Super Copy of Great Power Technology

"What you are talking about is just speculation. You should just watch the live broadcast with peace of mind. The true situation of MateBook should be revealed soon."

At the press conference, Qiao Ruida pressed the page turn button, and a very weird-looking processor rendering was projected on the screen. This processor is rectangular in shape and covered with a silver-white metal top cover. On the top cover, Reda's LOGO, model "M1", and production batch number are engraved. The reason why this processor is weird is that there are two slightly smaller black chips placed side by side above the processor. The three chips are packaged on the same green substrate to form a standard square. Such a weird packaging model has never appeared on previous computer processors. If you look carefully at the silk screen printing on these two small chips, you will find that they are two LPDDR3 memory chips produced by Rockchip Wafer Factory. The size of each memory chip is 4G. The two chips form a dual channel, totaling 8G. size.

Qiao Ruida pointed to the M1 processor on the screen and talked, "In terms of notebook computer research and development, we at Ruida Technology are latecomers. When we first set up the project, the requirement we set was that the weight of the notebook should be as light as possible. It is best to control it within 1.5kg. The battery life should be as long as possible, preferably more than ten hours, so as to meet the needs of users to carry it out and use it for a day without plugging in. Initially, my plan was also based on my predecessors Based on our experience, we purchased Intel notebook-specific CPUs and installed the Microsoft Windows operating system. Based on this, we conducted research and development of notebook computers. We even made several sample notebook computers for testing. It was for this test that we I found that Intel CPUs have high power consumption and heat, so they are really not a good choice. Laptops using Intel CPUs have very poor battery life. Even with a large 80-watt-hour battery, it is difficult to guarantee five hours of normal use. , not even half of our expected battery life. If we continue to increase the battery, the weight will obviously exceed the standard, making it difficult to meet the portability requirements.

After that, we tested notebook-specific CPUs from AMD and VIA, and the results were disappointing. The performance of the AMD CPU was not as good as that of the Intel CPU. The power consumption and heat generation were equally huge, which did not meet our requirements at all. The power consumption of the VIA CPU basically meets the needs, but the performance is too low. Serious lags will occur if you play a high-definition video. You don't want a laptop like this.

In the end, after many attempts failed, we had no choice but to roll up our sleeves and do it ourselves, starting from scratch and developing a laptop processor that takes into account both power saving and performance. Fortunately, our chip R&D team has accumulated rich experience in the process of developing mobile phone processors. Now it is well-targeted to start developing notebook processors. In addition, our partner Rockchip Wafer Factory has just conquered the 7nm chip production technology. With the joint efforts of both parties, the M1 chip was finally produced.

The Reda M1 chip is a processor specially developed by our Reda Technology for the Reda MateBook laptop. It adopts a new ARM architecture and instruction set and has excellent performance and power consumption control. Specifically, the M1 chip uses 7-nanometer process technology and integrates up to 160 billion transistors, which is more energy-efficient, smaller, and faster than the mainstream 28-nanometer process technology on the market.

In terms of design, the M1 chip adopts an 8-core design, including four high-performance cores and four high-efficiency cores. This design makes the M1 chip powerful when processing multi-threaded tasks. In addition, for the integrated graphics part of the processor, we use a completely self-developed high-performance display core. Its GPU performance is more than six times that of the latest AMD processor integrated graphics, which is comparable to some mid-range independent graphics cards. The power consumption is only one-third of the former, or even less, truly achieving the strongest performance per unit watt.

From this rendering of the M1 processor, you will find that the M1 chip and the memory chip are packaged together, and the two are connected through the fast bus on the substrate. This packaging mode can effectively shorten the bus length, reduce delay time, increase transmission bandwidth, and increase stability, which can be said to have many advantages. Of course, such packaging is not without its disadvantages. For example, if the memory is damaged and cannot be replaced, the memory capacity cannot be increased, which is the biggest disadvantage. In order to solve this problem, we have increased the capacity of the memory chip. Even the most basic version of the MateBook notebook integrates 8G of LPDDR3 memory, which is enough to meet the needs of most users. The high-end version of the MateBook notebook integrates 16G of memory, and can run some large-scale software or professional software with ease. In terms of memory chips, we use original LPDDR3 memory produced by Rockchip Electronics Factory, which is absolutely guaranteed in terms of service life.

The M1 chip also integrates many advanced technical features. For example, it supports the latest Image Signal Processing (ISP) technology, achieves fast and accurate image data processing through the built-in image processor, optimizes automatic white balance, and brings Excellent noise reduction and extended dynamic range. At the same time, the M1 chip is also equipped with a 11-core neural network engine that can perform 16 trillion operations per second, making its machine learning capabilities more than fifty times that of desktop processors.

In terms of battery life, the M1 chip also performs quite well. After our testing, the MateBook notebook using the M1 chip can be used continuously for 15 hours if you do light work; if you play videos, it can be used continuously for ten hours; if you play games, it can also be used for more than eight hours. This is suitable for people who need long-term use. Very practical for users who use computers all the time.

In addition, the M1 chip also has strong software adaptability. Our laptops, our operating systems, and even all software developed by other companies in the future are all developed based on this M1 chip, and its compatibility and adaptability are the best.

To sum up, the Ritar M1 chip is a chip with high performance, low power consumption, strong battery life and excellent software adaptability. Its emergence brings an unprecedented user experience to our MateBook notebooks. "

Qiao Ruida's introduction to the M1 processor was extremely informative, subversive, and exaggerated. To some professionals at the press conference and live broadcast room, it was simply shocking, mind-blowing, or whimsical and full of nonsense. .

"Did I hear you right? Just now Mr. Qiao said that this Reda M1 processor is based on the 7nm process? Now the 28nm process has not yet been fully popularized. What the hell is this 7NM process? This is not how to brag!" (End of chapter)