GuliKit Announces Adoption of TMR Joystick Technology in ROG Xbox Ally X20

GuliKit (Shenzhen Guli Technology Co., Ltd.) has announced that its TMR (Tunnel Magnetoresistance) joystick technology has been integrated into the ROG Xbox Ally X20, the latest handheld gaming PC announced by ASUS ROG.

This adoption serves as another validation of the practicality and reliability of the electromagnetic joystick technology GuliKit has been developing for years, signaling the further proliferation of next-generation joystick technology.

Integrating TMR Joysticks into ROG Xbox Ally X20

The ROG Xbox Ally X20 is a latest-generation handheld gaming PC that has evolved in performance, display, and operability.

In handheld gaming devices, the joystick is one of the most frequently touched and critical components. Input accuracy, durability, and long-term stability significantly impact the gaming experience.

The GuliKit TMR joystick adopted here utilizes non-contact electromagnetic sensing technology to achieve high-precision input performance and superior durability. It maintains stable operational feel even over long periods of use, supporting more comfortable gameplay.

From Replacement Parts to Standard Equipment

GuliKit and ROG have established a cooperative relationship, previously rolling out officially certified replacement joystick modules for the ROG Ally series.

The 'GuliKit RG01 Hall Effect Joystick' for ROG Ally X and the 'GuliKit RG02 TMR Joystick' for ROG Xbox Ally and ROG Ally X have been well-received by many users.

The fact that GuliKit's TMR technology has been adopted not just as a replacement part, but as a standard component in a new product, further proves the reliability and practicality of the technology.

High-Precision, High-Durability Experience

Since announcing its Hall Effect joystick technology in 2021, GuliKit has consistently engaged in R&D within the electromagnetic joystick sector. Continuing technical innovation from Hall Effect to the more advanced TMR method, the company is promoting next-generation input technology in the gaming device market.

Traditional potentiometer joysticks can develop drift phenomena due to wear from long-term use. In contrast, TMR joysticks, which use non-contact electromagnetic sensing, suppress the effects of wear, contributing to stable input performance and increased longevity.

Recently, attention toward non-contact joystick technology has surged in gaming controllers and portable consoles, with TMR technology expected to become a new primary option.

GuliKit Technology Expanding in the Global Gaming Industry

GuliKit has previously developed products for various consoles and controllers, including Steam Deck, Nintendo Switch, and Nintendo Switch 2, accumulating extensive technical expertise in electromagnetic joysticks.

In addition to its own brand products, the company supplies joystick components and offers customized solutions to gaming hardware manufacturers worldwide.

Leveraging its long-standing R&D capabilities, production systems, and quality management expertise, the company is actively collaborating with a wide range of global partners.

Future Outlook

GuliKit will continue its R&D into joystick technology and controllers, aiming to realize higher precision and more comfortable gaming experiences. Through innovative technical development, the company strives to provide new value to users and industry partners, contributing to the further evolution of gaming experiences.

About GuliKit

GuliKit is a gaming brand dedicated to the development and manufacturing of proprietary technology in the game controller sector.

The company has developed numerous proprietary technologies, including drift-suppressing Hall Effect joysticks, next-generation TMR joysticks, and magnetic levitation vibration motors. It also deploys the unique ultra-low-latency wireless communication technology 'Hyperlink 2', aiming to provide more comfortable, high-response gaming experiences.

GuliKit remains committed to providing more comfortable and free gaming experiences to players around the world through innovative technical development.