The nut mobile phone completes the unified push adaptation, which means that the mobile phone will consume less power?

The unified push of the nut mobile phone adaptation does mean that the power consumption of the mobile phone will be reduced less, and the power can be saved by up to 30%.

Let's talk about the nut phone first and complete the unified push adaptation. Before, Nut mobile phone and Twitter didn't cooperate, but recently they cooperated and pushed SDK with tweet message to complete the support for Nut mobile phone. In this way, the push of SDK can push messages efficiently on the nut phone, which is beneficial to both parties, especially on the nut phone. After seeing the adaptation of mobile phone unified push, it will enhance the user experience and provide users with reliable and efficient push services.

This platform started with push service. Some programs such as software push on our mobile phones are basically provided by their platforms. Up to now, Twitter has served 654.38+10,000 apps and built a push system with many well-known mobile phone manufacturers. This basically monopolizes the push platform service directly. If you don't introduce it here, many people think that the push of mobile phones is just a function that comes with the software, but it is not. Many pushes are made by platforms that are responsible for pushing. As the saying goes, there are business opportunities everywhere, but we didn't, so he succeeded.

The push of mobile phone messages actually consumes a lot of power. If the mobile phone is pushed by a single mobile phone platform, with more and more applications and more notifications, the mobile phone will have more power. For example, the previous nut mobile phone was like this. Such a mobile phone may cause a bad user experience and affect sales. After the nut mobile phone is unified, its power consumption will inevitably decrease. According to the research results released by Thiel Terminal Laboratory, the power consumption of general functions will be directly reduced by 30% after the unified push of layers.