Display technologies can be confusing, especially when the market is packed with acronyms like UHD, HDR, FPS, and LCD. One term that now appears more and more often in monitor specs is quantum dot, sometimes shortened to QD in formats like QD-LED or QD-OLED. Often associated with brighter images, richer colors, and improved HDR performance, quantum dot technology plays an important role in modern displays. This post explains what quantum dots are and why they matter when choosing a monitor.

Continue reading to find out everything you need to know about quantum dot technology, or take a look at ViewSonic’s gaming monitors, which include models with quantum dot capabilities.

Quantum dot technology has quickly become one of the most talked-about innovations in modern displays. From TVs to gaming monitors, it is often associated with brighter images, richer colors, and better HDR performance. But what exactly does quantum dot technology do, and why does it matter for monitors? Let’s dive in and see.

What is Quantum Dot Technology?

Quantum dots are semiconductor nanocrystals, typically only a few nanometers in size, that emit very precise colors when exposed to light. They were initially added to advanced LED displays before making their way to newer OLED displays as well. To understand their benefits, it helps to first look at how today’s displays create light and color.

Understanding LED and OLED Displays

Most modern monitors labeled as LED are actually LCD panels that use light-emitting diodes for backlighting. LEDs are semiconductors that emit light when an electric current passes through them. Because LEDs do not naturally emit white light, most LED-backlit LCDs rely on blue LEDs coated with a yellow phosphor to produce white light, which is then filtered into red, green, and blue by the LCD panel.

OLED displays work differently. They use self-emissive pixels that produce their own light, without a separate backlight. In traditional OLED panels, each pixel emits white light that passes through color filters to create red, green, and blue subpixels. The white OLED panel is sometimes referred to as WOLED.

Quantum dot technology enhances both of these approaches by improving how color is created from light. Instead of relying solely on color filters, a quantum dot layer converts blue light into highly accurate red and green wavelengths. This results in improved color accuracy, a wider color gamut, and higher brightness.

Displays that combine quantum dots with LED-backlit LCD panels are often called QD-LED or quantum dot LCDs. When quantum dots are paired with OLED technology, the result is known as QD-OLED.

How Do Quantum Dot Displays Work?

At a practical level, quantum dot displays work by precisely controlling how light is converted before it reaches the screen. Each pixel ultimately displays red, green, or blue light, or sometimes a combination of all three. The wavelength of that light defines the color accuracy of each pixel.

Quantum dots are typically arranged in a thin film layer positioned between a blue light source and the display panel. When blue light shines on the quantum dots, they emit highly pure red and green light. Together with the original blue light, these colors combine to create more accurate and saturated colors on screen.

The illustration above shows how quantum dots are positioned in a QD-LED display. The blue light source emits light that passes through the quantum dot enhancement film, producing red, green, and blue light. This light then passes through the panel and color filters before reaching the screen to form the final image.

Advantages of Quantum Dot Technology

The added quantum dot layer brings gaming monitors a whole host of benefits.

Precise Color and Higher Peak Brightness

As quantum dots emit a very precise amount of light, produced color appears very accurate. The nanocrystals render a wider color spectrum at maximum brightness without loss of saturation. This allows pictures to remain clear even in brightly lit rooms. And brightness is critical to high dynamic range (HDR) experiences. It ensures that all details of light and color onscreen seem more lifelike.

Better Energy Efficiency

Quantum dots do not require electrical power to operate and instead convert incoming light into very precise wavelengths. Because this conversion process is highly efficient, quantum dot displays can achieve higher brightness and improved color performance without a proportional increase in power consumption compared to traditional LCDs. This improved efficiency can help reduce overall energy use during everyday operation. Unlike conventional LCDs that rely heavily on color filtering, quantum dot displays convert light more directly, reducing wasted energy and improving efficiency.

Longer Lifespan and Low Burn-In

Quantum dot provides a longer display lifespan thanks to improved and energy-efficient lighting, especially important in OLED monitors. Quantum dots are highly stable and degrade much more slowly than organic emissive materials, meaning these displays are less prone to burn-in. Burn-in is when part of an image appears like a “ghost” on the screen and refuses to go away. This happens when pixels become damaged or worn out.

Versatile Sizes and Thinner Panels

Since quantum dot technology is more cost-efficient at scale, quantum dot displays can be made in a greater range of sizes, even as large as 98 inches. They can also be applied on large, thin, and flexible panels, making them easy to transport and install.

Quantum Dot vs. OLED: What’s the Difference?

It’s easy to get the different kinds of display technologies mixed up. Quantum dots are a technology that can apply to both LED and OLED displays. OLED uses organic compounds that glow when electricity is introduced. This effect is called electroluminescence.

The image below shows how an OLED display works. The organic emissive layers are sandwiched in between a negatively charged cathode and a positively charged anode layer. An electric current travels through each layer from the cathode to the color filter to produce colored light.

