This Selfly mobile phone shell is "absolutely"! Can be self-timer can also be turned into a drone aerial photography

In the moment, the mobile phone is more like an extension of human organs. It is the hub of human interaction with the digital world. Almost all interactions in our lives take place on mobile phones.


This Selfly mobile phone shell is "absolutely"! Can be self-timer can also be turned into a drone aerial photography

With the rising prices of mobile phone components and mobile phone manufacturers trying to enter the high-end market, the current price of mobile phones is also rising year by year. Therefore, the vast majority of friends will be affixing a film and putting on a mobile phone shell after redeeming the new machine.

However, for the current people who are pursuing “Maverick”, the mobile phone shell of “a stereotyped” of a certain treasure is already tired, and the so-called “custom” is actually only a pattern or text, and there is no new idea.

However, at this year's International Electronic Consumers Show (CES) held in Las Vegas, there was a mobile phone case that definitely made people "eyebrows".


This Selfly mobile phone shell is "absolutely"! Can be self-timer can also be turned into a drone aerial photography

Today, camera company AEE showed a phone case called Selfly at CES. The biggest highlight of the phone case is that it is not just a mobile phone case, but also a drone.

According to reports, Selfly mobile phone shell with a camera, you can record 1080p, 60fp video, live live and photographed, compatible with Apple iOS system and Android system phone. And, the thickness of 9 mm can still be easily placed in the pocket.


This Selfly mobile phone shell is "absolutely"! Can be self-timer can also be turned into a drone aerial photography

In addition, the reason why Selfly Mobile Shell is most attractive to everyone is that it can also be used as a "temporary" drone. When you need to take a picture or aerial shot, simply remove the upper and lower protective shells of the phone case and turn it over to become a drone.

The official introduction, Selfly when used as a "drone", you can take panoramic photos and support the hover function. The user can use the virtual joystick to control the drone, or use the click method. Just click on a zone in the screen and the drone will fly there. The two fingers will zoom it and fly to the far place.


This Selfly mobile phone shell is "absolutely"! Can be self-timer can also be turned into a drone aerial photography

Of course, the Selfly "drone" uses only about four minutes of life, and it can fly about 13.7 meters. It can basically meet the user's demand for photographing at certain times.

Finally, Selfly mobile phone shell will be listed this spring, priced at 130 US dollars (about 850 yuan), the phone shell also needs a separate charger, priced at 30 US dollars (about 195 yuan).

The 51st International Consumer Electronics Show (CES) in 2018 will soon be held in Las Vegas, January 9-12, US time. CES is the world's largest and most influential consumer electronics annual exhibition and the world’s largest consumer technology event. The YORK.com team has already set off at the beginning of January, and will bring you first-hand information during the CES show. Pay attention to more CES related information and click on the topics below to learn more.

》Click to enter the YORK network 2018CES International Consumer Electronics Show report topics

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PGA Sockets Pin Grid Array Socket
A pin grid array, often abbreviated PGA, is a type of integrated circuit packaging. In a PGA, the package is square or rectangular, and the pins are arranged in a regular array on the underside of the package. The pins are commonly spaced 2.54 mm (0.1") apart, and may or may not cover the entire underside of the package.
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mPGA/PGA (ZIF)
These sockets provide a zero insertion force (ZIF) PGA interface to the microprocessor PGA package and are attached to the PCB with surface-mount technology (SMT) soldering. PGA sockets are available in arrays up to 989 positions with single lever, screw driver, and hex wrench actuation methods.
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