | More natural and smooth operation |
| 8K central control screen | Resolution 7680x4320 | Improved picture delicateness by 300% |
| AI scene recognition | Supports 10+ scenario modes | Increased automation by 40% |
3. Market response and industry impact
The launch of Deep Blue L06 has caused a shock in the industry. According to statistics, the first day of pre-sale orders for this model exceeded 15,000 units, setting a brand historical record. At the same time, the implementation of 3nm automotive-grade chips has also promoted the upgrade of the supply chain, and chip manufacturers such as TSMC and Qualcomm have accelerated the layout of automotive-grade 3nm processes.
The following is the hot data on the discussion on Deep Blue L06 in the past 10 days:
| platform | Readings of related topics | Discussion volume |
|---|---|---|
| 230 million | 185,000 | |
| Tik Tok | 180 million | 126,000 |
| Zhihu | 42 million | 32,000 |
4. Future prospects
The launch of Deep Blue L06 not only demonstrates the brand's technical strength in the field of smart electric vehicles, but also indicates that the automotive industry will enter a new stage of competition with chips as the core. With the popularization of 3nm technology, the computing power bottleneck of the smart cockpit will be completely broken, and more possibilities will be seen in human-vehicle interaction methods.
Industry experts predict that by 2025, the proportion of smart cars equipped with 3nm automotive chips will exceed 15%, and Deep Blue Automobile is expected to occupy a more important position in the high-end electric vehicle market with its technological leadership this time.
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