Unlike quantum dot LED (QD-LED) which uses backlights, every pixel in an OLED display is self-emissive. The organic materials in an OLED screen are usually more expensive to produce and have a shorter shelf life due to degradation, though this has improved over time. An OLED’s self-emitting pixels do not produce the same amount of brightness as a quantum dot LED, but they can project the blackest black available for deeper contrast.

When it comes to screen burn-in, OLEDs are more susceptible to image retention. However, it is important to note that OLED displays also deliver great viewing angles, the fastest response times, and infinite contrast. And newer OLED monitors tend to have built-in anti-burn-in protection like ViewSonic OLED Care.

In QD-OLED monitors, the OLED layer uses blue light instead of white light (WOLED), and a layer of quantum dots replaces the filters. The quantum dots convert blue OLED light directly into red and green, rather than filtering white light. The result is better color saturation and overall better game visuals. QD-OLED monitors also have improved brightness for better HDR content.

Learn more about OLED vs. QD-OLED monitors.

Are Quantum Dot Monitors Good for Gaming?

Most displays that feature quantum dot technology are televisions, but quantum dots are also of great benefit in monitors. Especially in the world of esports, gamers prefer to play on gaming monitors that can provide an immersive viewing experience. QD-LED and QD-OLED monitors present games with dramatic lifelike picture quality, more vibrant colors, and sharper contrasts.

Should gamers want to enable HDR, quantum dot offers darker blacks, a wider color gamut, and higher brightness as compared to a regular screen. And quantum dot monitors deliver better performance with their added features such as sync technology and black level stabilization. This means gamers can blast through graphics-intensive games and still see every single element in captivating detail.

Getting the Most Out of QD-OLED Monitors

While OLED burn-in may have been a concern in the past, many would now agree that OLED monitors are worth it. The best OLED gaming monitors reduce panel stress and burn-in risk by using premium materials as well as anti-burn technologies like pixel shifting, screen refresh cycles, static icon detection, and auto brightness adjustment. Static icons like logos and game UI used to be the main reasons for burn-in, but with QD-OLED, the risk of burn-in is significantly reduced compared to conventional OLED displays.

It’s important to look for a QD-OLED gaming monitor that combines the best material design with extensive screen protection features, such as the ViewSonic XG2738-2K-OLED. In addition, there are precautions you can take to further safeguard your quantum dot investment.

Use screen savers and dimmers wherever available, for example, and make sure to never leave a static image on for too long. Also, activate all available screen protection and display health features in the monitor’s on-screen display (OSD).

Final Thoughts

Displays with quantum dot technology offer color-rich imagery and many other benefits. From a gamer’s perspective, quantum dot screens elevate the standard viewing experience into a cinematic treat. One thing to note is that quantum dot technology is constantly being refined to bring environmentally friendly displays with better color performance, higher brightness, and perhaps even lower costs. So, it’s only a matter of time before quantum dot gaming monitors become much more prominent in the market.

To learn more about gaming displays, you can check out our range of esports monitors and other gaming displays.

Frequently Asked Questions About Quantum Dot Gaming Monitors

Enter the world of gaming and you will hear the terms refresh rate and frame rate frequently. To make the most of games of all genres, you need hardware that delivers ultra-fast refresh rates and super-high frame rates and understand what Adaptive Sync is.

The short of it: Adaptive Sync prevents screen tearing and game stuttering for the smoothest gameplay possible. Also, make sure to check out ViewSonic gaming monitors with the latest sync capabilities.

However, no matter how advanced the specifications are, monitor refresh rate and graphics card frame rate need to be synced. Without synchronization, gamers experience poor performance, marred with tearing and judder. Companies and organizations such as NVIDIA, AMD, and VESA developed different display technologies that help sync frame rates and refresh rates to eliminate screen tearing and minimize game stuttering. And one such technology is Adaptive Sync.

But first, we should understand what causes screen tearing, game stuttering, and input lag, and how Adaptive Sync resolves them.

What Causes Screen Tearing and Game Stuttering?

Traditional monitors by default refresh their images at a fixed rate. However, when a game requires higher frame rates outside of that fixed rate, especially during fast motion scenes, the monitor might not be able to keep up with that fast increase. The monitor then shows a part of one frame and the next frame at the same time.

As an example, imagine that your game is going at 90 FPS (Frames Per Second), but your monitor’s refresh rate is 60Hz. That means your graphics card is doing 90 updates per second with the display only doing 60. This overlap leads to split images, almost like a tear across the screen. These lines take the beautiful viewing experience away and hamper gameplay.

Game stuttering or micro-stuttering occurs when frames repeat, skip, or freeze. This usually happens when input delay between the GPU and your display happens. Games, especially fast-paced and graphics-intensive types, then feel slow and laggy and players experience input lag and sudden screen hiccups.

