TV Vs Monitor For PC Archives

TV Vs Monitor For PC Archives

TV Vs Monitor For PC Archives

TV Vs Monitor For PC Archives

TV vs Monitor For Gaming – Which Should I Choose?

Monitors are better for competitive gaming since they are much more responsive than TVs.

However, for those who don’t mind the higher response times, a TV is just as viable a choice as a monitor, especially for those who want a bigger screen.

Not all displays are made equal, and in the world of gaming, your choices are not limited to just different types of computer monitors. Any gaming platform, be it a PC or a console, can use either a monitor or a TV as a display. What’s more, you can even use a projector if you’d like.

But if we’re comparing TVs and monitors, which one is ultimately better for gaming?

That is not an easy question to answer, so we will be looking at the differences, as well as discussing the advantages and disadvantages of both monitors and TV sets.

TV vs Monitor – How Do They Differ?

Screen Size

The most obvious difference between a monitor and a TV is the size of the screen.

These days, monitors usually range from 21 to 32 inches overall, but the vast majority of them are in the 24-27-inch range. Of course, there are both smaller and larger monitors out there, some as large as TVs, but those are far from common.

As for TVs, they generally range from 32 inches to 65 inches these days, but as before, there are both smaller and larger models out there.

Obviously, a larger screen makes it easy to enjoy games or other content while sitting farther away from the screen, and it can make split-screen multiplayer a more enjoyable experience.

Meanwhile, if you’re using a display at a desk, most agree that monitors larger than 27 inches are generally not very comfortable to use up close, although this also depends on the aspect ratio.

Moreover, a large screen is not necessarily a quality screen, and that’s where the resolution comes in.

Resolution

Something that ties directly into screen sizes is the display resolution. As you most likely already know, the resolution indicates how many pixels there are on the screen, and the more pixels there are, the sharper the image will appear.

Today, monitors generally come with the following resolutions:

  • 1080p, or Full HD
  • 1440p, or Quad HD, also sometimes referred to as 2K
  • 2160p, or Ultra HD, also most commonly known as 4K

As before, those are only the most common, and there are other slight variations when it comes to the vertical or horizontal pixel count of a display, and this usually varies with the aspect ratio.

For example, 2560×1440 is the resolution of a standard 16:9 QHD monitor, 2560×1600 is the resolution that you’d see in a 16:10 model, all the while an ultrawide 21:9 monitor would come with a resolution of 3440×1440 pixels.

Meanwhile, for TVs in 2020, the resolutions that you’ll commonly encounter are:

  • 720p, or HD Ready, a resolution that you’ll only really see in some budget TVs as it has long been obsolete when it comes to gaming.
  • 1080p, or Full HD that we’ve already mentioned above, that has now been replaced by 4K.
  • 2160p, again a resolution mentioned above, 4K is currently the most popular resolution among TVs.
  • 4320p, or 8K, which is currently the highest resolution that you’ll find on a TV.

So, which resolution is the best?

Overall, when it comes to monitors, 1080p is still the most popular resolution overall, but we’d say that 1440p is ideal for most gaming setups these days, as it provides enhanced visuals, and most GPUs can handle it in 2020.

Not only that, but 4K is often a bit of an overkill for smaller displays, as the extra pixel density is less noticeable. Granted, it still looks better than 1440p, but it’s also very demanding on the hardware so it’s not that viable for gaming unless you also have a high-end GPU. 

When it comes to TVs that can readily have diagonal of over 40, 50, or even 60 inches, the benefits of a higher resolution are much more apparent, which is why TVs completely skipped 1440p and jumped from Full HD straight to 4K.

Obviously, 8K will look even better than 4K, but seeing as modern GPUs are struggling even with 4K, we’d say that 8K is definitely too much for gaming in 2020, and it will be some time before this changes.

All in all, if you’re buying a new TV or monitor, we can summarize it as follows.

If you’re getting a monitor, we’d say that 1440p is the safer bet for gaming in 2020, but 1080p is still the better choice if you’re on a budget. While there are some relatively cheap 4K monitors, the quality ones are fairly expensive, and as mentioned above, they don’t offer great value for your money at the moment unless you have a pricey high-end GPU. You can read more about what to look for in a gaming monitor here.

