After rebirth, I started a life of attributes

Chapter 215 Second generation chip, hardware is too high

The first-generation "Wisdom Heart" chip was forced to be eliminated because of its short durability and service life. Fortunately, through the efforts of Chen Feng and Li Nian, the second-generation "Wisdom Heart" chip has higher durability and service life. "Heart" was successfully developed.

In order to test the performance and usage limits of the second-generation "Wisdom Heart" chip, Chen Feng installed the second-generation "Wisdom Heart" chip on two intelligent robots and conducted a series of rigorous tests.

First, Chen Feng conducted basic performance tests on the two robots, including calculation speed, reaction speed, learning ability, etc.

He was very satisfied with the results. The second-generation chip performed better than the first-generation chip in these aspects. Among them, the calculation speed is increased by 20%, the reaction speed is increased by 15%, and the learning ability is increased by 30%.

Next, Chen Feng tested the durability of the robot. He simulated various harsh environments, including high temperature, low temperature, humidity, radiation, etc., to examine the stability and reliability of the robot in extreme environments.

After a week of continuous testing, the second-generation chip still performed well without any failures. In comparison, the first-generation chip failed three times under the same test conditions.

Then, Chen Feng tested the robot's endurance. He let the robot work continuously for 24 hours and observed its energy consumption and heat generation.

The results showed that the second-generation chip reduced energy consumption by 25% and heat generation by 30%. This means that under normal use, the battery life of the second-generation robot will be greatly improved.

Finally, Chen Feng tested the robot's self-healing ability. He artificially damaged parts of the robot and then observed its ability to repair itself.

The performance of the second-generation chip surprised him again. The robot can not only independently diagnose faults, but also select the best repair solution based on the actual situation. However, the first-generation chips are not capable in this regard, and the repair speed and effect are not as good as those of the second-generation chips.

After a series of rigorous tests, Chen Feng has a clearer understanding of the performance and usage limits of the second-generation "Wisdom Heart" chip.

Compared with the first-generation chips, the performance of the second-generation chips has been improved by 15%-30%, and the service life has been extended by at least 200%.

“The service life has been doubled, which is not bad.”

Looking at the test data of the second generation "Heart of Wisdom", Chen Feng showed a satisfied smile.

Li Nian, who was standing aside, looked at the test data for a while and said: "The double improvement is not bad, but it still feels a bit short. After all, the test just now was just an ordinary performance test, not an extreme overload test. If In the overload test, it is estimated that the service life of the chip has not been doubled, but may be doubled at most.”

Regarding Li Nian's statement, Chen Feng nodded in agreement, and then said: "It is indeed a bit low, but it is already much longer than the service life of the first generation. Besides, the technology has reached a bottleneck. If you want to use it again, Improving the service life of chips requires lengthy research.”

At the end, Chen Feng turned to look at Li Nian and added: "There is a shortcut, and that is to advance the one-nanometer lithography machine to 0.5 nanometers."

Li Nian glanced at Chen Feng in surprise, then laughed to himself and said, "How dare you think about 0.5 nanometers! You are extremely lucky to be able to develop this one-nanometer lithography machine."

The 0.5nm lithography machine is the pinnacle of manufacturing difficulty. Wanting to build such a lithography machine is like going on a magnificent adventure in the nanoworld.

Every part needs to be manufactured with extreme precision, and every detail needs to be handled with meticulous care. Its manufacturing process is like building a magnificent castle in a grain of sand, with every cut and every moment making no mistakes.

To build such a lithography machine, you need to bring together the world's top technologies and the best engineers. Every link requires countless trials and adjustments, and every problem requires in-depth research and resolution.

Its manufacturing process is like climbing a mountain. Every step requires carefulness and every moment requires all-out efforts.

The manufacturing of 0.5 nanometer lithography machines is not only a challenge to technology, but also a challenge to human wisdom.

Therefore, the idea of ​​upgrading a one-nanometer lithography machine to a 0.5-nanometer lithography machine is not feasible.

In other words, if they want to improve the service life of the second-generation "Wisdom Heart" chip, Chen Feng and Li Nian can only start from the chip material and process.

However, the current chip material technology has also fallen into a bottleneck, and it is difficult to break through the existing material technology.

To put it bluntly, the road of material and craftsmanship is temporarily unavailable, and the service life of the second-generation "Wisdom Heart" cannot be improved in the short term.