Strutter and input lag get big “help” from GPUs that render frames at a slower rate compared to the monitor. A drop in frame rates below your display’s refresh rate leads to game stutter and input delay.

Want to learn more about how your video card affects performance? Esports monitors offer an excellent illustration.

What is V-Sync?

V-Sync, also known as Vertical Sync, is the original GPU technology that synchronizes game frame rates with monitor refresh rates. It was developed primarily to combat screen tearing.

With V-Sync enabled on a monitor, frame rate output remains limited to the maximum refresh rate of that connected monitor. This allows the display to avoid frame rates higher than its refresh rate limit, which eliminates screen tearing. However, if the game’s required framerate drops below the refresh rate of the monitor, having V-Sync enabled causes the FPS to drop even further to match the monitor. This brings added latency, impedes performance, and increases input delay.

To combat this problem, Adaptive Sync was created to clear out screen tearing, reduce lag, and prevent frame stutter.

What is Adaptive Sync?

In every game, different scenes demand varying frame rates. The more effects and details the scene has (such as explosions and smoke), the longer it takes to render. Instead of consistently rendering the same frame rate across all scenes, whether they are graphics intensive or not, it makes more sense to sync refresh and frame rate. Good sync means the monitor and GPU work in tandem to adjust monitor refresh rate to frame rate output in real time.

Developed by VESA, Adaptive Sync adjusts display refresh rate to match GPU frame rate output on the fly. Every frame displays as soon as possible to prevent input lag and not repeat. That makes sure in-game stutter and screen tearing do not happen.

Outside of gaming, Adaptive Sync also enables seamless video playback at various frame rates, whether 24 FPS classic movies or 120 FPS streamed content. Adaptive Sync changes monitor refresh rate to match the frame rate of video content to ensure visuals appear smooth and free of interruption.

V-Sync vs. Adaptive Sync: What’s the Difference?

Unlike V-Sync, which caps your GPU frame rate to match your display refresh rate, Adaptive Sync dynamically changes the monitor refresh rate in response to actual frame rate requirements from a game. Adaptive Sync stops screen tearing and addresses the judder that V-Sync causes when FPS drops.

The image above shows the process. Display A waits for Render B to complete before it updates to Display B. This ensures that each frame displays as soon as possible and reduces the possibility of input lag. Frames do not repeat in order to prevent game stutter. The refresh rate adapts to the render frame rate to avoid screen tearing.

AMD FreeSync vs. NVIDIA G-Sync: What’s the Difference?

AMD FreeSync resembles VESA Adaptive Sync. It utilizes VESA’s royalty-free technology to sync refresh rate and frame rate. It also works on most monitors, which keeps prices down. However, AMD has left the frame rate range in the hands of manufacturers, which reduces the usefulness of its sync technology.

NVIDIA G-Sync also uses the same principle as Adaptive Sync. But it relies on proprietary designs that require a license fee and additional work on the part of monitor makers. With NVIDIA supervision, monitors with G-Sync have tighter quality control and therefore slightly higher prices.

The two solutions optimize for respective GPUs. If you own a monitor equipped with G-Sync and want premium features, you should get an NVIDIA graphics card. Likewise, a FreeSync display works best with AMD graphics cards. However, in reality FreeSync and G-Sync have mutual compatibility for baseline performance.

There’s more to learn about the comparison between FreeSync and G-Sync if you’re interested.

Final Thoughts

If you want the smoothest gaming experiences, your monitor needs to support Adaptive Sync. Extra true if you play a lot of fighting or shooting games that require precise reflexes, where even one frame differences lead to victory or defeat. So, make sure to get a display with FreeSync or G-Sync. Real gaming requires it.

Frequently Asked Questions for Adaptive Sync

Driven by growth in home entertainment and TVs with higher resolutions, HDMI became the standard connection for TVs and game consoles in the second half of the 2000s. By the mid-2010s it was standard on most PC monitors and graphics cards. HDMI 2.1 arrived in the mainstream on consoles, PCs, and TVs circa 2020. The updated spec represented a huge leap forward compared to its predecessor, HDMI 2.0. With revision 2.1, HDMI became truly viable for gaming, and on PC a real competitor for VESA’s evergreen DisplayPort 1.4. HDMI 2.1 brought full support for essential gaming features like variable refresh rate, auto low latency, and most importantly, full 4K 120 fps with wide gamut, 10-bit color.

HDMI stands for High Definition Multimedia Interface, though now it’s just HDMI officially. Shall we take a closer look at the impact HDMI 2.1 has had on gaming? Let’s go.

What is HDMI 2.1?

HDMI 2.1 is the latest update of the technology, and it provides more bandwidth and resolution as compared to its predecessors. To fully utilize the features of HDMI 2.1, a 2.1-compliant cable, or an Ultra High Speed HDMI cable, will be needed.

