After 618, the technology circle has quieted down.

On the other side of the ocean, Zhang Wei and Zhang San are trying to negotiate lawsuits with various technology companies.

As the so-called strong dragon does not suppress the head snake.

It's still relatively difficult to really take down the other party on other people's territory.

However, fortunately, the professional level of the two lawyers, Zhang San and Zhang Wei, is relatively high, and although they are restricted everywhere on the other side of the ocean, they have not suffered much loss.

On the other side, Zhou Zhen finally sent the first satellite into the sky after staying in Jiuzhou for several months.

The new satellite, named R1, has very accurate positioning capabilities, and it also has some new features that can assist digital technology products.

&arConnection Protocol!

That's right, this satellite that flew into space supports the corresponding RSR connection protocol.

The &ar connection protocol is currently the most important protocol content in the entire software ecosystem.

At the same time, it is also a big killer of the soft school!

According to Zhou Zhen's plan, at least 20 corresponding satellites will be launched in the entire outer space in the future to form a corresponding local RSR network.

These data can be used with the powerful server currently owned by Roupai to transmit the corresponding data instructions.

In the simplest terms, a device with the corresponding RSR can transmit text messages and calls through the corresponding protocol.

And it can carry out other devices connected with the same protocol to perform some simple command operations.

Of course, such a brand-new function has something in common with the entire satellite local space in the future, and the Internet base station technology, but Rsr is obviously a very bland entry technology.

After all, the amount of data that the corresponding outer space satellites can transmit is not very large.

The download of very large files and corresponding videos, as well as some software and applications, requires the network of the base station to implement the download.

In the simplest terms, most users can run smoothly on the network, mainly depending on the speed of the number of data transmissions on the network.

This time, in satellite space, the legendary data is not particularly large due to the long distance and the small number of corresponding satellites.

In this case, only the corresponding SMS phone call and some simple multi-device operation protocols can be completed.

As for the so-called application transfer or application download, these corresponding Internet functions are not yet able to do this.

However, with the direction of development at the beginning, the difficulty of breaking through this technology in the future will be further reduced.

Even Zhou Zhen felt that in less than two years, it was very likely that satellite Internet base station technology in the corresponding region would appear.

However, the corresponding cost is too high, and it may take a certain amount of time to reduce the cost of the corresponding network fee if you want to truly popularize such a network connection method to the public users in the future.

After the first satellite was successfully sent into the sky.

Zhou Zhen also tested it and used the equipment in his hand to demonstrate the corresponding satellite communication technology.

With the satellite with its own protocol, the corresponding data transmission and the overall satellite positioning level have been further improved.

Of course, according to Zhou Zhen's current plan, at least ten satellites are needed to truly achieve more accurate positioning.

Moreover, according to the current speed of satellite manufacturing, it is expected that further breakthroughs in satellite interconnection technology will be truly realized in the first half of next year.

Of course, if Zhou Zhen's supply chain system brings it to the front, it will also be able to further promote Roupai in the future technology industry.

The time has gradually arrived in July, and the magic capital, the imperial capital and the new first-tier cities in China have begun to completely imitate Hangzhou City and formally test the corresponding intelligent transportation system.

With success stories ahead, add more

Shangrou Pie Company has cooperated with other city departments accordingly, and after collecting more big data, the corresponding intelligent transportation solutions in each city have been gradually introduced.

Of course, Hangzhou City completely realizes intelligent transportation, and basically spent half a year doing corresponding data research and overall traffic data analysis.

It will take time for other cities to truly realize the completion of the intelligent transportation system of the whole city.

However, according to the current progress of the company, it is expected that by the end of this year, the two cities of Modu and Imperial Capital will be able to formally implement the intelligent transportation system.

In the future, urban mobility will become easier and easier because of the existence of intelligent transportation.

On the other hand, the domestic mobile phone market has also begun a new round of competition.

The high-end flagship machines of various companies also officially met with most consumers at this time.

A series of products such as Tianxuan 8X1A and Tianxuan 9X1A have also been launched to seize the domestic flagship market in the second half of this year.

It's just that in mid-July, the return of a new product has made countless netizens interested.

The new P60 equipped with Kirin 9100 processor chip is finally here!

That's right, the Kirin chip, which has been expected by netizens, has finally returned to the public's field of vision.

As the earliest well-known Kirin processor chip among domestic mobile processor chips, it has gone from disrepute to fame.

From the beginning of being complained by most users, it was gradually recognized and supported by most users.

Kirin processor chips can be said to be a microcosm of the history of struggle in the domestic technology industry.

Because of the corresponding reasons, the Kirin processor chip was stagnant for almost three years, and after three years, Kirin finally brought a new flagship processor chip, the Kirin 9100 chip.

