For the first time, our GT7 mobile phone uses ice sensing graphene + glass fiber fusion backplane
Source:Fiberglass Intelligence Network
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Author:Reproduced
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Published time: 21 days ago
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realme GT7 will launch the "Technology small ice skin" new ice technology with the industry's first graphene glass fiber fusion process to create a new graphene ice technology body, offering stronger heat dissipation, thinner and more fall resistant experience. Its backplane uses the fusion process of ice-sensitive graphene material and aviation-grade high-toughness glass fiber, with thermal conductivity reaching 600% of ordinary glass bodies. By optimizing the heat conduction path, it can quickly export chip heat in high-load scenarios and avoid performance degradation, and its ice-cutting and heat-conducting speed exceeds that of traditional copper materials according to laboratory data.
realme GT7 will launch the "Technology small ice skin" new ice technology, the industry's first graphene glass fiber fusion process, to create a new graphene ice technology body, to provide users with stronger heat dissipation, thinner, more fall resistant experience.
GT7 backplane adopts the fusion process of ice-sensitive graphene material and aviation-grade high-toughness glass fiber, and the thermal conductivity reaches 600% of the ordinary glass body. By optimizing the heat conduction path, the technology can quickly export chip heat in high-load scenarios (such as games, video rendering) and avoid performance degradation. Laboratory data show that its ice-cutting and heat-conducting speed even exceeds that of traditional copper materials.
