SHENZHEN, China, Aug. 25, 2026 /PRNewswire/ — Goodix has launched its new-generation GT9976 series of high-performance touch screen controllers for medium and large displays, targeting premium flexible OLED tablets, foldable smartphone main screens, and other smart devices. Delivering major upgrades in gaming control, touch performance in challenging environments, and active stylus support, the series enables device makers to create differentiated large-screen products for gaming, work, and learning.
Goodix Unveils New Generation Touch Screen Controllers for Medium and Large Displays
As an early commercial deployment of the series, Lenovo’s latest Legion Y700 Wuji gaming flagship tablet and Tab Pen Pro 2 integrate Goodix’s innovative portfolio, including the GT9976N touch screen controller, an active stylus driver chip, and an ultra-narrow side-key capacitive fingerprint sensor, to deliver a more responsive and immersive user experience.
Faster Response for Smoother Large-Screen Interaction
High-refresh-rate displays used in competitive gaming place greater demands on touch response and data processing. The GT9976 series features Goodix’s proprietary full-screen parallel sensing architecture, which achieves a higher signal-to-noise ratio (SNR) within a shorter scan time — significantly accelerating finger-signal capture and processing efficiency.
Supporting 7- to 9.5-inch flexible OLED displays, the new series delivers industry-leading touch report rates and instant sampling rates. From everyday browsing and app switching to sudden stops, sharp turns and rapid multi-taps in high-frame-rate games, the GT9976 series ensures smooth, precise, and highly responsive touch interaction.
Reliable, High-Precision Touch Performance in Demanding Conditions
To address the noise interference from flexible OLED panels under heavy system loads, the GT9976 series adopts an industry-leading high-noise-suppression analog front end (AFE) sampling architecture that doubles SNR over the previous generation. Combined with Goodix’s proprietary gaming algorithms, the controllers accurately identify valid touch signals even in complex noise environments, delivering stable, precise coordinate data at all times.
In demanding scenarios such as FPS, MOBA and rhythm games, the GT9976 series combines a higher SNR, high-speed scanning and sampling, and enhanced real-time noise monitoring with frequency-hopping technology to enable faster tap response and stable multi-finger control without jitter or drift. This improves responsiveness and tracking accuracy for pixel-level actions such as flick aiming, recoil control, combo execution and movement.
The series also integrates advanced dual-mode self- and mutual-capacitance sensing with complementary algorithms to improve palm rejection, effectively reducing false touches caused by grip and edge contact. Dedicated optimization for sweaty hands, wet fingers and gaming finger sleeves helps maintain sensitive and stable touch performance under challenging real-world conditions.
Enhanced Active Stylus Support for Productivity and Creativity
For mobile productivity, education and professional drawing, the GT9976 series also delivers significantly enhanced active stylus performance. When paired with Goodix active stylus driver chip, the solution supports a 360Hz pen report rate. Together with Goodix’s proprietary stylus anti-interference algorithm, it achieves outstanding linearity and precision — accurately reproducing every stroke for tasks such as note-taking, fine annotation, sketching, and handwriting practice.
For flagship OLED tablets with large screens, Goodix also offers the GT7A series, which supports display sizes ranging from 10 to 14 inches while delivering the same high overall performance, further strengthening its portfolio for mid- to large-size touch applications. Both the GT9976 and GT7A series have been validated by leading device brands and display panel manufacturers, and are set to be adopted in foldable smartphones, gaming tablets, and slim flagship tablets — enabling smoother, more precise, and more reliable large-screen interaction.