The release of Juchang P60 in mid-July is also known as another grand occasion in the Huaguo science and technology circle.

This time, there is only one P60 for the P60 series release, and as for the other version, according to the statement of the chrysanthemum factory, it should not be officially announced until the autumn new product launch conference in September.

Obviously, the P60 is a new product that has given the P60 series a reputation and fame.

Although it is an ordinary version of the product, P60 has still attracted the attention of many netizens, the most concerned of which is the Kirin 9100 processor chip.

Although the chrysanthemum factory P60 is said to be an ordinary version of the product, the overall configuration is not bad.

With a body size of 6.53 inches, combined with a 7.2 mm body and a weight of 178 grams, it is still thin and light in terms of product design.

The basic Kunlun glass version and the corresponding satellite communication function are also a major selling point of this product.

1.5K resolution, high screen-to-body ratio, BOE's latest 120Hz refresh rate top-of-the-line OLED screen.

This top-of-the-line OLED screen is the latest screen currently launched by BOE,In terms of overall screen quality, it has basically been able to reach the level of soft featherR5Material level。

In terms of battery, it uses a 4500 mAh battery with 66 wired fast charging and 50 wireless charging.

In terms of image photography, it is the basic three-camera configuration, after losing the cooperation with Sony and Laicra, the self-developed image system of the chrysanthemum factory has become the golden sign of the bureau products.

In terms of image configuration, due to the relevant technical limitations, the current chrysanthemum factory cannot use the sensors designed and produced by top foreign manufacturers in the past two years.

Either the company chose Sony's IMX766 or the company that could currently supply the image sensor to this company.

In this case, Juchang can only turn to OmniVision and use OmniVision's latest ROV901 sensor.

This sensor is a one-inch sensor developed by OmniVision, with a four-in-one 40 million pixel photo level, which is a castrated version of the original OV10R.

However, the unit pixel of this sensor has been reached

Amazing 1.8U flat, the pixel performance level directly came to 3.6U flat, and its color expression and night scene photography level are also the first mainstream in the industry.

At the same time, this sensor also supports up to 8K60 frames of video shooting, which is also a ceiling-level sensor in the industry, which is comparable to the Sony IMX989 sensor.

In addition, since this time the product is a normal version, it is natural that the performance of the other two secondary cameras is relatively ordinary.

A 48-million-pixel 1/2.55-inch ultra-wide-angle lens with a unit of pixels.

and an 8-megapixel telephoto lens with 3.7x optical zoom and 50x hybrid zoom.

And this time, the core highlight of the product is the new Kirin 9100 processor chip.

What is surprising is that the CPU and GPU cores of the Kirin 9100 processor chip this time are all modified by HiSilicon.

HiSilicon and Yuzhen Semiconductor have had an extremely in-depth cooperative relationship in the past two years, and they have also spent money to purchase the corresponding core licenses and magic rights of Z14 and H14.

The HiSilicon Kirin team has carried out corresponding magic changes on the foundation of the original core, bringing the core of HC1 and HG1 magic reforms.

& is the CPU core, the overall CPU performance is 20% stronger than the Z14, but the power consumption is reduced by 10%.

& is the core of a GPU, the overall GPU computing performance has increased by 30%, and the power consumption remains the same.

The Kirin uses one super-large core, three large cores, and four small cores.

This brings the single-core performance score of the entire processor chip to 1640 points, and the multi-core performance score officially breaks through 5,000 points to 5280 points.

The overall CPU performance is stronger than the current A15 and a number of MediaTek and Paste Tong processor chips, and the performance is infinitely close to the A16 processor chip.

The overall performance is basically at the same level as the Tianxuan 8X1.

In terms of GPU cores, a HG1 core graphics processor chip is used.

Since the HG1 is modified from the current H14 core, the performance after the magic change is basically equivalent to the GPU core of H15.

Coupled with the 24-core architecture and the frequency of 566Mhz, the GPU performance of this processor chip is even more eye-catching.

This also makes the performance of this GPU completely surpass the GPU of A16 and Tianxuan 9X1, second only to Tianxuan 10X1, becoming a mobile processor, and the second GPU performance among the chips.

Based on the performance of the corresponding CPU and GPU, this time the Kirin 9100 processor chip, after being dormant for almost three years, has returned to the public eye with the strongest expressiveness.

The overall performance has basically surpassed the flagship processor chips of Paste Tong and MediaTek this year, and even the overall performance can basically belong to the second echelon of the current industry with A16 and Tianxuan 9X1.

This also makes users who have been waiting for the return of Kirin feel particularly excited and excited.