However, for TVs, we’d say that 4K is the definite choice. They are very popular right now, and they are very future-proof. As mentioned above, 8K won’t be a viable resolution for gaming anytime soon, and 1080p is already becoming obsolete as far as TVs are concerned, so 4K is a safe bet.

Plus, the upcoming new consoles that will be launching towards the end of 2020, the PlayStation 5 and the Xbox Series X, will both target 4K as their primary resolution. So, if you intend to get either of those, buying a 1080p TV now would really be a waste.

Response Time

Response time, or to be more precise, pixel response time determines how quickly a pixel can change color from black to white or from one shade of gray to another.

What makes it essential for gaming is that low response times allow for smooth camera movement, whereas high response times can lead to noticeable motion blur and, potentially, distracting ghosting.

This is an area where monitors generally have an edge, as monitor response times usually range from 1ms to 4ms, depending on the type of panel. TN panels are the fastest, but they usually don’t look that good, all the while IPS and VA panels look better but can’t really match the kind of speed offered by TN monitors. You can read more about that here.

Meanwhile, most TVs use IPS or VA panels, and the response times usually aren’t as great as they are with monitors, mostly ranging from 5ms to 8ms, although some can go as high as 16ms. As such, the negative effects of high response times, i.e., the aforementioned motion blur and ghosting, can be more noticeable, especially on lower-resolution TVs.

However, generally speaking, most don’t really notice the negative effects of high response times unless the response time is 10ms or higher. Granted, if you’re used to gaming on a 1ms monitor, you will undoubtedly notice a difference between 1ms and 8ms, but that’s all subjective.

Refresh Rates

Another important question when it comes to picking out the right display for gaming is the display’s refresh rate.

The refresh rate, measured in Hertz, indicates how many times the display can refresh the image each second. That said, a display’s refresh rate also denotes how many frames-per-second it can display. 

Now, a higher framerate has several advantages. Mainly, the game is more responsive, fluid, and all-around more immersive and enjoyable. However, it can also contribute to reducing motion blur and can provide a slight but potentially important edge in multiplayer games.

That said, how do monitors and TVs compare on this front?

For a while now, monitors came with the following response times:

  • 60 Hz, which was the standard refresh rate for most displays for a long time
  • 144 Hz, which is much faster and more responsive
  • 240 Hz, which offers pretty much-unprecedented responsiveness, ideal for competitive gaming

Much like with resolutions, there are some variations, such as 75 Hz, 100 Hz, and 120 Hz, among others.

TVs, on the other hand, didn’t put that much stock in refresh rates, but now you can find TVs that are marketed as having refresh rates as high as 120 Hz and 240 Hz, though the situation is a bit more complicated.

Namely, TVs can use various frame interpolation technologies to reduce motion blur and give off an illusion that the TV is displaying more frames than it actually is. For example, there are Sony’s MotionFlow, Samsung’s Motion Rate, and LG’s TruMotion, among others.

These technologies use the TV’s onboard processor to essentially add extra frames in between the actual frames. And while this can reduce motion blur and make movies and shows appear smoother, it is useless in games due to how much input lag it causes. 

So, if a TV is marketed as having a 120 Hz effectiverefresh rate, that means its native refresh rate is a standard 60 Hz. TVs with a native 120 Hz refresh rate exist, but as you might have guessed, they can be pricey if you’re going for a quality TV set.

In any case, if you’re looking for a fast, responsive display, a monitor is the way to go. They are faster and more responsive, plus it’s cheaper to get a good monitor with a high native refresh rate than a good TV with a high native refresh rate.

The Final Verdict

So, at the end of the day, which should you pick for gaming: a monitor or a TV?

Well, truth be told, it’s mostly up to personal preference and what device you’re going to be playing games on.

As we’ve mentioned in the article, monitors are generally more responsive and getting a monitor with a high native refresh rate won’t set you back too much. They are ideal for desktop PC setups.

