Chapter 313 Higher specifications

The Nebula 860 processor chip is considered a very powerful presence in the industry in terms of overall performance.

It has even completely surpassed Guozi’s mobile processor chips in terms of multi-core performance.

In terms of performance, it is undoubtedly the top level in the industry.

At the same time, in terms of GPU, the Nebula 860 processor chip uses the self-developed mobile GPU860 processor chip.

Basically, the name of the current Nebula processor chip on the GPU is consistent with the name of the self-used CPU chip.

Under the frequency of 366Mhz, the entire GPU mobile processor chip, in the latest DaVinci test, the overall GPU frame rate performance reached a terrifying 178 points, which is a very significant improvement compared to the previous generation.

And while this processor chip has such a high frequency, the stability of the processor chip can reach an astonishing 90.67% level.

Even the GPU performance of the entire processor chip has almost surpassed that of the Star H7 processor chip.

It can be said that this generation of mobile processor chips will have very good performance in terms of overall user experience, and can definitely meet the needs of most users for mobile graphics.

And the biggest upgrade of the mobile processor chip this time is in the aspect of imaging. Most of the current flagship phones have extremely high demand for imaging.

This also makes the entire mobile phone communication equipment manufacturers have increasingly higher requirements for mobile processor chips and ISPs.

This time, the Nebula 860 processor chip is used as the processor of the flagship machine. The chip uses a new three-core ISP module in terms of ISP.

This new ISP module allows the entire phone to support up to 180 million pixel shooting, and also supports faster and more efficient shooting with up to four cameras.

Supports shooting with the highest four camera modules of 50, 48, 48, 12.

It also supports HDR pixel shooting with up to three lenses.

And this time the ISP also supports the highest 1080p resolution 60-frame video shooting with four lenses, and also supports more efficient 720-frame super slow-motion video shooting.

Of course, under the premise of many extreme improvements, the entire mobile processor chip supports the latest 3D stereoscopic shooting mode in terms of imaging.

This brand-new mode requires more than two cameras to take pictures. More than 20 photos are taken through two cameras, and finally a three-dimensional photo visible to the naked eye is synthesized.

In the simplest terms, it is to take 3D naked-eye stereoscopic photos.

The addition of this brand-new function will give the entire shooting experience more ways to play. For most consumers, this will give them more opportunities for image creation.

"At the same time, we have also upgraded the specifications of flash memory and operating memory this time, so that the entire mobile processor chip has higher flash memory and operating memory specifications!"

Since this time a dual-channel CPU core architecture mode is adopted, the processor chip also has more choices in terms of flash memory and operation memory.

Generally speaking, the upgrade of mobile processor chips this time can be said to be a surprise to netizens.

At the same time, Nebula 860 is the latest generation of 4G mobile processor. The chip supports all Netcom 4G network connections and supports dual network interconnection functions.

This function allows SIM cards of different mobile operators to be deliberately switched to the frequency band of other operators when the network connection is poor when the phone is on standby, thereby achieving fast network connection and network stability.

And this time, the mobile processor chip of the mobile phone also supports a more powerful dual-band WiFi function, which can support two WiFi connections at the same time, achieving stronger WiFi stability.

The Nebula 860 processor chip is as brilliant as a shooting star, and this mobile processor chip can be said to be a truly flagship processor chip.

For most manufacturers who want to hit the high-end market, this mobile processor chip can meet many of their needs.

Of course, the Nebula 760 processor chip, which is positioned at the mid- to low-end, is still the focus of choice for many manufacturers.

After all, as a high-end flagship processor chip, the Nebula 860 chip price will naturally not be much cheaper. At this time, the Nebula 760, which is aimed at the mid-range, can be accepted by more users in terms of price.

Overall, the Nebula 760 processor chip is a relatively castrated processor chip in terms of overall CPU performance.

The entire processor has castrated the ultra-large core of the chip. While maintaining the same small core, the processor chip uses four 1.85Ghz C24 large cores.

This makes the single-core performance score of the entire mobile processor chip only a meager 350 points, and the multi-core performance score is 1445 points.

