Shulou(Shulou.com)05/31 Report--

Every year, with the help of built-in processors, mobile phones become faster, smarter and more efficient. If you like your phone's cameras, slow-motion videos and face or fingerprint unlocking features, it's because of the chips that power them. Qualcomm's next high-end Android phone chipset, Snapdragon 865, has laid the foundation for new features that may be introduced in mobile phones next year.

With Snapdragon 865, you will get enhanced features such as 5G speed, a 2 million pixel camera, support for a digital driver's license, and the ability to make mobile games closer to the desktop experience. But I would also like to point out some specific examples of the Qualcomm Snapdragon Summit to show what your mobile phone manufacturer can do as long as it is turned on in the future.

In 2020, Snapdragon 865 chip will appear in high-end mobile phones.

Edit 8K video through 5G.

Every phone that uses Snapdragon 865 supports 5G, supports high-definition video up to 8K, and has ultra-high resolution that can be converted into very large files.

For example, a 30-second 8K file might take up 1GB space. It may take 20 minutes to upload via 4G. Without a fast Wi-Fi connection, even short-term 8K video uploads will become impractical, which consumes a lot of batteries. With 5G, you can upload and edit these videos faster in the cloud, and even collaborate with others to edit videos while on the road.

The demonstration I saw was very enlightening. Among them, a large number of 8K videos are uploaded from the mobile phone to the cloud, shared with others and edited by others. You need these ultra-fast 5G speeds to make large amounts of data easy to use.

The 5G speed makes all these fancy and huge videos easier to edit and use.

Double-finger biometric unlocking function can provide you with the most sensitive security application.

Using Qualcomm Sound to unlock the screen fingerprint recognizer is a difficult start, especially for Galaxy S10 and Note 10 phones. Now Qualcomm is trying to use 3D Sonic Max again, a fingerprint reader that provides a large enough target to aim at two fingers.

This means that when more unique data points are matched in the form of unique ridges, valleys and holes in the fingers, unlocking is faster and safer. On the mobile phone, you can choose to set one or two fingers to unlock, or you can choose only two fingers to authenticate for mobile payment, or you can choose applications such as banking applications.

It can also be used to capture your heart rate, which can provide information for new health apps.

I initially prefer secure face unlocking to off-screen fingerprint sensors, but I like the idea as a backup method or as another option for you to customize the way you like.

Two sets of printing can be used to enhance the security of mobile phones.

A higher refresh rate means smoother filters and screen recording.

Mobile phones with fast screens are becoming more and more popular. On some phones, the typical 60Hz refresh rate has increased to 90Hz or even 120Hz, which makes smoother graphics very suitable for games. But that's not the only benefit.

The Snapdragon 865 will support a screen refresh rate of up to 144 Hz, which makes the game and all screen animations smoother. Scrolling up and down the page is a good example, but the non-game demo that really takes it home is the Snapchat filter, which tracks my face when I check that I look like a baby, and a gender exchange filter that keeps my chin upright, bushy eyebrows and a beard.

Imagine that when you are sitting in a bumpy car and shooting a video from the screen, a high refresh rate can make the movement more smooth. (note that a higher refresh rate may consume battery power.)

Google assistants can know your location by listening.

The assistant you often listen to can do more.

Buzzwords such as "OK,Google" appear on the phone, which can trigger the assistant. Snapdragon 865 hopes to develop a new sensor center that can monitor its surroundings and explain what is happening.

Imagine that your phone is trained to recognize baby cries, broken glass or gunshots, and then take action. Maybe you'll get an alert to check your baby, combined with the video on the bedroom monitor.

Or, if your phone feels like you're on the subway during normal commuting hours, it will provide you with the usual app. When talking, it is possible that the road noise and wind will automatically raise the volume by one level.

The sensor is also designed to support a variety of buzzwords and adds noise suppression so that you can hear your voice from farther away without consuming a lot of electricity.

Instant translation and transcription.

Google's Android 10 real-time video transcription and Pixel 4 video recorder applications require unparalleled transcription. But the demonstration I saw this week is closer to the universal science fiction translator, a software system that can translate Chinese and English instantly without hesitation.

In another demonstration, the mobile phone translates spoken English into speech and then plays Chinese voice to the receiver. The whole process is done through the phone itself. As a person who travels abroad many times a year, I can imagine myself using it in taxis and restaurants to reduce the trouble of language barrier.

Yes, Google translator can even perform some of these operations offline. But this achievement brings us one step closer to communicating with others faster and more comfortably.

What you see on the screen is much more detailed than what you see on the map.

Use your phone as a window to learn about the world around you.

For years, mobile app makers have been trying to enhance reality, from using Yelp Monocle to finding businesses to Google Maps, all with a big arrow on your phone telling you where you're going. The problem is that these features require a quick response.

Use it remotely. A faster 5G speed can help.

The demo I saw showed a 3D map of the world made of wood blocks. Pass the phone to the front of the phone, and the AR experience now makes it a map of the animated world, with Tik Tok videos popping up in certain areas of the screen as you scan the phone. The idea is to easily view and select popular videos for each geographic location.

Although I'm not sure I'll use this exact application in real life, the artificial reality I see is more creative and interactive in displaying this content than on the "fixed" list of video titles.

I hope I have given you a glimpse of some of the real-world possibilities we may encounter on mobile phones in 2020. Qualcomm's job in these presentations is to inspire creativity-it's up to phone and app manufacturers to determine the specific experience we actually use.

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