Meanwhile, TVs are larger and the benefits of 4K are more readily apparent with a bigger screen, making them better for couch gaming in the living room, though some might find the higher response times to be distracting. 

But of course, there’s nothing preventing you from hooking a console up to a monitor nor is there anything stopping you from connecting your PC to a TV.

However, finding the right balance between resolution, performance, and value can be a tricky thing, so we suggest taking a look at our monitor buying guide if you’re looking for a new monitor.

Samuel Stewart

Samuel is GamingScan's editor-in-chief. He describes himself as a hardcore gamer & programmer and he enjoys getting more people into gaming and answering people's questions. He closely follows the latest trends in the gaming industry in order to keep you all up-to-date with the latest news.

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, TV Vs Monitor For PC Archives

Samsung Business Insights

By: Dave Haynes

One look at a typical workstation, in almost any working environment, should be enough to explain the allure of Thunderbolt 3 technology, which combines Thunderbolt, USB, DisplayPort, Ethernet and power via a single USB-C connector. Where there is typically a messy tangle of cables to operate a monitor and peripherals, there can instead be one cord doing just about everything.

Besides decluttering workstations, Thunderbolt 3 is also cheaper than other connection technologies and supports desktop IT demands, such as greater data transfer speeds — eight times faster than conventional USB 3.0 cables.

A monitor is, by nature, the center of attention and activity at any desk — and with Thunderbolt 3, it’s also the command center.

What is Thunderbolt 3?

The terms “USB-C” and “Thunderbolt 3” are sometimes used interchangeably, which can lead to confusion.

USB-C refers to the physical port used for connecting and powering devices. That port is the physical manifestation of an industry-developed standard, USB 3.1, intended to allow a single cable to do the work of the many cables typically found at a workstation while also improving performance.

Thunderbolt 3, meanwhile, is a relatively new and powerful connectivity standard that uses both USB-C ports and that USB 3.1 standard. So while a Thunderbolt 3 connector and cable uses USB 3.1, a USB-C connector isn’t necessarily Thunderbolt 3.

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A true USB-C device, like one using Thunderbolt 3, has a wide range of capabilities that make computing simpler and faster for business users and IT administrators. But other devices and cables that use USB-C may do nothing more than connect, as older versions of USB have done for many years.

You’ll know a cable is Thunderbolt 3 if there’s a lightning bolt icon on the connector tip. A standard USB-C cable will just have the familiar three-pronged USB logo.

Thunderbolt 3 takes USB 3.1 and optimizes its potential. It has all the USB-C single connector benefits, plus blazing fast data transfers — 40GB/s — on the same cable, while doing other work.

Using Thunderbolt 3 means:

  • Data transfers eight times faster than USB 3.0 (you could transfer a 4K movie in less than 30 seconds)
  • Four times more video bandwidth than HDMI
  • Backups of entire music archives in a few minutes

The meaning for monitors

One connection from a laptop or desktop PC to a Thunderbolt 3-ready monitor enables full office productivity. Peripherals and devices are all connected via that single cable.

Connecting a Thunderbolt 3 cable from PC to monitor provides a high-speed, 4K-ready display signal and supports multiple peripherals. Thunderbolt 3 is also bidirectional: while the cable is sending a signal and commands to the screen, the screen can send back power to charge the laptop.

Some monitors that support Thunderbolt 3 have more than one USB-C connector at the rear, so they can connect to a PC while the second port does something else, like daisy chaining the signal to a second screen. The monitor can also become a USB hub, with conventional USB ports that connect peripherals like a mouse and external keyboard. Thunderbolt 3’s streamlined design also means there are fewer pieces to connect — and fewer things that break or need troubleshooting.

A fully equipped Thunderbolt 3 monitor largely eliminates the need for a docking station at a work desk — which is great for large businesses, as a single docking station can cost $150. Docking stations are peripheral devices with software drivers and firmware, so they sometimes need updating and troubleshooting. USB-C reduces connections and, therefore, their potential to loosen or go missing.

One of the biggest and simplest attractions of using USB-C connectors is the reversible oval connector, which has no top or bottom. There’s no more inadvertently bending or breaking parts because they don’t fit, which means lessens replacement costs and productivity loss.

