While the two sides dug each other, in fact, they are also working hard to strengthen their selling points and strive for more user recognition.
Xiaomi and Glory are still playing.
On December 11 last year, Lu Weibing, the current president of Xiaomi China, raised a question on Weibo: “Will 2020 follow the direction of Xiaomi’s” wrong “high pixels? Will the commerce stop? 40 million pixels? Will the Friends of Business release 64 million pixels?
On January 12th, Xiong Junmin, Vice President of Glory Product Line, said on Weibo: Currently, Glory does not consider the use of 100 million pixels, and simply stacking pixels is only the initial stage. Ten million “up and down” is indeed enough for the flagship machine. Mobile phone photography should not simply pursue high pixels. It should be a comprehensive and systematic improvement of optics, sensors, chips, and algorithms. He also said, “# Glory V30 # ‘s existing camera capabilities are already much higher than this, why should I pursue backwardness instead?”
Image from Xiong Junmin Weibo
Lu Weibing responded that night: “It seems that the friends and merchants are determined to stop at 40 million pixels. I hope that the friends and merchants will continue to polish up and bring out the potential of using the technology sensor 2 years ago to catch up with our future Note. Series of photo levels. “
The next day, Xiong Junmin returned to the past, claiming that with the strength of Huawei, if he wanted to use the so-called 100 million pixels and 200 million pixels open supply chain partner technology without any protection, there was no technical bottleneck for us . However, “If a friend wants to use the world’s top RYYB version of the IMX600 main camera module jointly developed by Huawei and Sony, then you can work hard.”
Xiong Junmin also carried out a popular science and divided the development history of mobile photography into three stages:
1) The first stage: Introduce the supplier’s lens and sensor to the mobile phone, and compare it with indicators such as pixels. This is the initial stage of “Bring Doctrine”. 2) The second stage: introducing a multi-camera optical system, self-developed ISP chips and algorithms, and mastering key core technologies. 3) The third stage: build an integrated photography system, in addition to optics, ISP chips and algorithms, self-developed the underlying sensor technology, such as core components such as color filters.