On May 20, Nubia announced that the Red Magic 5G Deuteron Transparent Edition will be available for pre-sale at a price of 4599 yuan (12GB + 256GB). This converts to $647.
Also Read: Nubia RED MAGIC 5G Gaming Smartphone Mars Red Edition with SD865 and 144Hz Display listed
Many wonder why it’s better to show the internal technology. In this sense, the Red Magic 5G deuterium transparent version uses a customized 99K gold plated FPC with gold plated screws and many other elements that make it look more attractive in comparison to other transparent models we have seen previously. If you guess we are talking about the Xiaomi Mi 8 and 9 transparent editions as well as the HTC U11+.
Not only that, but Nubia has also cooperated with the world’s top diaphragm manufacturers to coat the glass with “titanium silicon titanium” high-transmission and high-reflection coating to achieve both high transmittance and maintain the mirror high-reflection effect when light is emitted.
More importantly, the Red Magic 5G Deuterium Front transparent version uses a 144Hz super competitive screen. It refreshes 144 pictures in one second, which is 20% faster than 120Hz and 61% faster than 90Hz.
And the Nubia Red Magic 5G original TC algorithm (in-game frame rate compensation technology) ensures that the game does not drop frames. At present, nearly 100 games such as Crash 3, QQ Speed Mobile Games, and Rhythm Master already support the 144Hz mode.
In the core configuration, it uses a 6.65-inch AMOLED screen with a resolution of 2340 × 1080. But under the hood, it carries the Qualcomm Snapdragon 865 flagship platform. The front-facing camera has an 8MP resolution. The main camera on the back consists of a 64MP, 8MP super wide-angle lens, and 2MP macro lens. The battery capacity is 4500mAh, and it supports a 55W flash charge.
In addition, it has a built-in L-shaped liquid cooling tube. It is accompanied by a high thermal conductivity copper foil, thermally conductive gel, multilayer heat dissipation graphite, and 10 temperature sensors. They can intelligently sense the temperature and dynamically adjust the heat dissipation strategy to ensure continuous ultimate performance output.