HDMI 2.1 vs. 2.0: What’s The Difference

The key difference between HDMI 2.0 and 2.1 is the size of the bandwidth and transmission bit rate. The former supports 18Gbps to achieve a 4K picture at 60Hz, whereas HDMI 2.1 clocks in at 48Gbps and promises up to 10K resolution at 120Hz.

The upgraded cable also supports brand new features such as dynamic HDR, an automatic low latency mode, and enhanced audio return channel (eARC) for a more immersive audiovisual experience. We will go into further detail later in this article. HDMI 2.0 does not deliver any of these additional features. It’s important to note there’s no 10K content and displays in the market currently, but it only means HDMI 2.1 is future-proofed if and when such content arrives.

Why You Need an HDMI 2.1 Monitor?

More Bandwidth

Going from HDMI 2.0 to 2.1 brings greater bandwidth with 48Gbps, which means it possesses superior data transfer speeds to carry 10K resolution and refresh rates of up to 120Hz.

Think about HDMI cables like a bridge that links the display to the source device. When the resolution and refresh rate increase, the amount of data also goes up. The lower the bandwidth, the less equipped it is to handle the data. HDMI 2.1’s larger bandwidth acts as a stronger bridge that supports heavier content loads from game consoles and PCs.

Higher Resolutions and Faster Refresh Rates

The era of 4K displays seems like an echo of the past as HDMI 2.1 supports resolutions of up to 10K. Although there is a lack of even 8K content available, it’s best to futureproof everything you buy.

Another advancement with HDMI 2.1 relates to refresh rates of up to 120Hz in 4K. This elevates the viewing experience of sports matches, action movies, and fast-paced games, and makes sure that every frame is captured in crisp detail.

Dynamic HDR

High dynamic range is a display technology that pushes video content past its limitations and takes brightness and color across a much wider range. It expands the contrast range beyond its normal values, causing darker blacks and brighter whites. But it only works at one setting across all frames.

Dynamic HDR, as the name implies, adapts picture quality frame by frame. With increased bandwidth, a display with HDMI 2.1 allows for dynamic HDR to occur smoothly for a more detailed visual experience.

Other Innovative Features

HDMI 2.1 also enhances viewing and gaming experiences with a variety of features.

Enhanced Audio Return Channel (eARC) is the next generation of ARC, which is a transmission protocol that sends high-quality pictures and sound data from a source device through a display to an external soundbar. It removes the need for a separate optical audio cable, thus decluttering your desk setup.

HDMI 2.1’s expanded bandwidth allows for eARC to handle more advanced audio formats and channels. In fact, it can cope with up to 7.1 channels and even supports Dolby TrueHD, Dolby Atmos, and DTS-HD Master Audio. This enhances the overall audio quality, resulting in mind-blowing surround sound each time you watch a movie or play a video game.

Another feature comes in the form of Variable Refresh Rate (VRR), a technology that automatically matches the display’s refresh rate to source device frame rate. This aspect is essential to video games as they require varying levels of data and go through heavy processing. Should the source device be unable to withstand the load, you get undesirable lag, judders, and screen tearing. HDMI 2.1 enables a more dynamic refresh rate of up to 144Hz and eliminates screen tearing for more fluid, smoother gameplay.

HDMI 2.1 also delivers a gaming feature known as Quick Frame Transport (QFT), which reduces display latency. This latency is the amount of time needed for the source device to transport, process, and display a frame on a screen. The longer this takes, the less responsive the game becomes. For example, perhaps you fired a shot by clicking on the mouse. High latency shows a delayed reaction onscreen. QFT speeds up transmission and makes sure that every reaction is relayed onto the display in real-time.

Another note on latency and gaming. HDMI 2.1 also enables Auto Low Latency Mode (ALLM). It recognizes when a display is used for gaming and then switches Game Mode on. ALLM provides the lowest input latency for your connected device.

Last but not least, HDMI 2.1 features Quick Media Switching (QMS). Imagine a scenario: you’re playing a game and decide to switch to a livestream. However, your screen blackouts for a few frames before showing the video. This blackout occurs when the display needs time to sync different resolutions and frame rates from one source to another. QMS eliminates these blackouts and gives you the ability to switch between TV and gaming without losing precious time.

Why HDMI 2.1 Matters for Gaming

HDMI 2.1 monitors are designed for current generation consoles and beyond. They boast compatibility and connectivity with Xbox Series X and PlayStation 5. They also work well with high-end graphics cards such as the NVIDIA RTX 50 series, delivering high-precision color production.

With so many gaming-centric features that unlock a superior experience, it’s a no-brainer to see why an HDMI 2.1 monitor goes great with serious gaming. That’s where the advantages of HDMI 2.1 truly have an impact. 4K games run smoothly at 120Hz and players enjoy a lag-and-tear-free, immersive cinematic experience.

Final Thoughts

In all, HDMI 2.1 is about the future. It keeps us ahead of the curve and transforms how we enjoy audiovisual content, especially when it comes to gaming. Console gamers in particular take full advantage of displays equipped with HDMI 2.1 technology and appreciate the gamer-centric features such as faster refresh rate support and ultra-low latency.

If you would like to learn more about gaming monitors, please explore our full model range.

Frequently Asked Questions for HDMI 2.1

Video conferencing monitors have become a standard feature in modern business settings as hybrid work and remote collaboration continue to evolve, and companies want easy-to-use, reliable solutions. It is fair to say that some businesses remain unsure of precisely how these monitors can outperform a more conventional monitor that is designed for all-purpose office use.

Read on to find out more about how investing in video conferencing monitors can help companies. Or browse through ViewSonic devices and solutions designed for online communication and collaboration.

As more businesses see the benefits of video conferencing, demand for related technology continues to rise. A good example is the growing interest in video conferencing monitors. These monitors are made specifically for online communication and come equipped with useful built-in features.

Video conferencing monitors combine a standard computer display with key communication tools. They usually include a webcam, speakers, and a microphone. Still, some businesses remain unsure how these monitors truly improve employee performance and overall productivity.

In this article, we explore 4 productive uses for video conferencing monitors in business settings.

1. Increase Productivity with Video Conferencing Monitors

The continued rise of virtual and hybrid meetings has created a new set of challenges that impact productivity and efficiency. Employees have to be concerned about slow internet connection, breakdown in device pairing, and long setup times. This might cause lateness or interruptions in many video conferences and affect the long-term satisfaction of the team.

Purpose-built to enhance online collaborations, video conferencing monitors are usually equipped with a built-in camera, speakers, and a microphone. Oftentimes, these tools have additional capabilities, including an adjustable camera for more varied camera angles or a noise-canceling mic for clearer voice capture. High-quality video conferencing monitors also place a focus on picture and audio quality for more immersive collaborations.

All of these features combine to ensure that employees will be able to hop onto a video call quickly without the worry of device compatibility and loading delays. This can be especially advantageous in situations where meetings are arranged at short notice. Overall, these monitors save precious time and allow employees to focus on the meetings.

2. Improve Employee Well-Being and Security During Video Calls

While video conferencing is now routine for most professionals, the ongoing balance between office and remote work still means extended screen time at home. This phenomenon brings with it a couple of issues pertaining to health and privacy. Video conferencing monitors are designed to combat effects such as eye fatigue, webcam hacking, and poor posture.

In the case of security, the increased frequency of video conferencing has also left employees vulnerable to camfecting. To prevent such attacks, video conferencing monitors usually have an integrated web camera equipped with a privacy slider. Employees will be able to cover the lens of the web camera whenever they are not on an online meeting. This gives them peace of mind and assurance that their privacy is not compromised.

Two of the major health side effects of increased video conferencing are eye fatigue and poor posture. Because video conferencing monitors are built for long use, they include advanced eye-care and ergonomic features. These help improve overall wellness. Employees should also take regular breaks to rest their eyes and move around more.

3. Save Space and Create a More Organized Workspace

The all-in-one approach to video conferencing monitors does not only improve efficiency, but they also keep offices and workstations clutter-free. Research has shown that a messy desk can impede employees’ ability to focus, affect their mental health, and sabotage their productivity.

With the inclusion of speakers, microphone, and webcam all built into the hardware, video conferencing monitors eliminate the need for additional external devices. This means that there are fewer cables to contend with and more desk space for employees to use.

In the office, the use of video conferencing monitors on each workstation can help to make the entire office look more professional. For remote workers, the space-saving qualities can be extremely valuable, especially when space is limited.

4. Reduce Equipment Costs

While video conferencing offers clear benefits, upgrading or maintaining reliable setups can still represent a notable investment. After all, if video conferencing is going to be a regular feature for both remote and office-based workers, a lot of equipment and software is going to be needed to ensure reliable remote communication.

In most cases, if a business is providing a remote or hybrid worker with the tools they need for video conferencing, this will mean procuring a computer, a monitor, a desk, a keyboard, a mouse, and so on. The costs can then become very high when high-quality webcams, microphones, headsets, and speakers are also considered.

With all its inclusions, video conferencing monitors are a more cost-effective solution for businesses to excel in a hybrid and remote work arrangements. It also minimizes the chances for employees to forget key equipment. For the IT team, video conferencing monitors reduce their workload as there is no need to spend additional time to set up, pair, and adjust external accessories to a basic monitor.

Final Thoughts

As video conferencing grows rapidly, it makes sense to use devices designed for virtual meetings. Video conferencing monitors help businesses cut costs and keep employees productive. These displays offer advanced collaboration features and are built to handle the effects of frequent online meetings.

If you plan to invest in a video conferencing monitor, choose one with a high-definition web camera and front-facing speakers. Also pick a noise-canceling microphone. Look for advanced panel specs like a wide color gamut for clearer visuals. Also, consider a privacy slider, eye-care technology, and ergonomic adjustments for comfort.

