LG has partnered with Razer and MediaTek to introduce a groundbreaking Bluetooth gaming controller. This new innovation promises reduced input lag, making it ideal for cloud gaming.
The controller utilises Ultra-Low Latency (ULL) technology, positioning it as a competitive alternative to wired controllers. Gamers can expect enhanced responsiveness and precision, potentially revolutionizing the gaming experience.
Advancements in Bluetooth Technology
The collaboration between these tech giants has resulted in a controller that employs BT Ultra-Low Latency (ULL). This technology aims to minimise input lag, often a challenge with Bluetooth devices. The goal is to achieve responsiveness comparable to that of wired gamepads.
During a demonstration at LG’s webOS Summit, the ULL controller was pitted against a standard Bluetooth gamepad. The results showcased superior responsiveness and reduced input lag, highlighting its potential for cloud-based games such as first-person shooters, fighting, and racing titles.
Comparison with Standard Controllers
Typically, Bluetooth controllers experience input lag that can vary based on model and environment. Anything below 10-20 milliseconds is considered acceptable, but highly competitive gamers often prefer the near-instant response of wired controllers.
Razer’s new ULL Bluetooth gaming controller demonstrated a remarkable 1ms input lag. This is a potential game-changer, positioning it as the preferred choice for gamers requiring precision and speed.
Potential Market Impact
The introduction of the ULL-enabled controller comes after Google’s failed attempt to tackle latency with its Stadia service. Google’s method involved direct Wi-Fi connections to data centres, bypassing Bluetooth latency altogether.
After Stadia’s shutdown, Google enabled Bluetooth on its controllers for broader usability across PCs, Macs, and smartphones. However, LG and Razer’s approach with Bluetooth ULL could set a new standard for gaming controllers, enhancing user experience across various devices.
Integration with LG Televisions
Bluetooth ULL technology will be integrated into select LG 120Hz OLED and Mini LED TVs, featuring MediaTek’s MT7921 WiFi chipset. These TVs are expected to launch in 2025.
LG plans to introduce a certification for third-party controllers supporting ULL technology, ensuring seamless compatibility with its webOS smart TVs. Razer is set to be the first company to qualify for this certification.
Future Prospects and Market Release
Despite the promising technology, details about the controller’s price, official name, and release date remain undisclosed. It may be some time before the controller reaches consumers.
More information regarding the controller and LG’s ULL-supported TVs could emerge at the CES 2025 event, scheduled for January 7th–10th. Expectations are high for further announcements on this front.
Broader Implications for Gaming
The adoption of ULL technology signifies a significant leap forward in gaming peripherals. Reduced latency and improved responsiveness are crucial for maintaining competitive edge in high-stakes gaming scenarios.
Given that TV manufacturers are now incorporating this technology, the future looks optimistic for gamers seeking improved performance without compromising on convenience.
In Summary
LG and Razer’s collaborative effort represents a meaningful advancement in gaming technology. By addressing the latency issues that have long plagued Bluetooth controllers, they are setting new industry benchmarks for performance.
This development not only enhances the gaming experience but also paves the way for future innovations in the realm of wireless gaming peripherals.
The introduction of the Ultra-Low Latency Bluetooth gaming controller by LG and Razer is a promising innovation. It could transform cloud gaming by offering a level of responsiveness previously unattainable with wireless controllers.
As the technology develops and gains traction, it may set new standards in the gaming industry, offering both casual and competitive gamers a significantly improved experience.
