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【Application Solution】The Industry's First Mass-Produced Liquid-Cooled Tablet! Awinic Empowers the Red Magic 5 Pro to Unlock Ultimate Stable-Frame Gaming Experience

2026-07-04


As smartphone performance continues to escalate, chip power consumption has risen significantly, and thermal dissipation bottlenecks have gradually become the key factor limiting flagship devices from unleashing their full performance potential. Looking at the evolution of thermal dissipation technologies in the industry—from early-generation graphite thermal conduction and heat-pipe conduction, to the vapor-chamber (VC) uniform heat spreaders commonly adopted in today's flagship models—all passive cooling solutions are approaching their performance ceilings, failing to meet the demands of high-frame-rate mobile gaming and prolonged high-load operation. Against this backdrop, the migration of PC-grade active cooling technologies—both air-cooling and liquid-cooling—to mobile terminals has emerged as a new industry direction.

Red Magic has achieved a technological breakthrough by integrating a miniature active liquid-cooling system into the tablet chassis, combined with an air-cooling architecture to form a dual-loop heat dissipation structure. This effectively addresses the industry-wide pain point of thermal throttling in high-performance devices and propels mobile terminal cooling technology into a new phase.

I. Awinic Empowers Red Magic's First Liquid-Cooled Gaming Tablet 5 Pro: Liquid-Cooled Stable Framerate, Dynamic Lighting in Sync

On June 30, Red Magic officially launched its first liquid-cooled gaming tablet, the 5 Pro, redefining the flagship standard for mobile esports. As the industry's first mass-produced tablet featuring an active liquid-cooling system paired with a smart breathing light effect, the product employs a PC-grade air-liquid dual cooling solution plus adaptive dynamic lighting effects, delivering a professional gaming experience for hardcore players—sustained performance without thermal throttling, stable full-frame-rate operation, and an immersive ambient lighting atmosphere.

Behind this powerful experience, Awinic's dual-chip core solutions enable a dual breakthrough in cooling performance and ambient lighting, elevating the overall quality of mobile gaming esports across the board.

AW86320: Piezoelectric Driver IC

With a dedicated boost architecture, this chip precisely steps up the 3V base supply voltage to a 90V operating voltage for the liquid-cooling system, coupled with an ultra-high stable output of up to 180Vpp and ultra-low THD distortion of less than 1%. It ensures long-term stable, efficient, and smooth operation of the tablet's liquid-cooling micro-pump, completely eliminating cooling fluctuations under high-load gaming scenarios—delivering extreme temperature reduction and maintaining peak performance.

AW22127QNR: Smart Lighting Effect Driver IC

Featuring a dedicated dynamic enhancement algorithm and audio-sync lighting technology, this chip requires no occupation of the device's main control computing power. It precisely matches the device's thermal status and gaming scenarios, enabling adaptive and dynamic switching of lighting effects in sync with performance and audio fields. This makes hardcore cooling not just about precise temperature control, but also about vibrant, real-time responsive lighting—adding a new sensory dimension to cooling and creating an immersive esports experience that integrates performance, cooling, and lighting into one.


II. Product Features

AW86320 Features


Figure 1. AW86320 Typical Application Diagram

AW22127QNR Features


Figure 2. AW22127QNR Typical Application Diagram

As the era of AI PCs and AI smartphones fully arrives, terminal device computing power continues to surge, making heat dissipation under high-load operation increasingly prominent. Industry veterans predict that in the future market, 30% of smartphones and over 95% of PC devices will come standard with active cooling systems—making thermal performance a core competitive differentiator for smart terminals. Facing these new industry trends and substantial market demand, Awinic has precisely seized the industry opportunity by making early and in-depth strategic deployments in active cooling technologies and supporting chip solutions—including piezoelectric liquid-cooling, piezoelectric air-cooling, and mechanical fans. The company continues to deepen its expertise in thermal-driver control and high-efficiency cooling management, steadily expanding its product portfolio and strengthening R&D capabilities. Fully aligned with the high-performance cooling requirements of AI terminals, Awinic is capitalizing on the AI hardware upgrade wave to secure a first-mover advantage in the active cooling, empowering terminal manufacturers to develop next-generation smart devices with stable thermal control and superior user experiences.