Super Copy of Great Power Technology

After the price was announced, the introduction of the Xiaoda mobile phone was completely over. Zhao Hongcai only paused briefly before starting to introduce the next product.

"For a long time, the computers, mobile phones, car machines and other electronic products we use have always used silicon chips or silicon integrated circuits. In the field of integrated circuits, there is a famous law that you must have heard of, that is Moore's Law. It says that the number of transistors that can be accommodated on an integrated circuit will double approximately every 18 to 24 months. In other words, the performance of the processor doubles approximately every two years, while the price drops to half of the previous price.

In the decades since the birth of integrated circuits, Moore's Law has been in effect, driving the rapid update and iteration of integrated circuits and continuously reducing prices. However, when the processing technology of integrated circuits entered 5nm, or even below nm, it gradually approached the processing limit of silicon wafers, and Moore's Law began to gradually fail. So far, the evolution of silicon chips has gradually approached its limit, and in the future it can only develop towards stacking more cores and designing cores with stronger performance.

So, does the entire chip industry's road to progress stop here and is it difficult to make any breakthroughs? Of course not. After silicon chips, scientists have developed silicon carbide chips, which are mainly used in electric vehicle power devices. In addition, there are as many as hundreds of companies and research institutions around the world that are developing graphene chip technology, or you can also call it carbon-based chip technology. Compared with traditional silicon chips, graphene chips have stronger conductivity, lower power consumption, higher frequency, and stronger performance. However, the difficulty of research and development is very high. Before our Ruida Group made efforts, no company or research institution had produced even a test sample of a graphene chip.

As smart as you are, you should have guessed that our Ruida Group has mastered a full set of graphene chip production technology, and the yield rate is still within an acceptable range. The next product I am going to release is the world's first mass-produced electronic product equipped with a graphene chip, and it is the Ruida second-generation laptop!"

As Zhao Hongcai explained, the PPT on the big screen behind him kept switching. First, he used pictures to show how computers have shrunk from huge, refrigerator-like bodies to small workstations, desktop computers, laptops, tablets, and even PDAs, and finally super-light and compact smartphones. The evolution of this series of products fully demonstrated the evolution of silicon chips. Then, silicon carbide wafers and silicon carbide devices used in electric vehicles were shown. Finally, the protagonist of today's press conference, the Reda second-generation laptop, was shown.

Zhao Hongcai pointed to the rendering of the Reda 2nd generation laptop behind him and said, "Seeing this picture, students who are using the Reda 1st generation laptop will definitely say, isn't this our Reda 1st generation laptop? How can you release an old product as a new product? I can say responsibly that this is definitely not the first generation product, but the real second generation. It just saves a little cost on the mold and uses the shape and layout of the first generation product. The internal hardware has been completely updated.

First of all, the screen used in the Reda 2560nd generation notebook is an IPS LCD screen produced by BOE, with a resolution of an astonishing 1440*90, a maximum refresh rate of 2.0HZ, and PWM dimming, no flicker, and better eye protection. Each product is individually calibrated before leaving the factory to ensure ΔE<, bright colors, and extremely high restoration.

Secondly, the processor on the Reda 2nd generation laptop is the graphene processor M1, which has a similar architecture to the M2 processor. The CPU has four cores and four energy-efficient cores, and the GPU uses an 8-core design. Thanks to the excellent performance of the graphene chip, the maximum frequency of the large core of our M2 chip can reach 18G, and the main frequency of the small core has reached 10G. Just saying these numbers cannot reflect the amazing performance of the graphene chip. Let's take a look at it. Now, please ask the staff to send a Reda nd generation laptop up so that we can test its performance on the spot. "

Zhao Hongcai waved to the audience, and a staff member wearing glasses came up to the stage with a laptop, handed it to him, and said, "Mr. Zhao, this laptop has been connected to the big screen through the wireless projection function. Various test software is also available. You can operate it at will."

Zhao Hongcai took the computer, nodded with a smile, raised the laptop in his hand, showed it to the audience, and said: "Very good, this is our company's upcoming product, the Reda 2nd generation laptop. Isn't it very light and thin? It's not difficult to hold it with one hand. As we all know, the performance of laptops is usually very different when they are plugged in and unplugged. This is to prioritize the battery life in the unplugged state and deliberately reduce the frequency of the processor. This is not the case with our Reda 2nd generation laptop. The graphene chip is so energy-saving that there is no need to consider frequency reduction even when it is unplugged.

Next, I will conduct a comprehensive performance test in the off-power state. The first to appear is still our old friend Master Lu, and the running score will start immediately..."

As the running score of more than 200 million was released, all the journalists at the press conference and all the netizens in the live broadcast room were stunned. The bullet comments in the entire live broadcast room disappeared for dozens of seconds, and then suddenly broke out, with dense bullet comments, covering the sky and the earth. Everyone rushed to post bullet comments or leave messages to express their excitement at the moment.

"Wow, wow, wow, Auntie Lu scored 200 million points, this laptop is incredible!"

"Damn, the Reda laptop is really amazing. It shouldn't lag when used to play Minesweeper, right?"

"The GPU score of a laptop is even better than the flagship graphics card I bought for thousands of dollars. How can this be so exaggerated?"

"Master Lu is often teased as the entertainment master. Its test results are not very reliable. Let's run other test software to see."

"Did you notice that the real-time processor frequency read by Master Lu turned out to be a string of garbled characters? I'm afraid the company that developed the Master Lu software didn't expect that their software would one day encounter a competitor like the Reda 2nd Generation Notebook."

