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The refresh rate is the rate at which a monitor refreshes an image per second. For instance, if your monitor has a refresh rate of 60 Hz, it can draw 60 images in each second. Similarly, if a monitor’s refresh rate is 120 Hz, it can change/draw twice as many frames.
But, if you are on a tight budget, you could select low to mid res monitor. This is because to run your 120 HZ to the fullest, you need an equally powerful PC.How to Check Monitor Refresh Rate
Monitor refresh rate is simply the time taken by your screen to display the image of a window. Thus, the more the refresh rate, the better your GPU will perform.
Ideally, most modern displays use a 60 Hz refresh rate. However, some expensive and powerful gaming monitors shall have a powerful 144 Hz to 240 Hz.
Well, it’s possible to increase your monitor refresh rate by overclocking it. However, we recommend not to do it unless it’s very important.
For now, let’s just focus on the various methods of checking the monitor refresh rate:From Windows Settings
If you have an Intel or any other graphics card, checking the refresh rate is possible within the Windows settings. Basically, you can inspect the maximum Hz supported by your monitor using two methods.
Well, the first technique is from the in-built Windows settings:
Launch Settings from the Start Menu.
Another technique is to view the refresh rate from the Display adapter properties. Here’s how you can do just that:
After the Intel UHD Graphics Properties opens, select the Monitor tab.
If you want to set your monitor to 144 Hz, read our other article. However, you must ensure your display supports this refresh rate first.From NVIDIA Control Panel
NVIDIA is probably one of the best and most popular dedicated GPUs. So, checking your monitor refresh rate is possible if you have an NVIDIA graphics card installed.
Well, most PCs are provided with a control panel if you have an NVIDIA GPU. But, if you can’t find it, here are a few fixes to help you locate the control panel.
Now, without further delay, let’s look into the simple steps that help you check your monitor refresh rate using the NVIDIA Control Panel:
Then, select the NVIDIA Control Panel. Alternatively, you can launch the control panel from the Start Menu.
Once the window opens, check the left panel and expand the Display drop-down.
Now, move to the right panel and find the Refresh Rate drop-down. Here, your refresh rate is clearly shown. If you wish to change it, simply expand and select a desirable Hz.From AMD Catalyst Control Center
Like NVIDIA, AMD is another popular graphics card distributor. However, it is an integrated GPU attached to the main processor. Well, we have a different article that teaches you the difference between an integrated and dedicated GPU.
Moving on, AMD graphics cards also have a control panel of their own. But, this depends upon the AMD model you’re using.
In this section, we will focus entirely on AMD Catalyst Control Center. Well, you do not need to worry about having different AMD settings on your PC. Whether you use AMD Radeon Software or AMD Radeon Settings, the functionalities are somewhat similar.
Now, let’s dive into how you can check your monitor refresh rate on AMD Catalyst Control Center:
As in NVIDIA, you can see two planes. At first, expand the Desktop Management drop-down.From On-Screen Display Settings
From the on-screen display settings, you can check your monitor refresh rate on a few monitors, like MSI. However, this totally depends on the model you’re using. Here’s a general guideline on how you can do just that:
If your refresh rate is not visible, you may have to turn on its location. The following steps will help you with this:
Launch the on-screen display settings.
Next, choose the Gaming tab.From Third-Party Software
If you do not want to navigate to the display settings or a graphics card control panel, you can directly check your monitor’s refresh rate using third-party software.
Well, there are tons of utilities that help you check the refresh rate. Among them, the most popular is probably Test UFO. Interestingly, this online tool provides the live refresh rate of your monitor.
To check refresh rate using third-party software, simply visit their website. Then, wait a few seconds for the utility to monitor the total Hz of your monitor. Some tools like Test UFO even display your frame rate along with the refresh rate.What Affects Your Monitor Refresh Rates?
There are plenty of things that might affect your monitor refresh rates. In this section, we will discuss a few of them.Monitor’s Resolution
A higher resolution monitor provides better pixel information, producing a high-quality display. So, it’s pretty sure that having a higher resolution can affect your monitor refresh rate.
For example, if you replace your 1080p 60Hz monitor with a 1044p 120Hz display, you will notice drastic changes in your display. Similarly, if you use a 1044p 60Hz monitor instead of a 1080p 60Hz display, you will experience better quality and higher smoothness.CPU
Well, it’s important to get a compatible monitor and CPU if you want to experience a higher refresh rate.
Indeed, you need a processing unit that can handle rendering data well. Most importantly, the CPU must be able to provide necessary gaming instructions with the capability of handling game logic, along with AI.Graphics Card
Besides the CPU, having a good graphics card can also enhance the monitor refresh rate. Well, you could use an integrated graphics card if you’re not gaming often. But for gaming purposes, you can use a dedicated graphics card instead of an integrated one.
