![]() We use a 512-zone full-array local dimming backlight to allow darker areas of a scene to fade to inky blackness, while point light sources can blaze with as much as 1000 nits of brightness or more. The PG35VQ's backlight uses a quantum-dot enhancement film to achieve 90% coverage of the DCI-P3 gamut. Since it's an NVIDIA G-SYNC Ultimate display, the PG35VQ can link up with GeForce graphics cards to deliver tear-free gaming even in titles that can't always keep up with its dizzying refresh rates. This display can go as high as 180Hz out of the box, and an option in the on-screen display (OSD) unlocks a 200Hz setting for those with the greatest need for speed and responsiveness. I went hands-on with the PG35VQ to see just what it can do. The ROG Swift PG35VQ embodies the cutting edge of display technology, and it ticks a wider range of boxes on my "perfect display" list than any before it. ![]() Today's displays can do many more tricks than the average 1920x1080, 60Hz standard-dynamic-range (SDR) screens of yore. Thanks to the growing need for monitors that can reproduce wider color gamuts and higher dynamic ranges than ever, there's quite a bit of innovation happening for display and backlight technologies. The past few years have made me especially wistful at times. And since modern displays can last for a decade or longer, you may find yourself wistfully watching as a parade of new tech makes any past compromises sting all the more. ![]() You might have to give up on your preferred maximum refresh rate, color gamut, peak brightness, panel type, or more to get a monitor that ticks the widest subset of boxes possible. Picking even the highest-end gaming screen involves some degree of compromise. If you're a display obsessive like I am, you're already aware that the quest for the perfect monitor never truly ends. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |