Tianma Unveils 14-inch 2.8K In-Cell Touch Panel for Razor Lake Laptops

Tianma unveils a new 14-inch 2.8K in-cell touch panel compatible with Intel's upcoming Razor Lake platform, featuring variable refresh rates and ITST for power savings.

Tianma 14-inch 2.8K in-cell touch panel with LTPS technology and variable refresh rate support.
Tianma 14-inch 2.8K in-cell touch panel with LTPS technology and variable refresh rate support.

Tianma has introduced a new 14-inch display panel designed for high-end notebook computers. The company unveiled the component at the 2026 Client Ecosystem Symposium. This in-cell touch panel serves as a flagship integrated display solution for the upcoming hardware market.

Variable refresh rate from 30 Hz to 120 Hz with intelligent touch management.

The screen features a 2.8K resolution and utilizes LTPS process technology. It supports a variable refresh rate that adjusts from 30 Hz to 120 Hz. The panel integrates touch functionality directly into the display layer to reduce thickness and improve optical clarity.

Tianma 14-inch 2.8K in-cell touch panel with LTPS technology and variable refresh rate support.
Tianma 14-inch 2.8K in-cell touch panel with LTPS technology and variable refresh rate support.

Tianma developed this component to work closely with Intel's next-generation Razor Lake platform. The display fully supports the ITST function, which enables intelligent linked management between the screen refresh rate and the touch module. This system allows the device to drop the refresh rate to 30 Hz during static workloads. It also intelligently disables the touch functionality in those scenarios to reduce overall power consumption.

The vendor positions this panel as a key ecosystem partner for Intel's future processor architecture. The combination of high resolution and adaptive refresh rates targets efficiency demands in modern laptop designs.

Tianma display panel integrated with Intel Razor Lake platform ecosystem for power-efficient laptop designs.
Tianma display panel integrated with Intel Razor Lake platform ecosystem for power-efficient laptop designs.

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