Super Copy of Great Power Technology

"Did I hear you right? Mr. Qiao just said that the 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!"

"You heard it right. What Qiao is talking about is indeed the 7NM process, and it is a domestic wafer foundry that implements this technology. Rockchip Wafer Factory, who has heard of this company? It can lead two nodes in the world. , the wafer factory that realizes the 7nm advanced process technology should not be unknown."

"Let me check. The information shows that the Rockchip wafer foundry was a wafer foundry that was built and put into operation last year. The factory is located in Decheng City, Beihe Province. There are two main companies involved in the investment. One is Hong Kong's Shengshi Investment Company. It is a major shareholder, and the other is Reda Technology Company, which is a minority shareholder. Reda Technology also participated in the investment in Rockchip Wafer Fab, and is considered a related company. It makes sense that Reda Technology will be the first to try out any advanced technology. middle."

"I just want to know how this 7nm process technology is realized. Can it really be possible to make 7nm chips using existing DUV lithography machines? This is a bit subversive."

"Theoretically, using a DUV lithography machine, combined with multiple exposure and overlay technology, it is indeed possible to process 7nm chips. However, the process is very complex, the yield rate is extremely low, and it is very, very difficult to master."

"DUV lithography machine + multiple exposure to achieve 7nm processing technology is only theoretically possible. In fact, the existing DUV lithography machine workpiece stage positioning accuracy is limited, and it is impossible to achieve such precise multiple exposure. This technical route is too difficult , it is not as reliable as the EUV (extreme ultraviolet lithography machine) technology route."

"The more you talk about it, the more outrageous it becomes. Only ASML in the Netherlands is developing EUV lithography machines in the world. So far, they have only produced prototypes, which cannot be used for chip processing at all. Rockchip Wafer Fab is a domestic company in China. , there is no access to the EUV lithography machine, let alone using it to process M1 chips."

"It doesn't work this way, that doesn't work either. Could it be that our classmate Qiao is lying? Classmate Qiao is the richest man in China, and his status is extraordinary. Can he lie at the press conference?"

"This M1 chip is quite fantastic in terms of performance parameters. It beats Intel with a punch and steps on AMD. Is this really a processor that our countrymen can develop?"

"This MateBook laptop will be released soon. When the time comes, buy one and run the test to know the real performance of this M1 processor."

"The performance of reduced instruction set processors is inherently better than complex instruction set processors. If this M1 processor really has 160 billion transistors, it would be more powerful than Intel's mainstream CPUs, and it would make sense."

“I am an animal photographer and I often take my laptop with me when I go out into the wild. The performance of the Dell laptop I am using is just okay, but the battery life is seriously insufficient. I can’t continue to process pictures or edit videos for four hours. If the battery life of Reda Technology’s MateBook laptop can really reach 15 hours, I will place an order for one right away.”

"It's not impossible to think of more ways to improve performance and battery life. The most troublesome thing is actually software compatibility. Mr. Qiao said in his speech that this M1 chip is developed based on the ARM architecture, which blocks the MateBook notebook. The possibility of computers running the Windows operating system. Without Windows, almost 100% of the software commonly used on computers cannot run on the MateBook." "If there is no software for the win system, isn't there software for the Android system, which is also based on ARM? The processor built using this architecture, the M1 chip and the mobile phone processor, should be closer, and it should be easier to run Android apps on the MateBook laptop."

……

Regardless of how the netizens in the live broadcast room discussed it, at the press conference, Qiao Ruida just drank some water, took a short rest, and continued with the following introduction.

"The MateBook14 laptop is a thin and light laptop designed for business people, weighing only 1.23KG. It is made of high-quality aluminum alloy materials and exquisite stamping + CNC technology, with a simple and stylish appearance without losing a professional feel. .

In terms of hardware, MateBook 14 is equipped with a powerful M1 processor, 8G or 16GLPDDR3 memory, and 256G, 512G, or 1T solid-state drive, which can meet users' daily office, study, entertainment and other needs. Whether it is processing complex documents, forms, or running large-scale software or games, it can handle it easily and ensure a smooth use experience.

In addition, MateBook 14 is also equipped with a luxurious cooling system with dual heat pipes and dual fans, which can maintain stable performance even under long-term high-load operation. At the same time, it is also equipped with a large 60WH battery. With the super power-saving performance of the M1 chip, it can achieve 15 hours of office work, more than 10 hours of video playback, and more than 8 hours of gaming. MateBook14 uses a TYPE-C charging interface, and with the original charger, it can achieve 100W fast charging, so that users do not have to worry about power in busy work and life.

In order to further enhance the portability of the MateBook14 laptop, our accompanying charger is built using the latest gallium nitride technology and weighs only 225 grams. The plug adopts folding technology and can be folded up when not in use, making it easy to carry during travel. This compact charger can also input multiple voltages and supports multiple charging protocols. It can directly charge Ruida and Xiaoda series mobile phones. In this way, you can carry one less charger when you go on a business trip, further reducing your burden when going out.

In terms of screen, MateBook 14 uses a domestic high-definition IPS display with an astonishing resolution of 2560×1440, bright colors and clear picture quality, bringing users a more comfortable visual experience. The color accuracy and color temperature of the screen have been professionally adjusted, with extremely small errors, and can be used in the field of professional video processing. The maximum brightness of the screen exceeds 400nit, so you can see the images on the screen clearly even under the sun. In addition, it also supports multi-screen collaboration technology to facilitate users to seamlessly switch and work collaboratively between different devices.

In terms of interfaces, MateBook 14 is equipped with two full-featured TYPE-C, two USB-A, one HDMI, and one card reader socket to facilitate users to connect various peripherals and devices. In addition, it also supports 5g/2.4g wireless network and Bluetooth connection, allowing users to easily achieve mobile office and remote collaboration. "

As Qiao Ruida introduced, the images on the projection screen were constantly changing. One moment it was the overall image of the MateBook 14 laptop, another moment it was the internal structure diagram of the laptop, sometimes it was a close-up of the battery module, and now it was replaced with a compact charger. . So many detailed pictures all show that this MateBook notebook does exist, and its functional configuration is very powerful. (End of chapter)