"If the service life is shorter, just make it shorter. We don't have the ability to increase the service life for the time being."

Shaking his head, Chen Feng could only temporarily accept the result that the service life of the second-generation "Wisdom Heart" chip was still not very long.

In order to test the life of this chip under overload operation, Chen Feng decided to conduct an extreme test.

Chen Feng set the robot's operating program to continuously perform high-intensity computing tasks to simulate an overload operation state.

After the test began, the intelligent robot began to operate at high speed. Driven by powerful computing tasks, the second-generation "Wisdom Heart" chip it was equipped with performed extremely well. Chen Feng used monitoring equipment to closely observe various performance indicators of the chip and the operating status of the robot.

As time passed, Chen Feng discovered that the performance of the second-generation "Wisdom Heart" chip was even better than expected when it was overloaded. This surprised Chen Feng, and he began to look forward to the future application prospects of this chip.

However, just when Chen Feng was delighted, the intelligent robot in the laboratory suddenly made a loud noise. Then, the high-strength composite material on the robot began to crack, as if it could not withstand the huge internal pressure. Upon seeing this, Chen Feng immediately pressed the emergency stop button and tried to terminate the test.

However, it was too late. In Chen Feng's shocked eyes, the intelligent robot suddenly exploded, and the powerful shock wave instantly destroyed the laboratory. When the dust settled, Chen Feng discovered that the originally intact intelligent robot had turned into a pile of ruins.

"..."

Looking at the intelligent robot that exploded into debris, Chen Feng revealed a mask of pain.

Li Nian on the side was also stunned and couldn't believe the fact that the intelligent robot actually exploded.

“What the hell is this?”      “How could it explode?”

"Chips, second-generation chips, my money."

After being shocked for a few seconds, Chen Feng hurriedly picked up the fire extinguisher and extinguished the "explosion field" where there was still fire, and then hurriedly looked for the most valuable "wisdom".

After reacting, Li Nian hurriedly joined the process of "rescuing" funds, looking for the "heart of wisdom" among the remnants of the intelligent robot.

After a lot of rummaging, the two finally found the bombed "Wisdom Heart" that was "beyond all recognition".

"It's over, blood loss...!"

Chen Feng looked at everything in front of him with heartache and couldn't believe his eyes. He couldn't figure out why the second-generation "Wisdom Heart" chip caused the intelligent robot to explode when it was overloaded. Was there a flaw in the chip he designed, or did he overlook some key factors during the testing process?
  In grief, Chen Feng decided to re-examine the test and find out what caused the intelligent robot to explode.

"It shouldn't be. Logically speaking, it's just overloaded and it won't explode. What's the problem?"

Chen Feng couldn't understand why the intelligent robot exploded. It was just an overload operation. The worst result should be that the circuit of the intelligent robot burned out and crashed. It was definitely not an explosion.

"It really shouldn't have exploded."

Li Nian also felt that it was inappropriate for an explosion to occur during overload operation.

In order to figure out why the intelligent robot exploded, Chen Feng and Li Nian began to analyze the explosion site to find the cause.

After detailed analysis and investigation by the two people, and after eliminating various possible problems, they finally figured out why the intelligent robot exploded.

The reason why the intelligent robot equipped with the second-generation "Wisdom Heart" chip explodes is because the hardware of the intelligent robot is too low and cannot meet the overload (overclocking) operation of the "Wisdom Heart". The overclocking mode of the "Wisdom Heart" is not suitable for The hardware has very high requirements.

The current version of the intelligent robot can only meet the requirements of the first-generation "Wisdom Heart" hardware and can only withstand the overclocking operation of the first-generation "Wisdom Heart" chip.

The performance of the second-generation "Wisdom Heart" chip is 15%-30% better than that of the first generation, so the load during overclocking is also stronger.

However, the hardware of the current version of the intelligent robot simply cannot support the overclocking operation of the second-generation chip.

The super performance of the second generation directly exploded the core energy of the intelligent robot.

"It's difficult. The hardware does not support the overclocking operation mode of the second-generation chip. It seems that the smart robot needs to be upgraded again."

Chen Feng sighed tiredly.

In order to adapt to the first-generation chip, they upgraded the smart robot's hardware. Unexpectedly, with the emergence of the second-generation chip, the smart robot's hardware had to be upgraded again to allow the smart robot to bring out the full performance of the second-generation chip.

