TITLE: LG Unveils UltraGear Evo Gaming Monitors with AI Upscaling

LG Launches High-End UltraGear Evo Gaming Monitors

LG Electronics announced a new series of premium gaming monitors under its UltraGear Evo brand on Friday, incorporating artificial intelligence upscaling technology and 5K resolution across all models. The lineup, revealed ahead of the Consumer Electronics Show (CES) in January 2026, targets gamers seeking advanced display performance.

The three flagship models—39GX950B, 27GM950B, and 52G930B—represent a range of screen technologies unified by high-resolution capabilities and AI enhancements. These monitors aim to deliver superior image quality and refresh rates, catering to competitive and immersive gaming experiences.

Key Model Specifications

The 39GX950B is a 39-inch ultrawide display with a 21:9 aspect ratio and dual-mode OLED panel supporting 5K2K resolution. It operates at 165Hz in full resolution mode or escalates to 330Hz in Wide Full HD (WFHD) for high-speed gaming scenarios. This flexibility allows users to balance detail and responsiveness depending on the application.

The 27GM950B, a 27-inch model, employs advanced MiniLED backlighting described as "new" technology. This approach promises brighter visuals than traditional OLED panels while minimizing the blooming artifacts common in MiniLED implementations. LG's expertise in display manufacturing is highlighted here, as the company supplies panels for Apple's Pro Display XDR, which is reportedly slated for an update soon.

Rounding out the trio, the 52G930B offers a massive 52-inch curved screen with a 12:9 panoramic aspect ratio. It maintains 5K2K resolution at a 240Hz refresh rate, providing an expansive field of view suitable for simulation and strategy games.

All models integrate AI upscaling to improve lower-resolution content, ensuring sharper images without native high-resolution demands on hardware. This feature aligns with broader industry trends where AI is increasingly applied to consumer electronics for performance optimization.

Context and Industry Implications

The announcement comes amid growing integration of AI in gaming peripherals, extending from processors to displays. LG's move positions the UltraGear Evo line as a competitor to offerings from Samsung, ASUS, and Alienware, emphasizing resolution and refresh rate combinations that exceed standard 4K gaming monitors.

CES, held annually in Las Vegas, serves as a key platform for unveiling consumer tech innovations. LG's decision to preview these monitors underscores the event's role in shaping market expectations for 2026 gaming hardware. While exact pricing remains undisclosed, high-end gaming monitors in this category typically range from $1,000 to over $3,000, depending on size and features.

The 27GM950B's MiniLED technology draws particular attention due to LG's established role in professional displays. Apple's Pro Display XDR, launched in 2019, has not seen significant revisions, and rumors suggest an impending refresh that could leverage similar advancements. This potential crossover between consumer gaming and professional markets may influence broader display technology adoption.

Availability and Future Outlook

The UltraGear Evo monitors will be demonstrated at CES, providing hands-on opportunities for attendees and media. No specific release dates or regional availability have been confirmed, though LG typically rolls out such products in the first half of the year following CES reveals.

As gaming evolves with higher frame rates and resolutions driven by next-generation consoles and PCs, innovations like AI upscaling address compatibility challenges. LG's focus on diverse form factors—from compact 27-inch to expansive 52-inch—caters to varied user preferences, from esports professionals to home entertainment setups.

This launch reflects ongoing investments in display R&D, with OLED and MiniLED competing to balance contrast, brightness, and longevity. Industry analysts anticipate continued refinement in these areas, potentially lowering costs for premium features over time.