PGC NEWS

The world of PC hardware has seen a dramatic shift in recent years, with RGB lighting transforming the aesthetic of computer systems. Manufacturers like ASUS (Aura Sync), MSI (Mystic Light), Gigabyte (RGB Fusion 2.0), and even Asrock (Polychrome Sync) have developed their own lighting ecosystems. This trend extends to peripheral manufacturers like Corsair (iCUE) and NZXT (CAM Software). However, this proliferation of ecosystems can create challenges for users seeking a cohesive and synchronized lighting setup across different brands. Thermaltake, a veteran in the PC peripheral market, addresses this challenge with TT RGB Plus, a technology designed for broad compatibility with leading RGB ecosystems.

alt=TT RGB Plus software controlling various RGB components

TT RGB Plus: Leveraging a Legacy of Innovation

Thermaltake has a long history of producing a wide range of PC peripherals, from mousepads to high-end cases and custom liquid cooling solutions. They were even among the first to introduce RGB lighting to power supplies, predating dedicated PSU manufacturers by several years. This extensive product portfolio includes RAM, mice, keyboards, gaming chairs, and more. The introduction of TT RGB Plus leverages this vast catalog, allowing users to build a fully synchronized system, even with components from different manufacturers.

alt=Thermaltake liquid cooler with RGB lighting installed in a PC case.

For example, MSI enthusiasts looking for compatible liquid coolers often face limited options, as MSI doesn’t produce AIO coolers like the ASUS ROG Ryujin or Gigabyte AORUS Liquid Cooler 360. Furthermore, peripheral ecosystems like Corsair iCUE and NZXT CAM don’t currently integrate with MSI Mystic Light. This is where Thermaltake’s solutions, such as the ThermalTake Water 3.0 360 AIO cooler, offer a viable alternative, providing compatibility with MSI motherboards.

alt=Close-up view of the Thermaltake Water 3.0 360 AIO cooler's RGB lighting.

TT RGB Plus achieves compatibility through the Addressable RGB (ARGB) header on motherboards, supporting most major ecosystems including Aura Sync, Mystic Light, RGB Fusion 2.0, Polychrome Sync, and even Razer Chroma RGB. While Thermaltake’s product lineup primarily focuses on the mid-range to upper-mid-range segment, TT RGB Plus allows users to seamlessly integrate their products, filling gaps and creating a unified aesthetic.

alt=Various Thermaltake peripherals with RGB lighting, including a keyboard, mouse, and headset.

TT RGB Plus: Advanced Features and Control

Thermaltake’s strength lies in its innovative approach to technology trends. Besides pioneering RGB power supplies, they were also among the first to bring system control to mobile devices. The TT RGB Plus software provides centralized control over all compatible Thermaltake peripherals with a user-friendly interface. Dedicated menus for each product type allow for granular control, enabling users to customize RGB lighting effects, fan speeds, pump speeds, and even individual LEDs on certain newer products.

alt=A person using a smartphone to control their PC's RGB lighting.

alt=Screenshot of the TT RGB Plus software interface showing fan control options.alt=Screenshot of the TT RGB Plus software interface showing lighting customization options.

Mobile apps for both Android and iOS connect directly to the TT RGB Plus software on PC. These apps incorporate AI-powered voice recognition, allowing users to switch between pre-set lighting effects with simple voice commands initiated by “Hello TT.” While this feature is still in its early stages, it represents a novel approach to PC peripheral control.

alt=Diagram illustrating the connection between a smartphone, the TT RGB Plus software, and PC hardware.

Conclusion

Thermaltake may not be the premium brand for high-end components, but with TT RGB Plus, they’ve established themselves as innovators in PC peripherals, focusing on broad ecosystem compatibility and user-friendly control. The innovative voice control feature further solidifies their commitment to pushing the boundaries of PC customization.