To learn more about choosing a video conferencing monitor, you can refer to our comprehensive guide on the features to look out for. Or browse through ViewSonic video conferencing monitors to optimize your workstation at the office or home.

Frequently Asked Questions About Video Conferencing Monitors

A big part of learning how to run effective meetings is related to communication, so a strong emphasis must be placed on this area. Learning to communicate better in meetings can boost overall business results because they become more productive and are more likely to achieve objectives.

Continue reading to learn five ways you can improve your communication in meetings. You can also explore collaboration tools and software from ViewSonic for better communication in meetings.

Understanding how to run effective meetings is a major part of successful business leadership, and communication plays a crucial role in this. If you can get ideas across clearly, keep people’s attention, make effective use of body language and steer conversations in the right direction, your meetings will become much more successful.

Delivering better meetings is important because many business gatherings lack focus and fail to achieve what they were supposed to. In this article, we provide five specific tips so that you can communicate better in meetings.

Why Communication Is the Key to Running Effective Meetings

The success of any meeting depends on how well people communicate. Clear, focused communication keeps everyone aligned and helps the discussion move forward productively. You need to make sure you are speaking clearly and are getting your points across in a way that can be easily understood by everyone else.

Remember that communication goes both ways. Speaking well is important, but active listening is just as essential for effective collaboration. You can be a good orator, delivering good content, but if you are not a good listener, your overall ability to communicate effectively will suffer.

With hybrid and remote work now part of everyday business, strong communication in video meetings is more important than ever. When videoconferencing, it’s crucial to use speaking time efficiently and respect everyone’s turn to talk. Even small interruptions or poor connections can break focus, slow the discussion, and waste valuable minutes.

One of the best ways to improve your communication is to record your meetings and listen to them back. While many people dislike the experience of listening to themselves, it is the best way to pick up on what you do well and where you need to make improvements. Of course, there are also some top tips to be aware of too.

5 Proven Tips That Actually Work

The following five tips will all assist you in learning how to run effective meetings through good communication practices. 

• Stay on topic to keep discussions focused and productive.
• Use the right technology to improve clarity and collaboration.
• Be mindful of body language to project confidence and build trust.
• Ask questions that invite participation and surface better ideas.
• Minimize distractions so everyone stays engaged and efficient.

1. Stay on Topic to Keep Meetings Focused and Results-Driven

According to the StepStone Group survey of 5,800 full-time employees in Germany (2024), workers spend on average 8.7 hours per week on unproductive activities such as unnecessary meetings or repetitive tasks. One of the reasons for this is because many meetings lack focus and drift away from the core aims.

To prevent this, you need to plan out the meeting ahead of time and stick as closely to the planned topics as possible. In some meetings, there may be the chance to open up the conversation to cover other issues at the end, but the focus should always be on the topic at hand so that the meeting delivers a useful outcome.

The host of the meeting or an appointed attendee can have the role of guiding the talking points and drive all participants back on the topic should the conversation go astray. Have a checklist prepared to ensure that all areas have been covered during the meeting. This will save everyone time and help drive productivity within the team.

2. Use the Right Technology to Improve Meeting Communication

Although it is vital to organize your thoughts and say the right things, the actual effectiveness of your communication within meetings can potentially be enhanced by intelligent use of relevant technology.

Especially in circumstances where meetings involve participants in various locations and time zones, it is essential to have devices and software that will support remote and hybrid meetings. For instance, an interactive display can help provide visual information and multimedia content for clearer communication. Supported with the myViewBoard ecosystem that is compatible with software solutions like Zoom, you can communicate to remote participants much more effectively.

Should you be having the meeting from home, it will be wise to invest in a good-quality monitor that enhances communication from afar. Some monitors feature ergonomic capabilities that allow you to stand to present even in the comforts of your own home. USB-C monitors can also streamline how you share and present content, making sure that the participants in the meeting can easily view the information quickly and easily.

3. Pay Close Attention to Your Body Language

When people think about communication, they immediately think about speech or written communication. However, a significant part of the way we communicate with other people occurs through body language. Therefore, to communicate better in meetings, you need to pay close attention to yours.

As an article from Forbes on body language in leadership points out, people make snap judgments based on your body language. Before a meeting, you need to consciously think about how you sit or stand. Avoid closed body language, such as crossed arms, and try to make plenty of eye contact with other people in the meeting, and adopt a good posture.

4. Ask Questions to Bring Others Into the Conversation

While it may not always be possible or appropriate, meetings tend to work better when the attendees are involved in a conversation rather than simply listening to a long speech. However, some of those attending the meeting may be reluctant to interject or to volunteer points themselves, which is why questions are so important.

Ideally, you should try to make intelligent use of questions to push the conversation forward and to get specific ideas from people. Questions can be aimed at the group, with attendees being given a chance to volunteer an answer, or aimed at individuals, which can be a good way to keep people engaged.

