A deep analysis of the Qualcomm 8295 Chip: 30TOPS, intelligent driving under 5nm process

When we talk about the inherent technology of contemporary cars, you might first think of engines, brakes or chassis, these key components. However, with the sweeping wave of digitalization and intelligence, technology is developing rapidly, and the automobile industry is undergoing an unprecedented transformation. In this earth-shaking transformation, the automotive chip is like the intelligent brain and network heart of the vehicle, playing a crucial role. The Qualcomm 8295 chip, as the industry-leading automotive chip solution, is leading the trend of this technological revolution. Today, we will reveal in detail the unique charm, excellent advantages and widespread applications of the 8295 chip, and show you how this chip has won the preference of many car manufacturers.

Introduction of 8295 Chip

The world's first mass-produced vehicle-grade 5nm chip

The 8295 chip is Qualcomm's fourth-generation product for automotive digital cabins. It was launched on January 27, 2021, with three grades to suit different models: entry-level performance grade, mid-range flagship grade and the upper grade ultimate grade, while 8295 is the headline product in the ultimate grade.

Compared to the 7nm process of 8155, the 8295 chip is manufactured with a 5nm process, making it the world's first in-vehicle grade 5nm chip to go into mass production. It has strong AI processing capabilities that reaches 30TOPS, which is 7.5 times higher than 8155. It also supports advanced features such as multi-sensor fusion and WiFi6. There has been a significant improvement in high-performance computing and AI processing. It integrates Qualcomm's Snapdragon automotive 5G platform, supports C-V2X technology and is capable of providing seamless streaming transmission, OTA upgrade and high-speed upload/download functionality. We'll break down the comparison with 8155 in more detail later on.

In terms fo the structure, the CPU of the 8295 chip adopts the sixth generation of Qualcomm's Kryo architecture, which is consisted of 4 super-large cores and 4 large cores. Its GPU is also the sixth generation of Adreno GPU, with computational capabilities of up to 2.9 trillion single-precision floating-point operations per second, even exceeding the GPU performance of the Apple M1 chip. Compared to the popular Apple A15 chip, the performance of the 8295 chip is about twice as strong.

Because of these remarkable features, the 8295 chip can support higher precision 3D graphics rendering, while driving up to 6 4K screen displays. In addition, it also has excellent input/output (I/O) capabilities.

Features and Advantages of the 8295 Chip:

Smarter, more advanced and more powerful

Strong computing power

Better performance

The 8295 chip, with its cutting-edge high-performance computing architecture, demonstrates exceptional CPU and GPU performance. Compared with the 8155 chip, the computing performance of the 8295 chip has made a qualitative leap, easily meeting various complex computing challenges. This means that vehicles equipped with the 8295 chip will have faster data processing capabilities to bring a more smooth and swift operating experience for car owners.

Exceptional AI processing capability

The premise of advanced intelligent driving

The 8295 chip has a powerful AI processing unit built in, and it possesses excellent AI computing power. This feature enables it to support more advanced levels of autonomous driving functions and lay a solid foundation for more advanced levels of intelligent driving functions in the future. Additionally, the 8295 chip also supports a variety of AI algorithms and frameworks that provide automotive manufacturers with a more flexible development environment, which helps to accelerate the research and application of autonomous driving technology.

Advanced 5G integrated technology: more efficient

The 8295 chip pre-integrates the Qualcomm Snapdragon automotive 5G platform supporting C-V2X technology, it realizes comprehensive interconnection between vehicles, infrastructure, other vehicles and pedestrians. This technology not only improves road safety, reduces traffic congestion, but also helps to construct the future intelligent traffic system. At the same time, with the help of 5G technology, the 8295 chip can support high-speed and low-latency data transmission, which provides strong network support for applications such as car entertainment, remote control and OTA upgrades.

Rich Multimedia Functions: improve Internet speed

The 8295 chip supports a variety of high-definition video formats and audio encoders/decoders, it brings a more rich, high-quality multimedia experience for car owners. In addition, it also supports seamless streaming and Gigabit-level upload and download functions, allowing car owners to maintain a connection with the Internet while enjoying audio and video entertainment. The 8295 chip also has useful functions such as multi-screen interactivity and intelligent voice control, which further improves the convenience and practicality of the car entertainment system.

8295 chip VS 8155 chip: overall upgrade

In the car chip industry, the 8155 chip used to be a strong contender with its powerful performance and widespread use. However, the emergence of the rising star, 8295 chip, has made this competition even more intense. So, in what areas does the 8295 chip surpass the 8155 chip? Let's find out!

