However, these aren’t clear cut differences. Even if you’re not playing games, input lag and response time have an impact on your experience. And with a high input lag, you may feel a delay between moving your mouse around and seeing it move on the screen, which can be disorienting. These artifacts look like Windows’ cursor trails, but for everything you move. A TV with a high response time might feel blurry and leave ghosting artifacts when displaying a 60 FPS game from a desktop since you spend more time per frame in the in-between state. Response time doesn’t matter too much either since you’ll almost always be consuming 24 or 30 FPS content, which gives the manufacturer much more room to “cheap out” on something you’d never really notice.īut when using it on a desktop, you might notice it more. The input lag doesn’t matter much for TVs, since all the content is prerecorded, and you’re not providing any input. This is referred to as the panel’s response time, which is often confused with input lag. If you slowed it down, you’d see the TV slowly fade from one picture to another. The panel also takes time to render the image, because the pixels don’t transition instantly. This is generally referred to as the panel’s input lag.Īfter the image is processed, it’s sent out to the actual LCD panel (or whatever else your device uses). The display’s electronics process the image, which delays it being shown for a short while. With both TVs and monitors, devices (like your computer or cable box) send pictures to the display many times per second. It’s important to understand the basics of how most TVs and monitors work to grasp why this matters. They’re built accordingly, with TVs focusing on better picture quality for movies and shows, often at the cost of processing time and input lag. With televisions, the content you’re consuming is almost entirely prerecorded, but on monitors, you’ll be interacting with your desktop constantly. Monitors Are Made For Interactivity Gorodenkoff / Shutterstock
USE SAMSUNG SMART TV AS MONITOR FOR MAC 1080P
It’s certainly doable, but most mid-sized 1080p TVs cost about the same as a comparable desktop monitor. The opposite is also true, as you wouldn’t want to use a small computer monitor as your living room TV. If you’re going to be using a large TV as your primary computer monitor, consider getting a 4K panel. So the size isn’t an automatic dealbreaker, but the resolution is–if your TV is a 40-inch panel, but is only 1080p, it will look blurry when it’s close up on your desk, despite seeming just fine from across the room. This might not be an issue for you some people may prefer a larger display instead of many smaller ones. The TV is meant to be seen from across the room, and so needs to be bigger to occupy the same amount of your vision. TVs are generally around 40 inches or more, while most desktop monitors sit around 24-27 inches. The obvious difference is the size of the screen. The high-end models pride themselves on having great ones, as they function as the centerpiece of your living room. However, nearly all televisions will have speakers. You’re usually expected to plug in headphones at your desk or have desktop speakers. TVs will often include multiple HDMI inputs for plugging in all your devices to one screen, whereas monitors are usually meant for using one device at a time.ĭevices like game consoles usually send audio over HDMI, but monitors generally don’t have speakers, and rarely have decent ones if they do. Monitors will usually have other connections, such as DisplayPort, to support higher resolutions and refresh rates. Technically, if all you’re looking for is a screen to plug something into, either a TV or monitor will do. HDMI is the industry standard for video signals, and you’ll find them on nearly every device that outputs video from Rokus and game consoles to computers. Both TVs and monitors will accept HDMI input, assuming they were made in the last decade.
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