Taking advantage

The USB-C standard is relatively new, and so is Thunderbolt 3. It’s important for businesses and individuals upgrading their monitors to understand the differences so they don’t accidentally buy something that looks like it supports Thunderbolt 3 but really doesn’t.

Here’s what to look for:

  • Cables: A Thunderbolt 3 cable is different from a USB-C cable. Their connectors are the same, but even a genuine USB-C cable that’s fully USB 3.1-compatible will have slower data transfer speeds than Thunderbolt 3. Look for the lightning bolt on the connector end, and buy from a familiar brand. A cheap offshore cable may have the lightning bolt but none of the capabilities.
  • PCs: It’s good for a laptop to have a Type-C port, but the port doesn’t guarantee the laptop supports all of the USB-C standard’s capabilities. PC Magazine found that some manufacturers haven’t fully developed their graphics hardware to optimize USB-C connections. In other words, you may still need a VGA or HDMI cable to connect to certain displays. Also, not all laptops or desktop PCs will support power input through a USB-C port.
  • Monitors: As you sift through monitor options, evaluate USB-C power delivery support, which lets a user connect one USB-C cable from their laptop to the monitor, support multiple peripherals and simultaneously charge their laptop. This added functionality gives employees peace of mind during the workday, since they don’t ever need to scramble for a charging cord.

Function meets form

Thunderbolt 3 is still just emerging, and the options on the market remain limited. Samsung offers a widescreen display that includes Thunderbolt 3’s core functionality and cost-saving advantages, but in an ergonomic and visually appealing form.

The CJ791 34-in. curved monitor is tailored to users who need a big canvas to work on and enough power to easily run one or multiple demanding tasks at once. Big desktop screens aren’t a new idea, but the CJ791 uses quantom dot LED (QLED) technology to produce brilliant, realistic detail across the entire color spectrum.

The curve is both immersive and user-friendly, reducing eye strain by bringing the far edges of the screen to roughly the same focal distance as the center.

Learn more about USB-C connectivity in thisfree white paper. Ready to declutter your workspace? Explore Samsung’s line of Thunderbolt 3-enabledcomputer monitors.

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TV Vs Monitor For PC Archives

Posts tagged tv as monitor

Connecting your computer to your TV can have a lot of advantages. Your TV is likely to be much bigger, and perhaps have a better resolution than your computer monitor. There are also times when you want to have multiple screens, and a TV screen can make a great second (or even third) monitor in a pinch. However, for most people, connecting a computer to a TV is simply a matter of wanting to watch video files on the big screen. It is a good quick fix if your TV is not Internet ready, or if the video you wish to watch is on your computer hard drive. Here are some simple ways to get the connection right.

Today, wirelessly connecting your computer or laptop to your TV is the way to go. With any laptop, you should be able to stream to your TV. If you use Google Chromecast or Apple TV, it is simple to connect your computer, or even a mobile device, to your TV for video streaming. Google Chromecast is by far the more affordable option (not really a surprise). Once the Chromecast is connected to your TV and enabled, you should see an icon on your device. All you have to do is click on that icon to get started. Apple TV is specifically for Apple products, so if you have a Mac, an iPad, or an iPhone, this will be your wireless option. Once the Apple TV is connected to your wireless network, you should see a menu option or an icon on all of your Apple devices. Check the menu.

If you prefer to use wires, and you will have to if you do not have one of the devices above, your best option is an HDMI cable. Most TVs come with several HDMI ports, so you probably have a free one. If not, you could disconnect a video game system temporarily. Most PCs and laptops have an HDMI port. The trick is just getting the computer close enough to the TV to plug it in. HDMI is simple because the one cable transfers both audio and video. Your PC will simply recognize the TV as your new monitor. A laptop should automatically connect as well. The TV will either become an extension of the desktop, or your computer screen will be mirrored depending on the option you have selected. You can right click on your desktop background to change the options. Alternatively, you can use a DVI cable for video, but you will have to use a separate connection for audio, so HDMI is far easier. Either way, streaming to your TV from a laptop or other computer will be easy.

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