Although the entire mobile CPU processor chip is slightly weaker than some previous generation flagship processor chips in terms of single-core performance, because the entire processor chip adopts a four-core design, the overall multi-core performance is even

Stronger than last year's Nebula 850 processor chip.

It can be said that this processor chip has a very good level in terms of overall performance, and at the same time in terms of GPU, the entire processor chip.

Although the GPU is called 760GPU, the overall GPU design has castrated four cores, that is, half of the cores, compared to the flagship 860GPU, and reduced the frequency to 268Mhz.

In this way, in the test of the overall performance of the entire mobile processor chip and GPU, the Da Vinci test level was only a mere 132.0.

This is also done to give the previous generation flagship processor chip a little face. After all, with this design, the previous generation processor chip also has very powerful advantages and features on the GPU.

At the same time, the design of the ISP this time is very sloppy. There is only one core in the entire ISP, which directly castrates two cores compared to the flagship processor chip.

This also makes this processor chip only able to support dual-camera shooting of 64 million pixels at most, and simultaneous shooting of two cameras of up to 50MP and 12MP.

As for a series of functions of multi-camera HDR, this processor chip does not support them.

It can be said that this time Sugon Semiconductor adopted a hierarchical design when designing mobile processor chips.

Mobile processor CPUs for the mid-range market can surpass the previous generation of mobile processor chips in terms of CPU performance, but they cannot surpass the previous generation of processor chips in terms of various configurations.

In addition to strong performance, this type of processor chip cannot reach the level of high-end flagships in other aspects.

However, this time the mobile processor chip can make the 7 series processor chips attract the attention of thousands of people in terms of price.

This time, the Nebula 860 is a high-end flagship mobile processor chip. The price of the processor chip has directly reached 580 yuan. This price can be said to be very high. For most manufacturers, this price is very high.

They are all very non-mobile phone design costs.

In order to save the cost of mobile phone production, mobile processor and chip manufacturers have completely targeted the processor chip at the lower level Nebula 760.

The price of the Nebula 760 processor chip is much cheaper than that of the Nebula 860.

The price of the entire processor chip is only 400 yuan. This price allows more manufacturers to choose the more affordable Nebula 760 processor chip when choosing mobile processors.

In addition to this time's mobile processor, there are also two very excellent camera sensors on the camera CMO.

Sugon 643 and Sugon 483 sensors.

Judging from the naming of the sensors this time, the two sensors are respectively a 64-megapixel sensor and a 48-megapixel sensor. As the third-generation sensor, this generation of sensors adds a new HDMI high-speed sensor.

This high-speed photosensitive element can quickly sense light in a darker environment, so that the captured image can be displayed on the mobile phone as quickly as possible during the shooting process, thereby reducing the waiting time for image calculation on the mobile phone.

It can be said that this time the image sensor itself is a sensor designed for fast photography and quick snapshots. Even some mobile phone manufacturers this time can completely rely on the characteristics of this sensor to design specialized mobile phone capture modes.

From a technical perspective, the overall level of this sensor is considered top-notch in the current industry.

Of course, whether the overall level of the sensor is strong or not is also very important to the underlying level of the entire sensor hardware.

As a 64-megapixel sensor, Sugon 643 has only 16 million pixels when viewed directly, but this sensor has a 1/1.82-inch bottom, which makes the unit pixel area of ​​64 million pixels able to

Reaching 0.75um.

It can reach 1.5um when shooting straight out.

Of course, the advantage of this camera is not its photosensitive area per pixel, but the high pixel level of this lens. This high pixel level allows the entire camera to leave more details during the shooting process.

, a very good sensor for shooting a wider environment.

If we say this time’s 64-megapixel lens is essentially a mobile sensor that tests the high-pixel imaging of mobile phones.

Then this 48-megapixel sensor is a high-level, large-pixel sensor with strong photosensitivity.

1/1.62-inch base, which allows the unit pixel area of ​​this 48-megapixel sensor to directly reach 1.0um, while the 12-megapixel sensor can reach 2.0um during the shooting process.

This is also the most powerful sensor among Sugon Semiconductors at present, and it can even be said to be so powerful that it makes people sigh.
Chapter completed!