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Home / Technology / The Kirin 980 from Huawei is the world's first 7 nanometer mobile chipset with 5G support

The Kirin 980 from Huawei is the world's first 7 nanometer mobile chipset with 5G support




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The Kirin 980 chipset. Huawei

The results for the heated race to release the first mainstream 7-nanometer mobile processor are in and Huawei Apple has the edge right away, and at today's IFA in Berlin, Huawei's consumer, Richard Yu, introduced the company's next flagship chipset, the Kirin 980, and it is said to be a 7nm SoC (systems on a-chip) Apple is very likely to announce its own 7nm chipset on September 1

2th during the launch of its iPhone, but Huawei has introduced it to the record books worldwide.

What is 7nm and why? is that important? "The" nanometer "part refers to the size of the transistors in the processors, and the smaller the transistors, the more you can pack into a chipset, which of course improves performance." Nm "is one rare technic he Specification The smaller the number, the better: The Kirin 980 is said to pack 6.9 billion transistors into a chip the size of a fingernail.

Apart from Apple, Qualcomm is expected to launch its own 7nm processor, the Snapdragon 855, early next year.

And do not believe that the famous, self-confident and outspoken Yu will let this fact go unnoticed. "Qualcomm will probably also release a 7nm chip next year, but it's still five months after we did it."

The Kirin 980 will be featured for the first time in the company's upcoming flagship phones, the Mate 20 Series, which will be unveiled on October 16. In addition to the "world's first 7nm chipset", it also claims some more world premieres. These include the first chipset running on Cortex-A76 cores, the Mali G76 graphics processing unit, dual NPUs, and a 1.4Gbps LTE modem, of which Yu said it was for the 5G structure will be ready. That's a lot of technical terms and specifications that do not mean much to 99% of the population. You just have to know that the Kirin 980 is faster and uses less power than the Kirin 970, and the latter two devices – dual NPUs and 1.4Gbps LTE modem – inspire me the most and should bring the most value.

Richard Yu on stage in front of a graph with the skill of Kirin 980. Ben Sin

Let's start with the two NPUs (Neuronal Processing Unit), last year's Kirin 970 was the first mobile chipset with a dedicated NPU, which allows AI to detect scenes and objects on the device without the need for an internet connection. I've covered this in detail during my Huawei Mate 10 Pro review, but essentially the NPU let the cameras of the phone know exactly what it saw – it could be the difference between a dog and a cat, a human being from a tree, sunset different from Sunrise

All major Android phoneme makers – Samsung, LG, Xiaomi, Oppo and Vivo – have since implemented their own version of scene and object detection algorithms, but because none of these phones ran on NPU chipsets, they are all noticeable slower and less accurate. The Kirin 970 NPU also drove a Porsche in a showcase during the Mobile World Congress.

Kirin 980 will literally double on the NPU. The chipset will be equipped with two integrated NPUs that Yu said will make their job easier.

"Remember, as if we're trying to pick up this table," Yu said to me, pointing to the table we were sitting at. "If I was just trying to lift it, it would be difficult, but if you and I do it, it's easier because we're in twos."

The second part, which is exciting, is the modem first LTE Cat.21 with the best top download speeds supported. Yu said the chipset is 5G capable, although of course this is more future proof than any practical use at this time.

Part of the reason why Huawei managed to climb the ranking of the Android world in a relatively short time. In addition to mobile phones, it also has its own mobile processor on which the devices are running, which puts the Chinese tech giant in a rare position – only Apple and Samsung can claim this claim. Other phoneme makers, whether Xiaomi or LG, have to rely on third party vendors like Qualcomm or MediaTek for mobile processors.

The more parts of the smartphone production process a company controls, the easier it is to optimize that whole package for peak performance. This explains why iPhones routinely run more smoothly than their current Android counterparts, even though they work with less RAM – because Apple not only produces phone and processor, but also the operating system.

Unless Huawei becomes ambitious one day to break Android, Apple will probably never agree with this hardware software synergy. But Huawei could beat Apple in modem chipset synergy. Apple is in a dispute with Qualcomm and therefore had to change the modem provider for the new iPhones – which could influence which tapes support the next iPhone. Samsung has to jump between its own Exynos chip or Qualcomm's Snapdragon, as Exynos does not support the CDMA tapes in the US and China. Huawei has no such concerns because it makes its own chipsets and modems.

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The Kirin 980 chipset. Huawei

The results for the heated race to release the first 7-nanometer mobile processor and Huawei has made Apple conquer first place. At the IFA show in Berlin, Richard Yu, the consumer editor of Huawei, unveiled the company's next flagship chipset, the Kirin 980, and it will be a 7nm SoC (Apple's system-on-a-chip) Most likely, on September 12, announce its own 7nm chipset during the iPhone launch, but for the record books, Huawei has introduced it worldwide.

What is 7nm, and why is it important? The "nanometer" part refers Depending on the size of the transistors in the processors, and the smaller the transistors are, the more of them you can pack into a chipset, which of course improves performance. So "nm" This rare spec in tech, in which the smaller the number the better, the Kirin 980 I s should pack 6.9 billion transistors into a fingernail sized chip.

Apart from Apple, Qualcomm is expected to launch its own 7nm processor, the Snapdragon 855, early next year.

And do not believe that the famous, self-confident and outspoken Yu will let this fact go unnoticed. "Qualcomm will probably release a 7-nanometer chip next year, but by then it will be five months."

The Kirin 980 will be featured in the company's upcoming flagship phones, the Mate 20 Series for the first time. The first chipset running on Cortex-A76 cores, Mali G76 graphics processor unit, dual NPUs, is being released as referred to as "the world's first 7nm chipset" and a 1.4Gbps LTE modem that Yu said would be ready for the 5G structure. That's a lot of technical terms and specifications that do not mean much to 99% of the population. You just have to know that the Kirin 980 is faster and uses less power than the Kirin 970, and the latter two devices – dual NPUs and 1.4Gbps LTE modem – inspire me the most and should bring the most value.

Richard Yu on stage in front of a graphic with the skill of Kirin 980. Ben Sin

Let's start with the two NPUs (Neuronal Processing Unit), last year's Kirin 970 was the first mobile chipset with a dedicated NPU, which allows AI to detect scenes and objects on the device without the need for an internet connection. I've covered this in detail during my Huawei Mate 10 Pro review, but essentially the NPU let the cameras of the phone know exactly what it saw – it could be the difference between a dog and a cat, a human being from a tree, sunset different from Sunrise

All major Android phoneme makers – Samsung, LG, Xiaomi, Oppo and Vivo – have since implemented their own version of scene and object detection algorithms, but because none of these phones ran on NPU chipsets, they are all noticeable slower and less accurate. The Kirin 970 NPU also drove a Porsche in a showcase during the Mobile World Congress.

Kirin 980 will literally double on the NPU. The chipset will be equipped with two integrated NPUs that Yu said will make their job easier.

"Remember, as if we're trying to pick up this table," Yu said to me, pointing to the table we were sitting at. "If I was just trying to lift it, it would be difficult, but if you and I do it, it's easier because we're in twos."

The second part, which is exciting, is the modem first LTE Cat.21 with the best top download speeds supported. Yu said the chipset is 5G capable, although of course this is more future proof than any practical use at this time.

Part of the reason why Huawei managed to climb the ranking of the Android world in a relatively short time. In addition to mobile phones, it also has its own mobile processor on which the devices are running, which puts the Chinese tech giant in a rare position – only Apple and Samsung can claim this claim. Other phoneme makers, whether Xiaomi or LG, have to rely on third party vendors like Qualcomm or MediaTek for mobile processors.

The more parts of the smartphone production process a company controls, the easier it is to optimize that whole package for peak performance. This explains why iPhones routinely run more smoothly than their current Android counterparts, even though they work with less RAM – because Apple not only produces phone and processor, but also the operating system.

Unless Huawei becomes ambitious one day to break Android, Apple will probably never agree with this hardware software synergy. But Huawei could beat Apple in modem chipset synergy. Apple is in a dispute with Qualcomm and therefore had to change the modem provider for the new iPhones – which could influence which tapes support the next iPhone. Samsung has to jump between its own Exynos chip or Qualcomm's Snapdragon, as Exynos does not support the CDMA tapes in the US and China. Huawei has no such concerns because it makes its own chipsets and modems.


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