Firstly, in terms of hardware specifications and performance parameters, the 8295 chip is quite impressive. Compared with the 8155 chip, it uses more advanced process technology and higher clock frequency, which greatly increases its processing power and calculation speed. It's like a super sports car, with stronger horsepower and faster acceleration, allowing you to enjoy the fun of driving while easily handling various complex road conditions.

Specifically speaking, the AI computing power of the 8295 chip is 7.5 times that of the 8155 chip! It has soared from 4TOPS to 30TOPS, which is a leap in performance. In terms of GPU performance, the 8295 chip is not inferior either, its 3D rendering ability is three times that of the 8155, and its pixel support has also tripled. This means that when processing complex mathematical operations or large software, the 8295 chip can show its powerful capabilities, achieving more with half the effort.

Secondly, in actual applications, the 8295 chip also shows obvious advantages. Because of its strong processing capacity and computing speed, it can support higher-level autonomous driving functions, such as automatic parking, lane keeping, and pedestrian recognition, etc. This is like an experienced driver who can accurately assess road conditions and ensure driving safety.

In addition, the 8295 chip also brings more possibilities for the car entertainment system. It can support seamless streaming media transmission and gigabyte-level upload and download functions that allow you to enjoy high-quality audio and video entertainment in your car. Meanwhile, due to its powerful AI computing power and GPU performance, the 8295 chip can also be used for machine learning vision, passenger monitoring and information security functions, which makes your car life more colorful.

Nowadays, more and more car manufacturers are choosing to use models equipped with the 8295 chip. These models not only have more powerful and intelligent functions, but also their competitiveness in the market has further improved. In the future, as consumers' demand for intelligence and internet connectivity continues to grow, models equipped with the 8295 chip are expected to become mainstream in the market. It's like a popular mobile phone that everyone strives to buy and becomes a hot topic on the streets.

Of course, apart from the improvement in hardware performance, the 8295 chip has also made significant progress in software compatibility and expandability compared to the 8155 chip. It adopts newer architecture and interface standards, and can better support the latest operating systems, software development tools and frameworks. This is like a versatile actor who can easily handle various roles and scripts, which provides automakers with a wider development space.

Furthermore, the 8295 chip also supports more peripheral interfaces and expansion modules, and can seamlessly connect with various sensors, cameras, radars, etc. This is like a universal connector that can tightly connect various devices to achieve a higher level of autonomous driving and intelligent interconnection functions. This powerful expandability allows vehicles equipped with the 8295 chip to easily cope with the upgrade and change of future technologies, and maintain lasting competitiveness.

The last point is about security, where the 8295 chip performs very well. It adopts more advanced security mechanisms and encryption technologies to ensure the safety of data transmission and storage. This is like a nimble bodyguard, always protecting your car's safety. Also, the 8295 chip has stronger anti-interference ability and stability, and can continue to work normally in harsh environments. This is like an off-road vehicle, moving steadily no matter what the road condition is.

In summary, compared with the 8155 chip, the 8295 chip demonstrates significant advantages in terms of hardware specifications, performance parameters, practical applications, market applications, software compatibility, scalability and security, etc. It not only enhances the intelligence level and driving experience of the vehicles, but also leads the technological innovation and development trend of the auto industry. It just like a twinkling star, illuminating the future path of the automotive industry.

Which cars have already used it?

Given the many advantages of the 8295 chip, an increasing number of car manufacturers are choosing to install this chip in their high-end models. These include the new Mercedes-benz E-class, ZEEKR 007, GEELY GALAXY E8, etc. These models, equipped with the 8295 chip, have improved computational performance, AI processing capability, multimedia functions, and safety and reliability. With the construction and popularization of the future intelligent transport system, vehicles equipped with the 8295 chip are expected to become the market mainstream, which provides consumers with a more intelligent and safer travel experience.

Conclusion

The 8295 chip, as a shining star in Qualcomm Snapdragon family, is shining on the fourth generation Snapdragon car digital cabin platform. With unparalleled computational performance as its wings, excellent AI processing power as its soul, advanced 5G integration technology as its twin wings, and rich multimedia features as its treasure, it is gradually transforming into the darling of the high-end car market. Its widespread application is like a spring breeze sweeping across the earth, giving birth to a rapid rise in vehicle intelligence and driving experience, and pushing the auto industry forward more forcefully. Looking forward to the future, we have reason to believe that vehicles equipped with the 8295 chip will be like stars scattered across our night sky, bringing us an unprecedented convenient, safe and comfortable travel experience.