No matter the type of GPU you possess, it must execute instructions fast enough to illustrate graphics on your screen if you want a higher refresh rate.RAM Speed
Besides a good CPU and GPU, your RAM speed can also affect the monitor refresh rate. The more the speed of your RAM, the higher the refresh rate you’re going to experience.
Moreover, RAM speed can also affect your FPS. For a smoother gaming experience, you need a RAM speed of higher MHz. If you want to change your RAM speed, here’s how you can do it through BIOS settings.When Should I Check My Monitor Refresh Rate?
Checking your monitor refresh rate gives you an idea of your CPU’s performance. So, it’s recommended to check it once in a while. Here are the following scenarios when it’s best to examine the monitor refresh rate:
When your game is freezing or not working as desired, it’s probably because of a low refresh rate. In such cases, you can check your monitor’s Hz and try to increase it, if possible.
Often, we experience input lag. To resolve such an issue, we can check our monitor refresh rate to ensure if this is the prime cause behind it.
Lastly, you can check the monitor refresh rate when keeping a record of how your apps perform on a certain Hertz.Is Overclocking a Monitor Possible?
Overclocking a monitor is possible. In fact, it is the easiest way to make a monitor accept a higher refresh rate than intended.
Well, there are both pros and cons to overclocking a monitor refresh rate. To learn more, here’s an article that guides you on how to overclock your monitor safely.Can You Have Two Monitors With Different Refresh Rates?
It’s possible to have two or more monitors with different refresh rates. This way, we can provide one task to the primary display and the other to the secondary display. Here, it’s preferred to make the monitor with a higher refresh rate the primary one.
Basically, screen tearing can happen when your monitor’s refresh rate and the FPS provided by the graphics card aren’t synchronized. When the refresh rate is significantly less than the GPU’s ability to provide more FPS, the monitor isn’t ready to deal with the frame it’s receiving. Thus, screen tearing can occur.Refresh Rate vs FPS – What is the Difference?
Refresh rate and FPS both make a great impact on your display quality. Although both seem to be similar, they are totally different concepts.
The refresh rate is measured in Hertz (Hz). It simply means the number of times your screen can reprint an image. This means the more the refresh rate, the smoother the experience.
On the other hand, FPS is the number of frames your monitor can display in a second. Thus, we measure FPS in milliseconds (ms). Unlike refresh rates, FPS depends on your CPU and GPU.
Thus, if your monitor supports a higher refresh rate, but your GPU isn’t allowing you a higher FPS, it will affect your monitor’s quality. Hence, it’s important to consider both refresh rate and FPS for a smoother monitor experience.
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Higher Screen Refresh Rate is one of the most sought-after features on smartphones these days. And that’s why we curated a list of 90Hz and 120Hz smartphones that are available right now. However, there is another metric called the Touch Sampling Rate which is somehow overshadowed by the higher Screen Refresh Rate trend. I believe that Touch Sampling Rate is equally important and users should understand its significance if they want the best smartphone experience. So if you are confused about the difference between Screen Refresh Rate and Touch Sampling Rate then follow our explainer below.Difference Between Screen Refresh Rate and Touch Sampling Rate
Screen Refresh Rate
Unlike the touch sampling rate, screen refresh rate is very easy to understand so let me begin with its very definition in layman terms. Every screen – be it on mobile, TV or monitor – refreshes every second to update the current image and create a sense of motion. Standard TVs, monitors, and smartphones refresh the screen 60 times in one second. So you can say that the screen refresh rate is the number at which the display can render maximum frames in one second. Therefore, if the screen refresh rate is higher, more frames will appear in one second which will result in a smooth motion.
So if you translate this basic theory on smartphones, it means that if your smartphone has a higher screen refresh rate, it will have better motion output while scrolling, animations, transition from one app to another and other UI tasks. Eventually, the smartphone will feel fluid and fast without skipping any frames.
Touch Sampling Rate
Now we come to Touch Sampling Rate which is entirely different from Screen Refresh Rate. Let me start with a basic definition first. Touch Sampling Rate is the number of times a screen can sense a user touch input in a second. To explain it a bit more, it’s how many times your screen can refresh itself to register a user touch input in a second. It’s intrinsically linked to screen latency and let me explain how.
