Graphics are an important part of your gaming experience. Modern-day games demand a good graphics processor that can handle fast action graphic effects. Many computers now have a graphic processing unit to process graphics without the help of a CPU. Your computer will have integrated graphics within your processor or an independent graphics card. The graphics processor’s responsibility is to project visuals onto the screen. You are going read this article about what is VSync in gaming?
An important aspect of display systems that helps graphic processing is the refresh rate. Higher the refresh rate, the better the gaming experience. Usually, the monitor comes with a 60 Hz refresh rate, implying that the screen refreshes itself up to 60 times per second. A high-end gaming monitor can offer more than a 200Hz refresh rate these days. The faster your monitor can refresh your screen the smoother your gameplay will be.
Some computers cannot handle the graphic processing power demanded by most modern-day games. As result issues like screen tearing and aliasing are rampant while playing games. You might often find yourself going to settings and tweaking the graphic controls. If you have ever looked at the video or graphics options in a PC game, you might have noticed a toggle for a setting called VSync.
This setting helps you sync the graphics of your game with the refresh rate of your monitor.
The dynamic adjusting of a monitor’s refresh rate to the frame rate of the graphics card is called adaptive syncing. Adaptive sync prevents tearing, stuttering and judder and was primarily developed for the video game industry. Adaptive sync was standardized by VESA and implemented in the company’s embedded DisplayPort (eDP) and DisplayPort 1.2a interfaces. AMD adaptive technology is called FreeSync and AMD’s adaptive sync technology is G-Sync.
What Is VSync in Gaming?
VSync or Vertical synchronization is the adaptive sync technology available in most monitors. It was created to resolve screen tearing faced by computers while playing videos. A screen tear horizontal line that appears on the image dividing it on the screen. This contributes to the loss of picture clarity.
Tearing is most commonly the result of a mismatch between the frames your hardware is projecting and the refresh rate of your display. This means that your graphics card is sending a new frame while the current frame is being displayed. VSync reduces this tearing by pushing the graphics hardware to sync with the refresh rate of your display. This setting causes the frames to be rendered and displayed at the same rate, almost eliminating tearing from your display. However, VSync might limit your performance.
Since the frame rates are being limited to the refresh rate of your display your GPU will not be able to achieve maximum performance. There is an input lag which might become problematic for games that demand immense graphic abilities like action games. While VSync might cause a judder in your gaming experience, FreeSync attempts to address some of these limitations.
What is FreeSync?
While Vsync attempts to adjust the rate at which frames are relayed to displays, AMD’s FreeSync technology dynamically adjusts the display’s refresh rate to equal the rate at which graphics hardware is transmitting frames. FreeSync can keep up with changes in FPS as the refresh rate is dynamic.
What Does FreeSync Do to Eliminate Display Flaws?
FreeSync commands the monitor to continue displaying the current frame until a new one is received from the graphics hardware. This makes the monitor display images at the same rate as they are being relayed. The supported refresh range for FreeSync displays is between 9 to 240 FPS. Since it is a hardware solution involved in the display of your monitor, you don’t have to compromise on performance to enable FreeSync. AMD announced the second generation of FreeSync in 2017, and the unique selling points were HDR support and low latency.
One of the major downsides to FreeSync is that it requires an AMD GPU to work since it is a proprietary technology. If you are using one of Nvidia’s cards then you will need a G-sync display.
What Is G-Sync?
G-Sync is a type of display technology from Nvidia used in certain PC monitors, gaming laptops, and TVs. Nvidia introduced G-Sync in 2013 and is the arch-rival of AMD FreeSync. This technology plays a similar role to other adaptive syncing technologies to fight screen tearing, stuttering, and juddering, especially during fast-paced action and adventure games. This technology only works when the display is connected to a system using a compatible Nvidia graphics card including third-party graphics cards.
