TCOMAS has announced pre-orders for its new EXIT D3 all-in-one liquid cooler in China, adding a fresh option to the growing segment of display-focused CPU coolers. The EXIT D3 combines traditional liquid cooling hardware with a unique visual setup, featuring three integrated 3.95-inch square screens on the pump block.
Each display panel offers a 480×480 resolution and supports multiple modes, including system monitoring, animated visuals, and glasses-free 3D effects. This design gives users more flexibility in how they present real-time data or customize the look of their build, moving beyond standard RGB lighting solutions commonly seen in this category.
The cooling hardware is built to handle demanding workloads. TCOMAS rates the EXIT D3 for up to 350W TDP, positioning it for high-end desktop processors. The cooling block uses an oxygen-free copper base to improve heat transfer, paired with the company’s X6M-P pump. This combination is intended to maintain stable thermal performance under sustained loads, especially during gaming or heavy productivity tasks.
Supporting the loop is a 29.2mm-thick aluminum radiator designed to be compatible with most modern PC cases. The included 12025 cooling fan features dual ball bearings and operates at speeds of up to 3000 RPM. TCOMAS lists a maximum static pressure of 6.05 mmAq, which can help maintain airflow through the radiator fins when the system is under stress.
The EXIT D3 also introduces a flexible mounting approach. Its decorative module on the cooling block supports both top and bottom installation, allowing users to adjust the orientation of the display panels to suit their case layout or viewing preferences.
While the company has yet to confirm pricing or availability outside China, the EXIT D3 reflects a broader trend in PC cooling, where manufacturers are adding display functionality and personalization features alongside thermal improvements. As more users look to customize their systems visually, products like this continue to expand what an AIO cooler can offer beyond basic heat management.