But in order to bring out the full performance of the second-generation chip and support operation in overclocking mode, Chen Feng had to upgrade the hardware of the current version of the smart robot no matter how tired he was.

In order to upgrade the intelligent robot, Chen Feng and Li Nian conducted a comprehensive inspection of the intelligent robot's hardware and determined a list of hardware that needed to be upgraded. They found that key components such as the processor, memory, and hard drive of the intelligent robot needed to be upgraded.

Next, Chen Feng and Li Nian started upgrading the intelligent robot. They first replaced the processor of the smart robot and chose a new processor with more powerful performance. Then, they increased the memory capacity and increased the speed of the intelligent robot. In addition, they also upgraded the hard drive of the smart robot to increase the read and write speed of the hard drive.

While upgrading the hardware, Chen Feng and Li Nian also optimized the software of the intelligent robot. They optimized the operating system of the intelligent robot and improved the stability and response speed of the system. In addition, they have developed new applications that allow smart robots to better utilize the performance of the second-generation "Smart Heart" chip.

During the upgrade process, Chen Feng and Li Nian continued to test the intelligent robot to ensure that the upgraded performance met expectations. They found that the upgraded intelligent robot has significantly improved in terms of operating speed and stability, and can fully meet the normal operation requirements of the second-generation "Smart Heart" chip.

However, they found that the existing operating system could not support the overclocking mode of the second-generation "Wisdom Heart" chip.

In order to solve this problem, Chen Feng decided to develop a new system for intelligent robots - the "HO system". He and Li Nian conducted several months of research and development, constantly testing and optimizing, and finally successfully developed the "HO system".

The "HO system" has strong performance and stability, and can not only support the normal operation of the second-generation "Wisdom Heart" chip, but also support the chip's overclocking mode. In overclocking mode, the performance of the intelligent robot is greatly improved and it can easily handle various complex tasks.

Chen Feng and Li Nian installed the "HO system" on the intelligent robot and conducted rigorous testing. Test results show that the "HO system" not only greatly improves the performance of intelligent robots, but also achieves lower energy consumption, significantly improving the endurance of intelligent robots.

In order to once and for all, let the new intelligent robot support the operation of the third generation chip, make the intelligent robot more powerful, and no longer have a new generation of chips, the intelligent robot hardware will have to follow the embarrassing situation of the new generation, Chen Feng decided to develop a new generation chip for the intelligent robot. Super powerful new processor - "Kirin processor".

The research and development process of "Kirin Processor" is full of challenges. Chen Feng needs to solve many technical problems, such as increasing the running speed of the processor, reducing energy consumption, and improving stability. He and Li Nian conducted countless experiments to continuously optimize the performance of the processor.

First, they need to increase the speed of the processor so that it can handle a variety of complex tasks more quickly. In order to solve this problem, they adopted advanced technologies and algorithms, optimized the processor's architecture and instruction set, and improved its computing power and response speed.

Secondly, Chen Feng and Li Nian need to reduce the energy consumption of the processor to extend the battery life of the intelligent robot. In order to achieve this goal, they adopted a low-power design concept, optimized the processor's power management, and reduced its energy loss. At the same time, they also developed an intelligent power consumption control system that automatically adjusts power consumption according to the load of the processor, further reducing energy consumption.

Finally, Chen Feng and Li Nian need to improve the stability of the processor to ensure its reliable operation in complex environments. In order to solve this problem, they used stable technology and materials to improve the reliability and anti-interference ability of the processor. At the same time, they also conducted a large amount of testing and verification work to ensure the stable operation of the processor under various working conditions.

After hundreds of days and nights of hard work, Chen Feng and Li Nian finally successfully developed the "Kirin Processor". This processor adopts advanced technology and design concepts, with super performance, low power consumption and stability. After rigorous testing and verification, they found that the "Kirin processor" can easily solve problems such as increasing processor operating speed, reducing energy consumption, and improving stability.

Chen Feng and Li Nian installed the "Kirin processor" on the intelligent robot and conducted rigorous testing. Test results show that the "Kirin processor" not only greatly improves the performance of intelligent robots, but also achieves lower energy consumption, significantly improving the endurance of intelligent robots.

(End of this chapter)