Participate in our Honor discussions, post your opinions, get likes on your posts and stand to win an Honor 10 worth ₹33,000 & up to ₹70,000 PayTM cash!
The Honor 10 is a AI and camera-focused smartphone, and a lot of that can boil down to its chipset. The smartphone is powered by a HiSilicon’s flagship chipset, the Kirin 970 SoC that sports a dedicated NPU or Neural Processing Unit.
As the name would suggest, the NPU is used by the phone to process AI-based tasks. This includes things such as image recognition, voice-controlled personal assistant and more.
By processing all this separately from the CPU, GPU and DSP, the company says that it can deliver AI-related tasks such as scene recognition much faster. The company claims that over one billion of images have been learned in the lab to deliver 25 times better performance and 50 times higher efficiency.
The NPU in the Kirin 970 is optimised to recognise 22 specific scenes such as landscapes, food, sports and more. On top of this, it also helps with the Honor 10’s overall efficiency and power consumption.
So, what do you you think about the implementation of the NPU in the Kirin 970 chipset? Got any ideas on how to improve it? Let your thoughts be known below.
Like we said earlier, post your comments and stand to win an Honor 10 worth ₹33K and up to ₹70,000 PayTM money. For more info, check here in a new tab for more details.
*lh5.googleusercontent.com/wLD_ZR8crJqlOxP54tgd8CDHpE51cMHfsgNGKQqRmNrw7JBMTmDrPFaqEW426qVlhdTxp1nX4ONvmHBuMI9CJTqPXg_C0fo9GFVKHg_EMd89t6ziCeIt__Z6qkTmyUaJt0r2CX8C
The Honor 10 is a AI and camera-focused smartphone, and a lot of that can boil down to its chipset. The smartphone is powered by a HiSilicon’s flagship chipset, the Kirin 970 SoC that sports a dedicated NPU or Neural Processing Unit.
As the name would suggest, the NPU is used by the phone to process AI-based tasks. This includes things such as image recognition, voice-controlled personal assistant and more.
By processing all this separately from the CPU, GPU and DSP, the company says that it can deliver AI-related tasks such as scene recognition much faster. The company claims that over one billion of images have been learned in the lab to deliver 25 times better performance and 50 times higher efficiency.
The NPU in the Kirin 970 is optimised to recognise 22 specific scenes such as landscapes, food, sports and more. On top of this, it also helps with the Honor 10’s overall efficiency and power consumption.
So, what do you you think about the implementation of the NPU in the Kirin 970 chipset? Got any ideas on how to improve it? Let your thoughts be known below.
Like we said earlier, post your comments and stand to win an Honor 10 worth ₹33K and up to ₹70,000 PayTM money. For more info, check here in a new tab for more details.