James West

Choosing a new television today means choosing an operating system as much as a screen. The two most common platforms shoppers run into are Google TV, found on brands like Sony, TCL, Hisense, and Philips, and Tizen, Samsung’s in house software that ships exclusively on its own sets. Both promise a smooth, app rich experience,

You have seen it happen. A photograph looks flawless on your phone. Every eyelash is separated, the grain in the wood is crisp, the text on a distant sign is legible. You send it off to a print lab, and what comes back is soft, mushy, and vaguely disappointing. Nothing went wrong in transit. The

If you own an OLED television, you may have noticed a message pop up on screen mentioning a “pixel refresh” or “panel refresh,” sometimes followed by a period where the TV goes dark, shows a gray screen, or simply refuses to let you change the input until the process finishes. This can be confusing, especially

Drop two phones from the same height onto the same pavement. One survives with a faint scuff. The other shatters into a spiderweb of cracks. The difference rarely comes down to luck. It comes down to materials science, layers of engineering that most users never think about until the moment their screen hits the ground.

Display technology has advanced rapidly over the past decade, and one of the most common points of confusion for shoppers is resolution. Walk into any electronics store or browse online for a new monitor or TV, and you’ll see terms like QHD, 4K, and UHD thrown around, often without much explanation of what they actually

If you have shopped for a gaming monitor in the last few years, you have probably run into a wall of numbers: 60Hz, 144Hz, 165Hz, 240Hz, even 360Hz. Two of these numbers dominate the mid-to-high end of the market and spark the most debate among gamers: 144Hz and 240Hz. Both promise smoother, more responsive gameplay

If the DPR of your display device is greater than 1, quest for asking yourself “what is my screen resolution?” might have left you wondering why is the info from screen resolution test here different than the resolution listed in the official specifications of the device? Answer is that applications, including your browser, use CSS