5. Reduce Distractions and Stay Focused During Meetings

Finally, another essential tip for improving the quality of communication in meetings is to keep unnecessary distractions to an absolute minimum. On a basic level, you need to ensure the room is soundproofed or located far enough away from unwanted background noise, but there is also a need to eliminate distractions inside the room too.

In an article in Inc. Magazine, 80% of workers understand mobile phones can be a distraction in meetings. However, about 50% still use them anyway. You can politely remind all meeting attendees to keep their mobile phones or laptops away so that they can pay attention to the messages conveyed during the meeting.

Restrict the number of devices in the meeting to those that are needed. If attendees do not require laptops to contribute to the meeting, avoid having them on desks. Paper handouts may be needed, but you need to avoid situations where people are caught between listening to the discussion and reading the content.

Final Thoughts

Communication is a critical component of understanding how to run effective meetings, and learning to communicate better can easily be the difference between an unproductive meeting that wastes everybody’s time and a good one that delivers on the original objectives.

What you say must have a purpose, and you need to stay on topic. However, you must remember that communication does not only go one way, and it is also not only about what you say. Bring others into the discussion and pay attention to your body language. Make effective use of technology and eradicate unnecessary distractions.

Recording meetings and listening to them back is a great way to pick up on areas of strength and areas of weakness. As you improve your communication, the overall quality of your business meetings will inevitably improve too.

To learn about the types of meetings to be having for better company welfare and improved productivity, you can read our handy guide here. Or you can browse ViewSonic’s meeting devices and solutions for more effective communication in meetings. 

Frequently Asked Questions About Communicating Better in Meetings

The role of esports within schools grows, and one of the areas that shows real potential is the use of esports in STEAM education. Competitive video game playing has the potential to help students become more familiar with technology and develop scientific thought patterns.

Read on to learn more about the relationship between esports and STEAM education initiatives. Or explore ViewSonic’s range of professional gaming monitors.

The idea of esports in STEAM education continues to gain traction but relies on schools embracing both of those concepts. When they do, an esports club helps students take an interest in STEAM fields and develop the skills and abilities sought within those fields of study.

In this article, we explore the idea of using esports in STEAM education in more detail and explain how the two concepts combine to help prepare students for the careers of the future.

What is STEAM Education?

First, it is important to gain an understanding of what STEAM education refers to. Essentially, it is an education model that prioritizes science, technology, engineering, the arts, and mathematics. This explains the STEAM acronym, and each of those subject areas may be described as a STEAM field.

The STEAM model builds on an existing educational model known as STEM, and the only difference between the two is that STEAM includes the arts alongside original STEM fields. STEAM initiatives aim to provide students with the skills required to succeed in the workforce today and in the future.

Going further, STEAM initiatives also encourage greater integration between different STEAM subjects so that relevant skills are acquired collectively rather than individually.

Esports in STEAM Education: What is the Connection?

Before exploring how esports apply within STEAM education, we should look at the connection between the two concepts more broadly. One of the best ways of demonstrating this connection is by looking at the correlation between people in STEAM fields and esports participants.

As an article from Sport Techie highlights, there is a strong correlation between schools that are known for STEAM initiatives and the size of their esports clubs. The article also highlights the over-representation of STEAM majors in esports competitions.

When you take the time to think about it, this crossover appeal makes sense because video games rely on technology, use scientific and mathematical concepts, are an example of the arts, and are the product of software engineering and development. As a result, it stands to reason that esports plays a role in preparing students for STEAM fields.

How Esports Can Help Improve STEAM Education Initiatives

In terms of how schools and other academic institutions use esports to improve STEAM initiatives, it is worth breaking down the potential benefits, some of which are as follows:

Building STEAM Skills

Perhaps the most obvious way that esports help to improve STEAM initiatives is by helping participants develop relevant skills. As a Forbes article indicates, the process of figuring out a video game helps develop the kind of systematic problem-solving skills associated with scientific methods.

Meanwhile, a natural extension of playing games within esports clubs involves teaching students elements of video game design or how to make their own games. This can then help them to develop the kind of skills needed to successfully move into areas like programming, computer graphics, or other aspects of video game design.

Improving STEAM Awareness

Another key way in which esports helps boost STEAM initiatives is through improving overall awareness of relevant concepts. For instance, understanding of the technology component of STEAM can be improved by gaming PCs or consoles and their associated accessories, including controllers, headsets, and gaming monitors.

The technology used is not just going to be related to gaming computers or video game consoles. An esports club needs to familiarize itself with audiovisual recording and editing. Other vital skills include live streaming, social media, data analysis, photography, and graphics design.

Boosting Inclusion

Furthermore, esports have the potential to boost inclusion, and this ensures a more diverse group of students engage with STEAM concepts. One of the ways this can be achieved is through helping level the playing field when it comes to accessing the technology used to play video games.