However, if you increase the touch sampling rate to 120Hz then it will reduce the cycle to 8.33ms. It eventually means that now the screen will refresh every 8.33ms (in comparison to 16.6ms on a 60Hz touch sampling rate display) to look for touch input from the user. So with the increase of touch sampling rate, you have a far better chance of registering your touch input. Similarly, if you increase the touch sampling rate to 240Hz (like on Asus ROG II) then the cycle will further be reduced to 4.16ms which is amazing. Basically, every 4.16ms, the screen will refresh to look for a touch input and your screen taps will instantly be registered and processed without any delay.
And that’s why we say, if your smartphone has a higher sampling rate then it will respond to user input quickly and without any delay. In contrast, the screen refresh rate brings smoothness in the overall experience during UI navigation; on the other hand, the Touch sampling rate brings a quicker response to your touch input. So to conclude, screen refresh rate and touch sampling rate are two different metrics and have different objectives, but both are equally significant.The Smoothness War: Android vs iOS
While that was all about the technicality between Screen Refresh Rate and Touch Response Rate, let’s go through some practical examples to understand why iOS generally feels smoother than Android. Here, I am going to talk about the software side of things and how both giants handle touch input.
On Android, when a user touches a UI element like a button or a checkbox, the OS treats this user input as a main process and adds it along with other main Android processes. The touch input by the user is given the same priority as other main processes in the pipeline. So unless the other main processes are not performed, the user input will not be executed which delays the response from the OS side.
Having said that, with the rise of higher screen refresh rate and more so, higher touch sampling rate, Android devices are now giving tough competition to iPhones. The trend first started in gaming phones like Asus ROG II (240Hz) and Black Shark 3 (270Hz) to reduce latency while gaming. However, higher touch sampling rate has made its way to more general consumer devices like Galaxy S20 (240Hz), Mi 10 Pro (180Hz), Realme X50 Pro (180Hz), Realme 6 Pro (120Hz) and more. In the coming days, you would see even more Android devices sporting a higher touch sampling rate.Pick a Smartphone with Higher Screen Refresh Rate and Touch Sampling Rate
Read more: The best two-factor authentication apps for AndroidHow does Microsoft Authenticator work? Setup for Microsoft accounts
Log in with your Microsoft account credentials in the Microsoft Authenticator app. This should be your first prompt upon opening the app for the first time. Select Personal account or Work or school account to log into your Microsoft account.
After a successful login, you must authenticate the sign-in with a code. You can have it sent via text, email, or another method.
Once you input the code, the app is linked to your Microsoft account, and you use it for no-password sign-ins. Next time you log in, enter your username and then input the code generated by the app.Setup for non-Microsoft accounts
This varies from website to website, but the general idea remains the same. It’s a fairly straightforward process. You can prepare the Microsoft Authenticator app for the task by tapping the three-dot menu button in the Microsoft Authenticator app and selecting the Add account option. Select the Other account option and prepare to follow the below steps.
Return to the website where it should ask you if you want two-factor authentication via text and email or with an application. Select the application option.
You will either see a QR code on your screen or a six-digit code. Use the Microsoft Authenticator app to scan the QR code.
Alternatively, the site may give you a code to enter instead of a QR code. Go back into the app and tap the Or Enter Code Manually option at the bottom of the page. Give your account a name first to know which one it is, and enter the code beneath it.
The Microsoft account setup is something you should only have to do a single time. Meanwhile, you can add whatever online accounts you want by repeating the non-Microsoft account steps on all of your other accounts.
From there, using the app is very easy. When prompted, you log in with your email or username and password on non-Microsoft websites and enter the six-digit code from the Microsoft Authenticator app. Microsoft websites need you to add your username and it’ll then ask you for a code from the app.
What else can Microsoft Authenticator do?
On Android, you can use the Microsoft Authenticator app to auto-fill passwords, addresses, and payment information. Open the Authenticator app, go to the relevant tab (passwords, addresses, payments), and save the necessary information. You can also save the information to the Authenticator app instead of typing it in on another website.
It will connect everything to your Microsoft account. You can use it to auto-fill passwords, payment information, and addresses on mobile and PC. It will do it automatically if you use the Microsoft Edge browser. To use this feature on Google Chrome, you will need to install the Microsoft Autofill Chrome extension. This feature is only available with the Android app.
The Microsoft Authenticator app is only available on mobile. However, if you sync your passwords and other credentials, you can use push notifications and biometric authentication on your phone to log in to apps and services quickly on your computer without needing a code every time.
You can use the cloud backup feature to make it easy to set up the app on a new device. You will need to sign in with your synced Microsoft account, and all the saved credentials should be available. Open the app, tap the three vertical dots at the top right corner, and open Settings. Enable Cloud backup.
You might not see the necessary approval push notification or pop-up when you expect it. If that happens, open the Microsoft Authenticator app, and the pop-up will then appear. This bug sometimes occurs when the app is updated but goes away with subsequent software updates.
