Vivo X Fold 5 withstood the -20°C freezing temperatures without any performance degradation
By ForGeeks The Vivo X Fold 5 foldable smartphone has received enhanced water, dust and cold protection. According to Vivo product manager Han Boqiao, the new product has successfully passed the -20°C freezing tests. The device remains fully functional even after prolonged exposure to extreme conditions.
World’s first triple protection for a foldable smartphone
According to a Vivo spokesperson, the X Fold 5 is the first large-format foldable smartphone with a triple protection system. It gets IP5X dustproofing, IPX8-level waterproofing, and pressurized hot water resistance, bringing it closer to IPX9 – previously unattainable for foldable models.
The third component is freeze resistance. The smartphone passed tests at -20°C with no malfunctions. What’s more, thanks to the new second-generation semi-solid battery, the device remains functional even at -30°C. Unlike the previous version of the battery, the solid electrolyte is distributed from the positive to the negative electrode, which extends the temperature range.
Characteristics: AMOLED, Snapdragon 8 Gen 3 and Zeiss optics
Preliminary information suggests that the Vivo X Fold 5 will get a 6.53-inch external LTPO display and an internal 8.03-inch AMOLED screen at 120Hz. The device will be powered by a Snapdragon 8 Gen 3 chip coupled with 16GB of RAM and 512GB of storage.
Power will be provided by a 6,000mAh battery with support for 90W fast charging and up to 30W wireless. Photo capabilities include a dual 32MP front-facing camera for each screen and a triple module at the back, co-developed with Zeiss. The main sensor is 50MP, and there will also be an ultra-wide lens and a periscope with triple optical zoom.
The camera will also have an ultra-wide lens and a periscope with triple optical zoom.
The Vivo X Fold 5 is expected to be unveiled in China in July. A global release could also take place this month.
The Vivo X Fold 5 withstands -20°C freezing temperatures without sacrificing performance was first published on ITZine.ru.
