Does anyone really care what FreeSync is? Not many, as far as we can tell. FreeSync is Intel’s answer to AMD’s variable refresh rate technology, which has mostly been relegated to gaming. But, in the evolving world of monitor technology, the interest in FreeSync is growing, and where there is demand, supply will follow.
FreeSync is like the LG G7 ThinQ of adaptive sync technologies, in that it’s an emerging technology with potential, but it’s not quite there yet. It’s frustrating, however, that it’s not widely used, with AMD’s FreeSync 2 having barely scraped past the 50% mark in the market. So, like the LG G7 ThinQ, it’s still quite hard to recommend, even if it’s possible that the FreeSync future could be brighter than that of G-Sync.
The Intel FreeSync Technology was introduced in late 2014, promising to provide a low-latency alternative to Nvidia G-Sync for gamers. Since then, the technology has been adopted by both Nvidia and AMD, but how does it perform in 2021? Since its inception, FreeSync has remained closely tied to Nvidia G-Sync, but the pair are now on the brink of separation. If FreeSync is free to use on all Nvidia GPUs, what is the best way to proceed?. Read more about is freesync worth it with nvidia and let us know what you think.
If you’re new to gaming, you may not be familiar with words like Freesync, G-Sync, tearing, or screen stuttering. To offer you a clear image of ‘Is Freesync worth it?’, we must first determine the answers to the terms listed above.
In essence, Freesync synchronizes the refresh rate of your PC’s display with the computer’s GPU and the pace at which it produces frames. There will be no lag or delay in the generation of frames and their subsequent display on the PC monitor, resulting in smoother gaming.
Let’s take a look at the phenomena that make Freesync a must-have.
When you ask yourself, “Is Freesync worth it?” you must consider the issue that causes your PC’s displays to act differently in various situations. The shredded pictures generated on your monitor displays may be linked to the monitor’s inability to manage the pace at which the GPU is sending the frames the monitor’s way. The pictures generated by the GPU do not correspond to the monitor’s refresh rate. As a result, the monitor is unable to show such pictures properly, and tearing occurs.
V-Sync and a Potential Tearing Solution
V-Sync has a function that was created to address the issue of screen tearing. It was accomplished by limiting the GPU frame rate to a frequency that was compatible with the monitor’s refresh rate frequency. If your display has a refresh rate of 75 times per second and the GPU can generate pictures at a rate of 100 frames per second, the V-Sync function will restrict the GPU’s capability and frame output to 75 frames per second. It indicates that your GPU’s performance is restricted and that it is unable to exceed the set threshold rate, which should effectively eliminate tearing. As we’ll see in the following section, the answer to this basic question is no.
Stuttering on the Screen
As previously stated, screen tearing may be avoided if the GPU’s frame rate is matched to the monitor’s refresh rate. What happens if the GPU performance or frame rate falls below the refresh rate of the monitor? There are times while gaming, and gamers are well aware of this, when the games becomes demanding and the GPU performance suffers considerably.
Now, if the GPU is generating frame rates that are far below the display’s capabilities, such as 40FPS while the panel can easily handle 60FPS, a delay in the pictures generated by the GPU will be seen on the screen. With V-sync enabled and GPU frame output per second far below the monitor’s capability, the monitor will now show information quicker than it is generated. It will basically cause visual latency, which will look as stuttering on the screen.
What is AMD’s Freesync technology?
Now that we’ve covered why it’s important for your display and GPU to stay in sync while you’re working, let’s look at the feature that makes it possible. AMD’s alleged FreeSync technology is the latest effort to address stuttering and screen tearing issues while utilizing high-performance GPUs. AMD isn’t the only firm to provide this technology; NVIDIA, for example, offers its own G-Sync method for synchronizing the two PC components. As previously stated, FreeSync enables your monitor to be in sync with your GPU, displaying the same frames per second as the GPU. Images will be shown without lag or lead on a FreeSync compliant monitor.
What are the prerequisites for implementing FreeSync?
The drawback of utilizing FreeSync to address screen tearing and stuttering issues is that it requires an AMD graphics card. An AMD integrated APU may also operate with all of the current affordable graphics cards as well as more costly ones like the Radeon VII. Check the graphics card’s spec sheet if you’re not sure which is compatible.
You’ll almost certainly need a VESA Adaptive-Sync compliant display to utilize FreeSync. With the release of their software package in 2015, AMD began supporting the FreeSync technology. The suite’s main goal was to provide two-way communications that would allow the AMD GPU to communicate with the off-the-shelf scaler chips found on certain Adaptive-Sync displays.
Specifications for FreeSync
DisplayPort 1.2a, first released in 2014, allowed for variable frame rates, with HDMI 2.1 compatibility added in 2017. AMD has informed its customers that in order to be branded with the FreeSync name and get certification, manufacturers must adhere to strict guidelines. Depending on the kind of monitor, AMD FreeSync may operate with both HDMI and Displayport, a capability that G-Sync displays lack.
Backlight strobing is also available on certain FreeSync displays, allowing users to improve on-screen clarity. FreeSync displays accomplish this feat thanks to an unique motion blurring technique. Although it is a less expensive alternative to G-Sync, it offers a slew of additional capabilities that improve the gaming and experience of users evaluating AMD processors’ graphics capability. Support for 4K resolutions, High Definition Resolution, and high refresh rates are among these characteristics.
