All gamers experience eye strain, to varying degrees. Some have healthy eyes and can play hours on end with no problem, while others may find that just one or two hours of gaming causes headaches, blurred vision, and other issues. If you’re in the latter category, it may be time to invest in gaming glasses, which are specially designed eyewear made to reduce eye strain so you can game longer without suffering from the ill effects of playing video games without proper protection. Here’s how to choose the right gaming glasses for you and your needs.
Buyer’s Guide
There are many brands of gaming glasses on the market today, but not all of them are created equal. Your decision will depend largely on whether you prefer wearing over-the-glass or prescription gaming glasses, and what your budget is like. But choosing a pair of gaming glasses shouldn’t be difficult—if it is, you probably won’t use them enough to make them worth your while anyway. The right pair should feel comfortable and fit securely without feeling cumbersome. With that in mind, here are a few general considerations when deciding which gaming glasses will work best for you Over-the-Glass vs. Prescription: This might seem obvious, but it’s important to decide whether you want over-the-glass (OTG) or prescription gaming glasses before doing any shopping around. While there are certainly benefits to both options, there are also some downsides—for example, OTG glasses don’t offer much protection against blue light rays and can sometimes fall off easily. Prescription lenses also tend to come with a heftier price tag than OTG lenses do. Budget: When shopping around for gaming glasses, don't forget about your budget!
7 Questions To Ask Yourself Before Buying a Gaming Monitor
Before you drop hundreds or thousands of dollars on a gaming monitor, there are a few questions you should ask yourself. Here are seven questions that may help you determine whether or not you need a certain type of monitor. Most gamers don’t know what they should be looking out for when buying new monitors, and most computer store sales associates aren’t video game experts by any means—we highly recommend consulting online forums or asking your fellow gaming friends. And if at all possible, try out different monitors in person before making a purchase. There’s no substitute for hands-on experience with your devices! With that said, let’s get into it 1) What is my budget? 2) What size screen do I want? 3) How many inputs do I need? 4) What kind of graphics card do I have? 5) Do I want adaptive refresh rate technology (FreeSync/G-Sync)? 6) How much contrast ratio do I want? 7) Do I care about motion blur reduction technology (ULMB/firmware flicker reduction)? 8) Do I care about color accuracy or image quality? 9) Is resolution important to me? 10) Should I consider 4K monitors for gaming purposes? 11) Do other games besides video games affect my choice in monitor? 12 ) Are there any unique features or technologies that would make me more likely to buy one brand over another?
Types of Displays
There are two primary types of displays used in gaming: CRT and LCD. CRT monitors are obsolete and have been replaced by their LCD counterparts, which offer a brighter display at a lower cost. While there is little discernible difference between smaller-sized monitors, larger models do suffer from inferior viewing angles compared to those found on today’s LCD screens. As with most things, you get what you pay for. If you want an excellent picture regardless of where you sit while playing your favorite games, look into purchasing an LCD monitor with wide viewing angles. In order to fully enjoy 3D gaming, it is recommended that you purchase glasses specifically designed for use with such technology. The idea behind these special glasses is that they polarize light emitted from the screen in order to create depth perception. The only downside? They can be expensive. It may be worth looking into more affordable options if you plan on only using them occasionally.
Fps, Hz and Refresh Rate Explained
Most of us use a computer or mobile device on a daily basis, but how many of us actually know what Hz, fps and refresh rate mean? These three different terms are thrown around a lot in reference to playing video games. Let’s take a look at these three features and how they affect your game play. Refresh Rate – The refresh rate is measured in hertz (Hz) and is synonymous with frame rate. It measures how many times your screen can refresh per second. A high refresh rate will allow you to see more frames per second. The standard refresh rate for most monitors used to be 60Hz; however, newer models now boast up to 240Hz. This means that if you have a monitor with a 120Hz refresh rate, it will show 120 new images every second. This allows for less motion blur and smoother gameplay. When looking at gaming glasses, make sure that they support high refresh rates so that you can experience an enhanced gaming experience. Frame Rate – Frame rate refers to how many frames your graphics card can produce every second while playing video games. High frame rates result in smoother gameplay by eliminating lag between when you move your mouse or press a button on your controller and when something happens on-screen. Higher frame rates also reduce motion blur which helps improve overall clarity during gameplay.
Adaptive Sync or G-Sync?
There are several display options you should consider before making a decision, but at its core, G-Sync and FreeSync both do much of what adaptive sync does (usually at a higher cost). One of these technologies is likely to be built into whatever monitor you choose. The technology essentially matches your graphics card’s refresh rate with your monitor’s refresh rate—something known as variable refresh rate. This can greatly reduce eye strain and improve performance in games with high frame rates. If possible, you should set up an appointment with an associate so they can help walk you through each technology and explain how they differ from one another. Otherwise, do your research online so that you can make an informed decision when purchasing a new monitor. If you’re looking at getting a new video card and want something that will help you improve your gaming experience, there are two options to consider. A new technology called Adaptive Sync has been widely adopted by many different GPU manufacturers and offers users another option besides Nvidia’s G-Sync solution. Both technologies have their pros and cons, so make sure you do your research before pulling out your wallet. REGULAR
4 Factors To Consider When Buying A New Computer Monitor
When it comes to computer monitors, there are a few things you want to keep in mind. The first is resolution: higher is better when it comes to getting more screen real estate. Another factor is display type: you'll want an LED monitor that's backlit rather than a CRT monitor. A third factor, and one you might not have considered, is refresh rate: how many times per second your screen refreshes itself can make a huge difference in how clear your image looks (and even whether or not you get headaches).
Do You Really Need Gsync Or Hasync?
Do you suffer from eye strain, headaches, or other visual issues while gaming? Do you wonder whether your TV's high refresh rate will actually reduce eye strain? Are you looking for a solution that isn't hardware-based and has absolutely no noticeable impact on your game's performance? If so, keep reading. I'm going to walk you through some simple tests that show how what factors in your rig contribute most significantly to eyestrain, how display tech like Gsync and Hasync can affect those factors, and which solutions are most affordable. So sit back with a cup of coffee (or tea), play with some 3D settings in-game, and read on. Your eyes will thank me later!
Whether it’s tracking head movements or reducing screen flicker, various technologies aimed at reducing eye strain have been developed. In fact, monitors now often ship with three separate technologies meant to address different causes of eye strain: blur reduction (like Nvidia’s proprietary Gsync technology); strobe backlights; and something called high dynamic range imaging (HDRi). In addition, many new displays feature variable refresh rates that help counteract stuttering during gameplay by displaying content more quickly or slowly than typical fixed rate displays.
Understanding Ultrawide Monitor Technology And Features
Ultrawide monitors are a relatively new type of display that allow you to multitask more efficiently than traditional 16:9 displays. Ultrawide monitors provide a very wide field of view, which is beneficial when working on tasks that require multiple windows or trying to view as much content as possible at once (such as games). However, ultrawide monitors have some limitations and it’s important that you know what they are before purchasing one. These days, most gaming laptops come with an 18:9 aspect ratio and ultrawide monitors make excellent replacements when your laptop screen breaks.