This will be a super durable smartphone with a night camera, can measure temperature and a huge 6,500 mAh battery.
According to schedule, Ulefone Armor 25T Pro will be launched early next month. The biggest highlight of this smartphone is the ThermoVue camera with the ability to determine temperature, allowing users to detect heat signs (-20°C to 550°C) in the surrounding environment.
The camera takes night photos and has the ability to measure temperature.
The thermal camera will be combined with a 64MP Night Vision camera (using OmniVision OV64B1B sensor), along with two infrared LEDs, helping users take clear, detailed photos in the dark.
The main camera of Ulefone Armor 25T Pro will use Samsung 's GN1 sensor while the selfie camera will use Samsung GD1 32MP sensor.
Armor 25T Pro will have a 6.78-inch screen with FullHD + resolution, 120Hz refresh rate, protected by Gorilla Glass Victus. The back of the device has a classic Kevlar texture.
Ulefone Armor 25T Pro.
With the 5G version, the phone is powered by the Dimensity 6300 SoC chip, the 4G version will have the Helio G99 chip. Both will have 6GB RAM (+6GB virtual) LPDDR4X standard and 256GB UFS 2.1 internal memory with a dedicated microSD card slot - helping to expand memory up to 2TB.
Ulefone Armor 25T Pro will run Android 14 operating system. Powering the phone will be a huge battery - 6,500 mAh capacity with 33W wired charging and 30W wireless charging capabilities.
The remaining highlights of the Ulefone Armor 25T Pro include: IP68/IP69K dust and water resistance rating, MIL-STD-810H military certification, NFC connectivity, IR Blaster, 3.5mm headphone jack and a side-integrated fingerprint scanner. Additionally, the durable smartphone will also have a customizable key on the left side of the phone.
Main configuration of Ulefone Armor 25T Pro.
Ulefone Armor 25T Pro will be 12.5mm thick, weigh 326g and only come in one color: Frost Black. The 5G version will be available for pre-order on AliExpress from June 1 for less than 300 USD (equivalent to 7.6 million VND) in a short time.
