A mysterious Infinix prototype has surfaced at international esports tournaments, drawing attention from pro players and fans alike. Unbranded and unmistakably experimental, the device is rumored to be a GT series concept model equipped with Infinix’s next-gen electrochromic back panel system.
The phone isn’t likely to head to store shelves anytime soon, but its presence hints at Infinix’s growing ambitions in the mobile gaming space. Among the first to try it was Malaysian esports icon Nureddy Nursal—better known as Daddyhood—the founder of MPL MY S12 champs Homebois and a key figure in nurturing grassroots talent in the region.
With this device, he saw more than just flashy lighting; he saw how future-ready tech like the Infinix Concept Gaming phone can empower competitive gamers and energize the broader community around mobile esports.
Unlike traditional RGB lighting, Infinix’s electrochromic panel uses materials—the kind seen in aircraft windows and high-end car sunroofs—that shift color and texture in real time. The system transitions from a matte black standby state to animated visuals triggered by specific phone triggers such as game launches, calls, or camera use.
The Infinix concept gaming phone uses advanced electrochromic technology to create a dynamic and intelligent visual experience.
At rest, the phone’s rear panel stays matte black, thanks to liquid crystals that block light. But the moment something happens—like a call coming in or a game starting—voltage shifts those molecules, letting light pass through and bringing textures, colors, and animations to life.
The back panel reacts in real time, visually responding to your actions like camera use or app launches. It’s a smart, responsive system—far more thoughtful than the typical always-on RGB lights we’ve come to expect from gaming phones.
While Apple recently secured a patent for a similar concept in wearable tech, Infinix is already demonstrating a working prototype via a full-sized gaming phone.
The Infinix concept gaming phone is based on Gen-3 materials, combining flexible electrochromic film with smart voltage control to deliver adaptive visuals in real time. It’s not production-ready, but it’s real—and it might just signal the future of mobile gaming hardware.
