The Asus ROG Swift PG32UCDM
At Gamescom, Asus proudly showcased the ROG Swift PG32UCDM, a 32-inch OLED panel with 4K resolution and a remarkable 240Hz refresh rate. Designed with gamers in mind, it boasts two HDMI 2.1 ports, a DisplayPort 1.4, and a USB-C port that provides a convenient 65 watts for charging laptops.
This gaming monitor features a QD OLED panel from Samsung, capable of reaching a peak of 1000 nits in certain areas with HDR content. Its full-screen brightness is 250 nits, an impressive feat for OLED technology. This technology may sound familiar, as similar QD OLED panels are already found in various ultrawide screens, delivering outstanding contrast and color.
What Sets the Asus ROG Swift PG32UCDM Apart?
1. Pixel Density: Offering 4K resolution on a 32-inch screen, it achieves an impressive 137 pixels per inch (PPI). This is a significant leap compared to previous QD OLED screens, which reached only 108 PPI. The result is noticeably sharper images.
2. Subpixel Arrangement: As reported by the YouTube channel HDTVTest, this new panel maintains the triangular subpixel layout but features more rectangular individual subpixels than before. Asus claims this reduces the typical color fringing seen on high-contrast edges, resulting in text appearing less blurred.
The Perfect All-Purpose Screen?
The ROG Swift PG32UCDM appeals to a wide range of users, from gamers to office workers. It offers perfect black levels, rapid response times, excellent colors, and ample brightness thanks to QD OLED technology. Notably, it’s the first monitor of its kind to provide both high pixel density and a solution to the annoying color fringing issue in text, pending Asus’ promise holds true.
Addressing Burn-In Concerns
Burn-in remains a concern for OLED screens, especially when displaying the same content for extended periods. With a high pixel density generating more heat, the risk of burn-in could be elevated in the Asus ROG Swift PG32UCDM. However, Asus aims to combat this issue with a large rear heatsink designed to dissipate heat. The effectiveness of this solution will be confirmed through long-term testing.
The DisplayPort Dilemma
One mystery remains with this monitor – the DisplayPort 1.4 connection. It can’t transmit 4K at 240Hz, as it requires the newer version 2.1, which Asus unfortunately doesn’t offer. To fully harness the monitor’s capabilities, HDMI 2.1 is the preferred connection.
The Asus ROG Swift PG32UCDM is set to arrive on desktops in the first quarter of 2024, with pricing yet to be disclosed.
Other Monitors: QD OLED vs. WOLED
In addition to the 32-inch model, Asus introduced two more monitors at Gamescom:
- ROG Swift OLED PG49WCD: A 49-inch screen with a QD OLED panel, offering a resolution of 5120 × 1440 and a moderate 1800R curvature. While it features 144Hz instead of 240Hz, it’s expected to be slightly more affordable with a suggested price of $1499 in the US.
- ROG Swift OLED PG34WCDM: This 34-inch monitor with a conventional OLED panel (WOLED) features a high 800R curvature and a 240Hz frame rate with a resolution of 3440 × 1440 pixels.
A Promising Future in 2024
Asus’s new OLED screens appear to address several previous issues in OLED monitor technology. The higher pixel density and improved subpixel arrangement in the 32-inch model are particularly noteworthy. Additionally, the screen cooling systems aim to reduce burn-in risks, making these monitors a promising choice.
The mid-sized 4K QD OLED panel in the Asus ROG Swift PG32UCDM sets a new standard. Over the next year, we can expect this technology to find its way into screens of various sizes and shapes. For example, 40-inch 21:9 monitors with a resolution of 5120 × 2160 pixels could become a reality. The next generation of 1440p screens with QD OLED technology may also adopt the new subpixel layout, addressing one of the technology’s previous limitations in office applications – poor text sharpness due to color fringing.
While LG’s latest TV technology, the WOLED panel, shows potential in screens with comparable brightness, challenges such as aggressive automatic brightness limiters to mitigate burn-in risk remain. Despite this, the future looks promising for OLED monitors, and patience could be rewarding for those seeking the best in display technology.
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