"The performance of the Reda 2nd generation laptop is already stronger than most servers," Zhao Hongcai spent the next half an hour using various test software to fully exploit the performance of the Reda 2nd generation laptop. There are many test software that cannot find the native version of the Kaitian system and can only run in translation mode. Even so, the results still crush all Intel and AMD series CPUs currently on the market. The running scores of several native test components have directly broken through the sky and topped various rankings. Seeing this, all the netizens in the live broadcast room were shocked, and the previous doubts were naturally refuted.

“Is this the power of graphene chips? I love it!”

“It seems that a new round of revolution in the electronics industry is about to come. Graphene chips will definitely replace traditional silicon chips and become the mainstream product in the future.”

"I have prepared some small amount of money. Once the Reda 2nd generation laptop goes on sale, I will grab one as soon as possible."

"Tell me the price quickly so I can give up."

"The powerful performance of this laptop is worth spending tens of thousands of dollars to buy one."

"The graphene chip is so new that I don't know how the driver is, whether it is perfect, and whether it can run the current mainstream games. It would be a pity if such powerful performance can't be used for playing games."

"I just registered at the university last month, and I bought a desktop computer, which cost me nearly 10,000 yuan. I don't know if it's too late to apply for a refund now."

"The Reda 2nd generation laptop has high performance, good display, is thin and portable, and is very energy-efficient. It is indeed the best choice for students like me."

"I'm a heavy gamer, and I play both stand-alone and online games. Mr. Zhao, can we skip all those fancy tests and just run a few AAA games directly? As long as it runs smoothly, I'll place an order for one right away."

Perhaps it was because he heard everyone's calls that Zhao Hong directly closed all the performance testing software and opened a new folder. There were all kinds of games in it, including online games, stand-alone games, domestic and foreign games, role-playing games, strategy management, simulation development, and all kinds of games.

"I know that everyone is very curious. The second generation Reda laptop has such excellent performance. What is the effect of using it to play games? Next, I will test it for you. First, let's run the domestic online game "Swordsman Love III Online Edition". The display effect of this online game is comparable to some 3A stand-alone game masterpieces, and the requirements for computer hardware performance are also very high. OK, my game character has successfully entered the game interface. The frame rate displayed in the game is now 67. This is not the upper limit of our laptop, but the upper limit of the game. Jian Wang III players should know that the upper limit of the frame rate of this game is 67. Now let's open the settings, pull the display effect to the top, and pull the resolution to 2K. See, the picture is much clearer, and some previously invisible details are also shown. Even the leaves on the trees are much denser. The display of the water surface is particularly outstanding, with lakes and mountains, blue shadows and long skies, and the scenery is really beautiful. Now let's take a look at the frame rate again. It still remains at 67, without the slightest fluctuation. Even if the character walks into the crowded main city, the effect remains the same.

Next, let's test a newly released annual game GTA5, which is translated into Chinese as "Grand Theft Auto 5". After entering the game, the frame rate directly shows 60, which is so low. This is not right. The GPU utilization rate is only a dozen percent, and there is no reason why the frame rate cannot go up. ESC opens the setting options, and I finally found the reason. It turns out that there is a vertical synchronization option here. After turning it off, you can turn off the frame rate lock. After that, press the space bar to save, and press Enter to confirm to complete the setting. Returning to the main interface, the frame rate instantly broke through 60 and reached 314, while the GPU utilization rate at this time was less than 50%. Even if all kinds of special effects are adjusted to the highest, the frame rate dropped by dozens of frames, and the GPU occupancy rate is still around 50%. It seems that this game is limited by itself and cannot use eight image processing cores. However, the effect of more than 300 frames is already quite smooth. Let's grab a car and see the frame rate of the high-speed speed. Well, I admit that the protagonist of this game is definitely not a grand thief, but a gangster who smashes, loots, and does all kinds of evil..."

In the next half hour, Zhao Hongcai tested more than a dozen game software in one go, and all of them could run normally, with frame rates ranging from 67 to or . The display effect was very explosive, and many veteran players said that they had never seen such a clear and smooth game screen. This once again proves that the performance of the Reda second-generation laptop is very excellent, and there is no problem running various major games. Seeing this, some game players were already excited and wanted to place an order to buy it immediately. Zhao Hongcai added fuel to the fire at this time. He pointed to the battery icon in the lower right corner of the large screen and said:

"Please look here. After more than half an hour of passionate gaming, the battery of this laptop is still above 95%. That is to say, even if you use it to play large-scale 3A games, the battery life of the Reda 20nd generation laptop can be maintained at more than 2 hours, which is four or five times the battery life of traditional laptops. The reason why its battery life is so long is that, on the one hand, the graphene processor M200 is really very power-saving. On the other hand, the reason is that we have stuffed a WH graphene battery into the thin body, and its capacity is more than twice that of the battery of the previous generation, but the volume is only one-third of the latter. Thanks to the magical graphene battery, we can make laptops thinner and more portable without sacrificing battery life.

In addition, I don't know if you noticed that during the game just now, this laptop did not make any noise. Even if the CPU and GPU usage rates were high, there was no fan noise at all. The reason for this is that the Reda 2nd generation laptop completely adopts a fanless passive cooling design. There is no other way. The heat generated by the graphene chip is too low. Two cooling fins and a heat pipe are enough to dissipate the heat. There is no need for a cooling fan or anything like that.

After significantly reducing the weight of the battery, removing the cooling fan and the huge cooling module, our Reda 980nd generation laptop has a lighter and thinner body and a new low weight. The whole machine weighs only 1300 grams, and even with the charger, the weight will not exceed grams. Such a light and portable laptop is really your best partner for business trips, travel, and classes. "(End of this chapter)