It didn’t just light up the phone—it sparked player’s curiosity.
A mysterious Infinix prototype has surfaced in the hands of pro players at recent international esports tournaments—and it’s turning heads for all the right reasons. 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.
While there’s no plan for this model to enter retail channels just yet, the prototype offers a bold preview of what Infinix is technically capable of delivering in the gaming phone space.
Nureddy Nursal, better known as Daddyhood—a central figure in Malaysia’s esports scene and the founder of MPL MY S12 champions Homebois—was among the first to try it out. Beyond running a top-tier MLBB team, Daddyhood has long been a visionary, building grassroots talent through Daddyhood Esports and shaping the next generation of players. 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.
This Isn’t Just Lighting—It’s Living Design
The Infinix concept gaming phone pushes past traditional RGB lighting to deliver something more dynamic and immersive. Using electrochromic materials—the kind seen in aircraft windows and high-end car sunroofs—the phone’s rear panel physically transforms based on real-time triggers.
Here’s how it works:
Standby Mode: A matte black finish created by parallel-aligned liquid crystal molecules that block light transmission
Trigger Events: When voltage is applied, the molecules rotate, increasing light transmission and revealing hidden textures, colors, and animations
Scene-Aware Transitions: Visual effects are tied to specific phone events like calls, game launches, or camera usage
Compared to the always-on RGB styling of most gaming phones, this feels more intelligent—reactive, not just decorative.
While Apple Patents It, Infinix Prototypes It
Earlier this year, Apple was granted a patent for an electrochromic Apple Watch band—designed to shift colors in response to user input or to coordinate with different outfits. The idea explores how dynamic materials could enhance personal expression and real-time feedback through color changes.
Infinix, meanwhile, is applying a similar class of electrochromic technology to a more complex surface: the rear panel of a smartphone. Rather than accessory-level adaptation, Infinix is integrating responsive materials into the structural body of the device itself—in an area that must also withstand heat, wear, and intensive use.
While Apple’s approach is still in the conceptual phase, Infinix is already demonstrating the possibilities of electrochromics in a functional, high-performance prototype. It’s not just wearable flair—it’s full-device transformation.
Electrochromics: From Lab Curiosity to Concept Hardware
Bringing electrochromic tech to a smartphone took multiple generations of iteration:
- Gen 1 – Solid-State: Thick, slow, and toxic—used in architectural glass
- Gen 2 – Liquid-State: Faster, but fragile and power-hungry
- Gen 3 – Flexible Films: Thin, safe, stable, and ready for real-world application
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 is fully functional.
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