Wondershare Helper Compact: what it is and how to remove it
The Wondershare Helper Compact is part of the Wondershare Video Converter and works in the background.
The tool, however, has reportedly caused several Windows PCs to crash and reboot frequently.
You can completely remove it and other files by using specialized removal software.
Alternatively, restoring your PC to an earlier point using the available restore points can also help.
If you have installed the Wondershare Video Converter app, you may have noticed the Wondershare Helper Compact was also installed on your computer.
Being part of the converter app, the Helper Compact’s purpose is to assist you during video conversations with a pop-up notification.
However, a quick search through the Internet and you would find the app is usually in the news for causing errors and issues with the Windows 10 and Mac computers.
The app prevents the users from performing any tasks on their computer and at times may force shutdown the computer resulting in crashes.What is the Wondershare Helper Compact app?
As discussed earlier, the Wondershare Helper Compact is part of the Wondershare Video Converter app installed during the app installation.
The app may also come bundled with the Wondershare Recoverit program. It usually pop-ups when you try to convert videos or burn to DVDs.
Unfortunately, for most people, the Helper Compact has caused the system to crash soon after installing the app.
The app seems to exhibit similar behavior as some malware where a hidden piece of software is installed and set to run constantly in the background.
Even after uninstalling the Wondershare Video Converter app, the Helper Compact keeps running in the background.Should I delete Wondershare Helper Compact?
Yes. The app seems to serve no real purpose but runs in the background wasting system resources and at times causing serious issues with the system, including frequent crashes.
If you are experiencing issues with the app and want to remove it from your system, here is a detailed guide on how to remove the app.How do I remove the Wondershare Helper Compact? 1. Use a third-party uninstaller tool
If you want to remove any program from your computer, you can do it with the built-in uninstaller, but that doesn’t always prove to be successful.
Therefore, you need a professional uninstaller and cleaner software that will find even the most hidden programs. Thankfully, there are plenty of options for you to do that.
Not only you will find every program that can be removed on your PC, but the tool will also make sure there are no leftover files and bloatware after the uninstallation.
By removing Wondershre Helper Compact completely, you will have room for a new installation of any similar apps, and even this one.2. Uninstall using Control Panel Remove leftover files
Once the files and folder are deleted, restart your computer and check if the Wondershare Helper Compact Mac is removed.3. Use an antivirus software to scan your system
One other way to completely remove the software, and any other hidden one that could put the integrity of your data, your sensitive information, and your PC as a whole at risk, is using an antivirus.
Additionally, the antivirus utility will protect you from future viruses, malware, data theft, and much more. Whatever you use your computer for, having antivirus software allows you to explore and do tasks on it safely.4. Perform a system restore
The system restore process may take some time to restore your PC to an earlier point. After the reboot, you will see a success message. Check if the Wondershare Helper Compact is removed.
The Wondershare Helper Compact application causes several issues with the system, including system crashes.
You can prevent such files from infecting your computer by checking this awesome list of the best antivirus software with a lifetime license.
Fortunately, you can remove the app using a third-party app. Alternatively, try to remove the app manually using the steps listed in the article above.
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What is chúng tôi & What is it Used for? All about the process and tips to reduce its CPU usage
The UpdateCheck.exe process is generally linked to a third-party app that uses it to scan for newer versions.
Some notable apps that have a process by the same name include, Coupoon, Maxtor Manager, and RAD Studio.
The process triggers high CPU usage for many and, in some cases, affects the Internet speed.
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Fortect is a tool that does not simply cleans up your PC, but has a repository with several millions of Windows System files stored in their initial version. When your PC encounters a problem, Fortect will fix it for you, by replacing bad files with fresh versions. To fix your current PC issue, here are the steps you need to take:
Download Fortect and install it on your PC.
Start the tool’s scanning process to look for corrupt files that are the source of your problem
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Of the many background process running in Windows, most pose no harm or lead to any issues. But a few have been a cause of concern for users, especially the ones triggered by rather unknown third-party apps. One such is the chúng tôi process.
The UpdateCheck process is listed in the Task Manager and often results in high CPU usage. This automatically affects the PC’s performance, slows the Internet speed, and sometimes causes other apps to crash. Keep reading to find out all about the process!
UpdateCheck.exe, as the name suggests, looks for newer versions of the software that installs it. The catch is that several programs have the UpdateCheck process in their directory. The primary ones are:
So, chúng tôi is in no way a critical Windows process, and terminating or disabling it shouldn’t affect the core functioning of the PC, except for the app that triggers it. That, too, would only affect the automatic updates. You can still manually search for and install these.