G-Sync displays have a variable refresh rate and can match their minimum and maximum refresh rates with the Nvidia graphics card of your system. The technology can achieve a refresh rate as high as the monitor’s maximum refresh rate. Thus, you see images right when they are rendered. When you move the cursor your mouse will move simultaneously without any lag. There are now three tiers of G-Sync: G-Sync, G-Sync Ultimate, and G-Sync Compatible.
If you don’t want to toggle with the settings or use other technology to improve your graphics, then you can invest in a gaming laptop with high-end graphics that promise an immersive gaming experience. Here are a few of the best gaming laptops with excellent performance.
Here is our recommendations.
1. Razer Blade Stealth 13
Overview of Features
Razer Blade Stealth series is specifically aimed at gamers. It features a unique design coupled with a powerful GPU and better graphics performance. The Razer Blade 13 houses a fast processor, a new option for a discrete graphics card, and up to 16GB of RAM making it one of the best gaming laptops.
The laptop houses an 8th generation Quad-Core i7-8565U for faster processing of heavy graphic needs of your games. There is a 16 GB RAM and a 256GB SSD for storage that can be upgraded to 512GB. The laptop is fitted with a GeForce MX150 graphics card that helps with RAM usage when engaged in graphics-intensive gaming.
The Blade Stealth 13 accompanies an accurate touchscreen display along with a 1080p resolution. You can configure the laptop with a 120Hz panel making your gaming experience faster and realistic. This is the best laptop to run the processor and graphics-intensive operations all at the same time. The computer is built to handle a heavy load without any lag to give a stutter-free gaming experience.
| Powerful gaming specs with a 120Hz screen|
2. Asus Rog Strix Scar III
Overview of Features
This product is aimed at the high-end gamers who are professionals who live stream their gaming. This laptop is at the frontline of the competition in the gaming industry when it comes to processor and graphic-intensive tasks. Coupled with high frame rates and vibrant display, the Asus Rog Strix Scar III is the perfect device for your heavy-duty tasks. The sophisticated design with a sleek and slim body makes it easily portable and promotes a faster gaming experience.
Equipped with an Intel i7 processor and a base spec of 16 GB of RAM, the laptop can perform well under graphic-intensive gaming. A 1TB NVMe PCIe storage and 16GB RAM with an extra 2.5-inch drive bay, helps the machine to speed up your gaming. The ROG Strix Scar 3 has an excellent cooling solution that reduces interior heat so that it never becomes uncomfortable to use. It houses a thermal management system that ensures that the device keeps on performing without any throttling.
The 240Hz display of the Strix is great for multiplayer gaming. Coupled with a 15.6-inch full HD screen and 144Hz refresh rate, your images will load faster with fewer screen disruptions and lag.
| 240Hz display with thin bezels|
High frame rate
| Unimpressive battery life|
The screen doesn’t support Nvidia G-Sync
3，MSI G Series GT72S
Overview of Features
Dominator Pro G is a powerful laptop in terms of performance and features. Whether you want portability or raw horsepower, this laptop will suit your needs. It has an embedded Nvidia GeForce GTX 980M for better performance. The GT72 supports Nvidia’s G-Sync to prevent screen tearing and ensure a smoother image. It highlights a Core i7-6820HK Skylake processor with a free multiplier that facilitates overclocking.
The CPU’s clock is permanently boosted to 3.7 GHz in Sport Mode which significantly improves gaming performance. A Cooler Boost 3 Technology ensures that your laptop maintains its temperature while engaged in graphic-intensive tasks.
| Excellent gaming experience|
Good transfer speeds
|Average battery life|
If your graphic quality is low, you should try tweaking your in-game settings first. Then you should move on to your laptop settings. If your laptop is running on a higher resolution like 1080p, you will have to lower the resolution settings to 720p. AMD and NVIDIA both provide control panels to change the performance settings on their cards. There are a couple of options in the control panels to increase the FPS in your games. Check your options and find the best option that can improve your graphics.
More to read:
Anti-Aliasing in Games: How to Remove Jagged Edges in Gaming Imagery?