Activating FreeSync on Your Computer
Install the latest AMD Catalyst drivers and make sure your display is FreeSync supported to activate FreeSync on your PC. Check your APU model from the list after installing the program, or choose auto-detect if you’re not sure. You won’t need to install any additional drivers except this program since the drivers are already included.
After installing the software package, restart your computer and right-click on your home screen to access the Radeon Settings option. Select display from the choices when the pop-up menu appears, and then turn on the option “Radeon Freesync.” If you need to activate the FreeSync settings on your display, it depends on the monitor you have with your system.
Premium version of FreeSync
AMD unveiled a new solution at CES 2020 that builds on the foundation established by FreeSync. On 1920 x 1080 resolutions, monitors that comply with this standard must have a refresh rate of at least 120 HZ. The displays should also be able to handle LFC (Low Framerate Compensation), which enables the display to refresh frames when the GPU output falls below the display’s lowest frequency.
HDR FreeSync 2
AMD’s top-tier FreeSync services have been renamed as FreeSync 2 HDR. It refers to AMD’s top-of-the-line services, which are available at a premium to those who can afford them. The rebranding took occurred during the CES 2020 show, when the business expanded on its mid-tier offerings to incorporate premium features like FreeSync 2 HDR. These high-end displays must be capable of HDR gaming with HDR graphics.
These professional panels are designed to provide minimal latency in both High Definition and Standard Definition modes. AMD also demands that the displays pass a rigorous test including brightness accuracy and thorough color gamut testing. For AMD to give a monitor the designation of FreeSYnc 2 HDR, certain stringent brightness certification requirements must be fulfilled.
Only the luminance certification, which delivers 400 nits of brightness as a confirmed output, may lead to an HDR 400 certification. FreeSync premium displays are the way of the future, and they’re ideal for gamers who want to be ahead of the curve. The main drawback with such high-end goods is that they are limited to HDR capabilities and may not operate outside of those parameters.
G-Sync vs. FreeSync: What’s the Difference?
When deciding whether or not FreeSYnc is worthwhile, make a list of the benefits and drawbacks the feature has over its closest rival. As previously stated, AMD created the FreeSync function, while NVIDIA developed the G-Sync feature. Both businesses have a strong market presence, particularly when it comes to capturing the attention of high-end visual consumers. AMD’s FreeSync is a somewhat less expensive version of G-Sync, and those on a budget may save a lot of money by going for FreeSync.
The primary reason for the price difference between the two goods is the nature of each one. NVIDIA’s G-Sync is a hardware solution, whereas AMD’s FreeSync is a software modification on the current adaptive sync standards. It raises the price of the latter, while AMD’s technology may be utilized quickly and cheaply. G-Sync from NVIDIA is based on a module that is installed in the displays that support the function. However, the expense of this additional module is paid by the end user, raising the price of NVIDIA’s technology.
As a result, there are a plethora of monitors on the market that use the FreeSync technology rather than the G-Sync name.
FreeSync is simpler to use and implement, as well as less costly to set up. When comparing the costs of the two configurations, the basic G-Sync monitor and the superb FreeSync monitor, there is a significant difference of approximately $150. As a result, the FreeSync versions are among the best-selling products on the market.
The Most Serious Drawbacks of Using FreeSync
FreeSync, like every other product on the market or a technological device, has faults. Because to the extremely competitive nature of the gaming industry and the competition between AMD and NVIDIA, each company’s product is incompatible with the other’s. As a result, the AMD trademarked FreeSync function can only be utilized with compatible graphics cards, i.e. AMD graphics cards. In this case, the reverse is true: NVIDIA graphics card owners will be unable to utilize FreeSync displays and will be forced to spend a fortune on G-Sync enabled monitors.
Another disadvantage of owning a FreeSync monitor over a G-Sync monitor is that the former is generally less consistent. It implies that G-Sync displays are held to a higher standard than FreeSync monitors, resulting in an uneven and sometimes unsatisfactory experience. This is owing to the lack of restrictions on FreeSync displays compared to G-Sync monitors, which need stricter controls to be marketed as G-Sync compatible.
FreeSync displays may only support varying refresh rates within specific ranges; for example, one FreeSync monitor may operate well between 40 and 75 HZ, while others work between 75 and 144 HZ, making it more difficult to choose a FreeSync monitor. To ensure that their monitor is compatible with the system they will be using, the user must do some research. You may be sure that G-Sync monitors will minimize screen stuttering and tearing across a broad variety of applications. Still, when it comes to FreeSync monitors, you must be cautious and choose the right one for your system.
We may simply reply yes to the topic at hand, “Is AMD FreeSync worth it?” Why? Because FreeSync allows you to sync the refresh rate of your GPU and display at a low cost. The user simply has to conduct some more study to determine which frequencies should be included in the range in which the FreeSync function should operate.
If you have an AMD graphics card, the FeeSync monitor is unquestionably worthwhile. If you have an NVIDIA card, a G-Sync display is the way to go. Furthermore, you’ll need to be a bit savvy in order to choose a FreeSync monitor that meets your needs.
Frequently Asked Questions
Is FreeSync worth having on?
FreeSync is a technology that allows the monitor to sync its refresh rate with the graphics card, so it can display frames at their intended rate. This means that you get less screen tearing and smoother gameplay. It also has a lot of benefits for your computers performance.
When should you not use FreeSync?
FreeSync is not recommended for gaming because it can cause input lag.
Should I turn FreeSync premium on?
This is a question that cannot be answered with 100% certainty. It is best to consult your monitor manufacturer for more information on this.