Realme GT 2 collection is being teased to have a brand new ‘Diamond Ice Core Cooling Plus’ know-how together with a supersized vapour chamber (VC) liquid cooling space to ship an enhanced thermal administration. The brand new smartphones may also include a preloaded function known as GT mode 3.0 that’s anticipated to spice up efficiency. The Realme GT 2 collection will debut with Qualcomm’s Snapdragon 8 Gen 1 SoC subsequent week. Earlier teasers confirmed 120Hz shows and triple rear cameras on the upcoming telephones.
As per a teaser posted on Weibo, the Realme GT 2 collection can have a warmth dissipation space of 36,761 sq. millimetres, together with the devoted VC liquid cooling space of 4,129 sq. millimetres. This setup can be part of the proprietary ‘Diamond Ice Core Cooling Plus’ know-how that’s claimed to assist present improved thermal administration.
Earlier this 12 months, Realme launched the GT Neo 2 with the ‘Diamond Ice Core Cooling’ know-how. The Realme GT 2 collection is predicted to have an improved model of that very same know-how to supply even higher outcomes.
Realme has additionally shared one other teaser that reveals the presence of the GT mode 3.0. This can be an improve over the GT mode 2.0 obtainable on the GT Neo 2 and is claimed to assist carry a extra immersive expertise by providing most GPU efficiency.
The Realme GT 2 collection launch is set for January 4 in China. The collection is predicted to have three distinct fashions — the common Realme GT 2, Realme GT 2 Professional, and the Realme GT 2 Grasp Version. A current pre-sale itemizing on JD.com revealed that the Realme GT 2 Professional will significantly have at the least two completely different variants, with 256GB of storage as normal and 8GB in addition to 12GB RAM choices.
Realme additionally not too long ago confirmed to supply a low-temperature polycrystalline oxide (LTPO) show with 120Hz refresh price on the GT 2 Professional. Additional, the cellphone is teased to have a triple rear digital camera setup, with two 50-megapixel sensors.