Some people would rather not use their TV as a monitor for their computers. To prevent regret, think about these five crucial things before moving the TV to your desk or hooking up your computer to a TV.
1. A Dimension of the Screen
Given the disparity in size between a TV and a monitor, you might be thinking about making the transition. The enormous size difference can be problematic even though the larger screen seems more alluring, particularly if you intend to place it on your desk.
The 55-inch Samsung S90D TV can take up too much room on a table for work. TVs cannot be tilted or swiveled, in contrast to monitors. Thankfully, VESA mounts provide a solution to these issues. We offer a VESA mounting guide to assist you in selecting the ideal TV arm.
Your eyes will strain if you use the TV on a desk since you will be too close to it. It takes multiple eye movements to see different parts of a large TV screen.
For workstation setups, TVs larger than 48 inches are not recommended because most people will not enjoy them. Take a look at the 42-inch LG C4 OLED TV if you’re looking for a smaller PC TV.
2. The screen’s resolution
Next, think about the resolution of your TV. A Full HD 1080p TV on your desk is less sharp than a monitor with the same resolution because of the noticeable contrast in screen size. Although there are two million pixels on both 1080p screens, it is noticeable that monitors have more pixels per inch.
I therefore hope that your 32–40-inch 1080p TV. To lessen pixel awareness, I advise positioning it on the desk far away from you.
If 4K TVs are compact, they make excellent workplaces. The Sony Bravia A95L is a 55-inch 4K TV with 80 pixels per inch. That corresponds to a 27-inch 1080p monitor’s 81.59 PPI.
Once more, a smaller, better-quality TV would be ideal for the monitor on your PC. 42-inch LG C4 and Sony Bravia A90K TVs with 104 pixels per inch are excellent choices. Almost identical to a 27-inch 1440p (108 PPI) display.
3. Delayed Input
“Input lag” is the term used to describe the latency while displaying mouse or keyboard-recorded screen movement. Input lag is the amount of time that passes before the mouse pointer on your screen moves in response to actual mouse movements.
While most PC monitors have input latency of less than five milliseconds, most TVs have 20–30 milliseconds. A TV with a game mode should have single-digit input lag, yet the majority of gaming monitors have input lags of one to two milliseconds.
High-end modern TVs could have input lag comparable to monitors. RTINGS reports that the Samsung S90 QD-OLED TV’s input lag was 4.8 ms at 4K/144 Hz.
Twenty milliseconds may not seem like much, but reduced input lag is necessary if you want to play games on your TV monitor. It’s possible that your TV isn’t the best monitor if you play multiplayer online games frequently.
4. Momentum of Reaction
The time it takes for a pixel in a panel to change color is called response time. People desire better contrast and color quality since they watch movies and videos on most TVs. Response time is accelerated via image processing.
Dedicated PC monitors result in lower response times since they utilize less CPU power and generate sharper images.
The response time of a TV screen (15 ms) is similar to that of a monitor (5 ms). Motion blur and “ghosting.” could make competitive games more difficult with faster reaction times.
This primarily pertains to mini-LED, LED, and LCD televisions. You’re in luck because OLED TVs have nearly instantaneous response times of 0.1–0.2 ms. This is a benefit of purchasing an OLED TV.
5. Rate of Refresh
The number of times a display flips to a new frame or image every second is known as the “refresh rate”. 60 frames per second at 60Hz can be displayed on a regular TV.
The majority of gaming monitors refresh at 144 Hz, but the Asus ROG Swift PG248QP has a 540 Hz refresh rate. Smoother screen movement is seen with higher refresh rates.
These days, a lot of TVs have quicker refresh rates. Thus far, every TV that we have suggested has compatibility for 120Hz refresh rates. The LG G4 OLED TV, for example, can handle 144Hz.
In professional gaming, display refresh rates are important. Switching from a 144Hz TV to a 60Hz TV will cause the game to become choppier and less responsive.
6. Compression of Colors
Images are shrunk by chroma subsampling. On the majority of TVs, visual quality remains constant. The text seems blurry if 4:2:0 chroma subsampling is supported by your TV.
Make sure your TV can be tuned to 4:4:4 or 4:2:2 before using it as a monitor. Because of this, messages may be read accurately and the reduced visual quality is barely noticeable.
7 Precision in Seven Colors
Even with picture processing, movie and video colors on a typical LCD TV aren’t always accurate. Color accuracy is typically higher on monitors that do not compromise on image vibrancy in favor of accuracy.
On the other hand, compared to most monitors, new TVs with mini-LED and OLED panels have better color accuracy. Your TV and monitor will determine this.
Since high-end Sony, Samsung, or LG TVs are known for their color accuracy, color grading and photo and video editing are made easy with them.
Evidently, not every workstation has room for a TV. A mini-LED or OLED TV is best utilized for movies and videos unless it has advanced monitor features.
Because monitors are faster and more responsive, gamers like them. Think about using multiple monitors if you want your PC display to be larger. It’s stylish and suitable for multitasking.