We have had several instances where hackers disguised malware as a critical process to bypass detection. So, your primary approach should be to identify the file path and verify whether the process is stored in the program’s dedicated directory or in another location.
For the programs discussed earlier, here is the usual storage path:
Coupoon: C:Program Files (x86)Coupoon
Maxtor Manager: C:Program FilesMaxtorOneTouch Status
In case the chúng tôi process is not in the dedicated directory, use a reliable antivirus solution to run a full system scan.
If you find the process in the usual path, relax a bit! Though it doesn’t mean that the process won’t throw any errors. So, here are a few solutions to get things back to normal!1. Scan for malware
When you are unsure whether chúng tôi is safe or if it’s a malware, a quick way to identify that is to run a virus scan. Though the built-in Windows Security is capable of handling such issues, for a deeper scan, you can use a third-party antivirus software.2. Uninstall the program behind the process
While you could manually delete the chúng tôi file, there’s a good chance the program would fetch it all over again. So, it’s recommended that you uninstall the app altogether to get rid of the process.
For this, many prefer using an effective uninstaller software to eliminate any leftover files and registry entries.3. Perform a system restore
If everything else fails to work, as a last resort, you can always restore the PC to a state where the chúng tôi issue didn’t exist. A system restore doesn’t affect the stored files, though some configured settings or installed apps may be removed.
Before you leave, check some quick tips to make Windows faster and get superior performance.
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The Google Bard API allows you to access the power of Google’s large language models to generate text, translate languages, write different kinds of creative content, and answer your questions in an informative way. Read this guide to learn more about the What is Google Bard API and how to use it.
Google Bard is a conversational AI model that helps humans brainstorm ideas, boost productivity, and perform various tasks. The platform uses PaLM 2 large language model to respond to human queries.
Google Bard AI will be accessible in over 180 countries from May 5, 2023. You can access the platform by visiting its official website. But what if you want access to the Google Bard API? Is it possible?
Currently, Google doesn’t offer access to the Bard API. Though that doesn’t mean you cannot access Google Bard API. A developer has created the Bard API and made it accessible for developers.
Will Google Bard have an API?
Google may release the Bard API in the future. Bard AI is still in the experimental phase. So, Google hasn’t yet released its API. But after improvising Bard and releasing its final version, Google might release the Bard API for developers. The API will allow developers to create innovative generative AI products powered by Bard.
What is Google Bard API?
The Google Bard API allows users to add the powerful functionalities of Google’s large language models to other applications. It can generate text, translate content, find answers, and produce creative ideas.
Google Bard API can be used to develop various applications, including chatbots, text generators, translators, and apps that respond to questions. The Bard API gives developers the flexibility to get Bard features within another app without writing additional codes.
Users need to get the API key to use the Google Bard API. After getting the API key, developers can integrate the Bard API into their existing applications. Developers can customize apps using the Google Bard API to fulfill specific tasks.
Is Google Bard API Free?
Yes, the Google Bard API is free. You can use Google Bard API without paying for the credentials or API charges. Normally, API usage is billed based on the number of credentials used. However, Google hasn’t yet launched the Bard API, so that you can use it for free.
How to Access Google Bard API?
Since Google hasn’t officially rolled out the Bard API, you cannot access it directly from Google’s website. The Google Bard API is developed by Daniel Park by reverse engineering the Bard AI. The developer offers free access to the Bard API via a Python package.
You can access the Google Bard API by visiting the Bard API Github repository and following the instructions on the page.
How to Join Google Bard API Waitlist?
Google hasn’t mentioned about releasing the Google Bard API to the public. When a user asked Bard whether it gives access to the Bard API, Bard responded that the company has launched Google Bard API, but it is limited to a few users. Not everyone can access the Bard API.
Besides, users need to join the API waitlist by visiting the official Google Bard website to get access to the API. Google will later shortlist individuals for testing the Google Bard API.
How to Use Bard API?
You need an API key to use Google Bard API like other APIs. Without an API key, you won’t be able to integrate Bard within other applications. You can find your API key by following the steps below:
Step 1: Visit the Google Cloud Platform (GCP) project.
Step 2: Enable the billing option.
Step 3: Navigate to API and services within the GCP console.
Step 4: Select Credentials from the left-hand side menu.
After generating the API key, you must create a service account and download the JSON file. You can use it to access the Bard API and integrate it into other websites.
Google hasn’t yet released the Bard API, so that you won’t get any information regarding its API on the official Google Bard website. You can access the Bard API from Github using the following link. For more information on using the Bard API and installing or authenticating it, check out its detailed documentation using this link.
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