Asus ProArt Display 6K PA32QCV 32" VS Samsung Odyssey G9 49" (G91F)

The Asus ProArt Display 6K PA32QCV 32″ uses an IPS, LED-backlit LCD panel, while the Samsung Odyssey G9 49″ (G91F) features a VA, LED-backlit LCD panel. Both displays have a 178º maximum horizontal and vertical viewing angle, ensuring wide viewing flexibility. However, the Asus display has a matte finish with an anti-glare coating, whereas the Samsung display has a glossy finish and lacks an anti-glare coating, which may affect how reflections are handled in different lighting environments.

In terms of size, the Asus ProArt has a 31.5″ screen, which is smaller than the 49″ ultra-wide screen of the Samsung Odyssey. The resolution also differs: the Asus offers a higher 6016 x 3384 px resolution, giving it a pixel density of 218 ppi, while the Samsung has a 5120 x 1440 px resolution and a lower pixel density of 108 ppi, reflecting the difference in screen size and resolution.

The Asus display has a 60Hz refresh rate, which is lower than the Samsung Odyssey's 144Hz refresh rate, offering smoother motion on the Samsung screen for gaming or fast-moving content. Response time is another key difference: the Asus display has a 5 ms response time, while the Samsung has a faster 1 ms response time. In terms of adaptive synchronization, the Asus supports VESA Adaptive Sync, and the Samsung supports AMD FreeSync Premium Pro, which may offer varying levels of synchronization depending on the user’s GPU.

The Asus ProArt Display 6K PA32QCV 32″ is designed for photo and video editing, while the Samsung Odyssey G9 49″ (G91F) is geared towards gaming and features a curved, ultrawide display. Both monitors share the same EU energy label of G, indicating their energy efficiency, and they both support total tilt adjustments, have swivel stands, and are compatible with VESA mounts for easy installation.

In terms of size and weight, the Asus ProArt Display is more compact, measuring 419.7 mm in height, 714.2 mm in width, and 46.9 mm in thickness, with a weight of 9300 g. In contrast, the Samsung Odyssey is much larger, standing at 363 mm in height, 1147 mm in width, and 293 mm in thickness, and it weighs 15600 g. This makes the Samsung considerably bulkier and heavier.

One notable difference is the portrait mode support: the Asus ProArt Display supports portrait mode, allowing for versatile display orientation, while the Samsung Odyssey G9 does not. The volume of the two monitors also differs significantly: the Asus has a volume of 14058.26 cm³, while the Samsung has a much larger volume of 121993.77 cm³, which is reflective of its larger screen size and bulkier build.

The Asus ProArt Display 6K PA32QCV 32″ and the Samsung Odyssey G9 49″ (G91F) both support color calibration, ensuring accurate colors for their respective uses. The Asus display offers a typical brightness of 400 nits, slightly brighter than the Samsung, which has a typical brightness of 350 nits. In terms of display colors, the Asus supports 1073 million colors, while the Samsung supports 1070 million colors, a small difference that may not be immediately noticeable in practical use.

When it comes to contrast ratio, the Samsung Odyssey G9 has a higher ratio of 2500:1, compared to the Asus ProArt's 1500:1. This suggests that the Samsung may produce deeper blacks and a more pronounced difference between light and dark areas on the screen, which could be beneficial for gaming or immersive content. The Asus, however, might offer slightly more consistent brightness and color accuracy for professional creative work.

Overall, both monitors offer excellent color performance, but the Asus excels in brightness and color range, while the Samsung stands out with a higher contrast ratio.

The Asus ProArt Display 6K PA32QCV 32″ and the Samsung Odyssey G9 49″ (G91F) both offer a range of connectivity options, though there are some differences. The Asus display has 1 HDMI port and 1 DisplayPort 1.4 output, along with 9 USB ports and USB Type-C support. It also features a 3.5 mm audio jack. In comparison, the Samsung Odyssey G9 has 2 HDMI ports, 1 DisplayPort 1.4 output, and 3 USB ports, but lacks USB Type-C support.

Both monitors include a 3.5 mm audio jack, but neither has a DVI connector, mini DisplayPort outputs, or VGA connector. Additionally, neither supports Ethernet, Wi-Fi, or AirPlay. The Asus ProArt Display stands out by supporting Thunderbolt, whereas the Samsung Odyssey does not.

Overall, the Asus ProArt Display provides more USB ports and advanced Thunderbolt support, while the Samsung Odyssey G9 offers more HDMI ports but lacks USB Type-C and Thunderbolt capabilities.

In terms of power consumption, the Asus ProArt Display 6K PA32QCV 32″ has a slightly higher operating power consumption at 49.49W, compared to the Samsung Odyssey G9 49″ (G91F), which consumes 45W during operation. Both monitors have the same standby power consumption of 0.5W, indicating similar energy usage when not actively in use.

Overall, the difference in operating power consumption is minimal, with the Asus drawing slightly more power, likely due to its higher resolution and additional features.

Both the Asus ProArt Display 6K PA32QCV 32″ and the Samsung Odyssey G9 49″ (G91F) support Picture-in-Picture (PiP), allowing for multitasking with multiple inputs on screen. The Asus display includes stereo speakers, while the Samsung does not, meaning the Asus provides built-in audio while the Samsung requires external speakers for sound output.

Neither monitor features a built-in smart TV, a remote control, Dolby Digital or Dolby Digital Plus support, or DTS Surround sound. Additionally, both displays lack a front camera. However, the Asus ProArt Display does have an ambient light sensor, which the Samsung Odyssey G9 does not, potentially providing automatic brightness adjustments based on the surrounding lighting conditions.

In summary, while both monitors offer PiP and lack certain entertainment-focused features like Dolby support, the Asus ProArt Display includes stereo speakers and an ambient light sensor, which the Samsung Odyssey G9 lacks.