Imagine your phone learning over time around you personally and adapting its behavior. Imagine your phone understanding your usage and optimising tools to survive longer. Imagine your phone identifying items in a scene and optimizing the camera settings magically to your best result.
You could be saying, now that is a very “smart” smartphone, or in this instance an intelligent phone. That is just what Huawei has accomplished with their brand new Mate 10 lineup of smartphones powered from the world’s first AI competent Kirin 970 chip.
When Allen Wang, the director of Huawei Product Development Center in India, told us that “we’re looking into the second generation of phones known as intelligent phones, also we’re trying to become the pioneer in the second generation smartphones”, we never anticipated anything like this, even though we certainly knew something exciting was coming.
If you’re wondering exactly what left us excited in the first place, the answer lies in Huawei’s Kirin 970, world’s first AI competent smartphone chip. The highlight of this Kirin 970 is a dedicated Neural Processing Unit (NPU) that allows Kirin 970 perform exactly the exact same AI computing tasks quicker and with much less power, compared to any smartphone chips.
If it comes to AI computing, the crucial benchmark is that the amount of floating point operations that a chip can do per second. According to Huawei, the NPU in the Kirin 970 can do 1.92 TFLOPs making it far superior to the closest competition Apple’s A11 Bionic chip.
“As we look to the future of smartphones, we are in the threshold of an exciting new age,” said Huawei’s CEO Richard. “Huawei is committed to developing clever devices into intelligent devices by building end-to-end capabilities that encourage coordinated development of chips, devices, and also the cloud, ” he added. “The ultimate purpose is to provide a significantly better user experience. The Kirin 970 is the first in a series of new improvements which will bring powerful AI attributes to our own devices and take them outside the competition,” said Richard Yu.
The near future of smartphone is intelligence and it had been made apparent by non besides Google. Earlier this month Sundar Pichai, CEO of Google, proclaimed that we’re currently entering the AI first potential because he introduced the newest Pixel smartphones. “AI first world is not only applying machine learning in the merchandise, but radically rethinking how computers should work, but an AI first world, computers need to accommodate around how folks live their lives, instead of people having to adapt to computers,” said Sundar Pichai.
According to Huawei CEO Richard Yu ” AI is not a virtual concept but something which intertwines with our daily life. AI can improve the user experience, provide invaluable services and improve product performance.” One of the manners in which the AI in Huawei Mate 10 improve the consumer’s experience is believed its camera software.The dual camera system which combines 12-megapixel RGB and 20-megapixel monochrome detectors utilize the Kirin 970’s NPU to deliver better Bokeh Impact, Digital Zoom and Motion Detection for sharper and clearer pictures.
However, it does not end there. The camera software employs the image signal chips and NPU to identify what it is that you are taking a photo of and will correct the image settings in real time. If you think this is really a wacky characteristic like Snapchat and Instagram filters, you’re incorrect. This capability extends far beyond applying live filters, adding additional post processing, or combining multiple images for improved exposure. In reality, your phone today knows if you’re taking a picture of a plant or a individual, and fix the settings to your best result. All you need to do is point and click.
Huawei claims that the NPU will lessen the phone’s performance degradation with time. According to Huawei, the NPU builds a model of the consumer’s usage pattern and allocating device’s assets accordingly. Hence the Mate 10 can optimize the performance with time by understanding which programs that the consumer use frequently and making it ready for the usage even before you start them. The dedicated NPU in the chip will execute AI-associated tasks like computer vision, image recognition, and voice identification, leaving little strain on the CPU and GPU.
On the flip side, Huawei’s lead in AI chip is not all great news for Android lovers on the market. The deficiency of innovations and breakthrough in Qualcomm is noteworthy. It powers a big portion of Android smartphones on the market with its Snapdragon line of chips.
Explanations like Android’s acute fragmentation and existence too many OEMs could be given as a motive for Qualcomm’s recent predicament. But even with all the rumoured 7 nanometer Snapdragon 855 round the corner, Qualcomm has a great deal of ground to pay even to get into an even match with Huawei.
In reality, in demos revealed, they were even quicker than even Apple’s brand new iPhones. Qualcomm has not revealed its hands yet. History has told me that after a company receives a direct the silicon room, it is a challenge to get a business to grab. This has occurred to Qualcomm before.