Not all students have a gaming PC or a video games console at home, and an esports club helps keep these students from missing out. This is important because the video games industry offers a wide range of career options. Meanwhile, esports has become a viable career path.

The Challenges of Using Esports in STEAM Education

The two biggest challenges encountered by educators attempting to use esports in STEAM education are a lack of buy-in from school decision makers and a lack of enthusiasm from parents with negative perceptions of esports and video games in general.

Much of this skepticism comes from media stories about video game addiction or because people fail to understand how playing video games holds academic value. In both cases, the best ways to challenge these views are to highlight success stories from other schools and explain the benefits of esports for developing STEAM skills.

The other major challenge you may encounter relates to funding. After all, a competitive esports club is going to need high-quality equipment, including gaming computers, gaming monitors, headsets, controllers, and more. When making a case for funding, highlight the fact that esports is increasingly viewed as a real sport and that funding for traditional sporting activities in schools remains a priority.

How Esports Help Non-Gamers

Despite claims that 91 percent of American children aged between 2 and 17 play video games, the reality is that interest levels vary significantly. A lot of kids aren’t interested enough to play competitively against other schools. Nevertheless, they may still have a role in an esports club.

The esports club within a school or other academic institution may need a wide range of people with different skills and interests. Clubs need logo artists, uniform designers, and photographers. The club’s social media accounts can also potentially be placed under student control.

This is significant because it means that the various benefits associated with the esports club with regards to STEAM education are not limited to those interested in playing video games competitively.

Final Thoughts

Although esports still face skepticism within academic settings, they play a valuable role in helping students develop skills related to science, technology, engineering, the arts, and mathematics. Crucially, knowledge and understanding of those STEAM fields are in high demand among employers, which will continue to be the case.

Aside from building key skills, esports in STEAM education help a broader range of students become familiar with technology and techniques within the arts. It is also important to stress that the benefits of a school esports club extend beyond those actively playing video games. Students take on other roles of value thanks to esports.

Setting up an esports club at school brings a whole host of benefits other than encouraging STEAM education. Read about how competitive video gaming helps improve student performance. Or learn about ViewSonic’s gaming monitors for your esports club needs.

Frequently Aked Questions for Esports in STEAM

Remote and hybrid work styles have become more popular and are here to stay, even after the pandemic. Video conferencing is now a regular part of work, pushing businesses to find the best setups for these modern ways of working. Companies must equip their teams with the right tools and software to keep up and thrive in this new environment. 

This article serves as the ultimate guide for video conferencing, regardless of whether you are based at home or in the workplace, with a focus on the hardware and software needed for effective online meetings. You may also browse through ViewSonic video conferencing monitor solutions.

For businesses operating with either remote or hybrid workforces, achieving the best video conferencing setup is crucial. Video conferencing effectively replicates the discussions and collaboration traditionally held in physical meetings. However, assembling the ideal setup is challenging due to the necessary equipment and various software packages. Let’s dive into more details on what is necessary and what it takes to create a good video conferencing setup. 

What Hardware Do I Need for Online Meetings?

First, investing in the right hardware for video conferencing is important. On a basic level, anyone participating in a video conference will require a computer or a device capable of running video conferencing software. However, additional hardware is also required, and you can learn more in the following sections. 

• Reliable computer or laptop – capable of running conferencing software like Zoom or Teams smoothly.
• High-quality monitor – preferably with built-in webcam, speakers, and microphone for a cleaner setup.
• Dedicated microphone – improves voice clarity and minimizes background noise.
• Speakers or headset – ensures clear audio output without echo or feedback.
• Webcam – external or built-in, with HD or 4K resolution for professional image quality.
• Stable internet connection – wired or high-speed Wi-Fi to maintain consistent call performance.
• Proper lighting – soft, even light reduces shadows and enhances your on-screen presence.

Invest in the Right Monitors

Video conferencing combines both audio and visual elements; the key piece of hardware linked to the visual element is going to be your monitor, so it is important to make the right selection. You will want to find a monitor with a high refresh rate and with a big enough screen to use video conferencing software comfortably. 

Video Conferencing Monitors with Built-In Features 

Some monitors are purpose-built for video conferencing, also known as video conferencing monitors, and these monitors come with a built-in webcam, speakers, and a microphone, saving you the time and hassle associated with buying those items separately. Investing in one of these videoconferencing monitors is also a safe way to ensure your employees will have the level of quality they need. 

Watch the video below to learn more about our VG41V Series USB-C Video Conferencing Monitor and its all-in-one collaboration features.

Using Touchscreen or Daisy-Chained Displays

Or it might be useful to daisy chain monitors to expand the video conferencing setup. For example, you can pair a  touchscreen monitor with a desktop PC via a USB-C cable. This allows you to attend a video conference on the desktop monitor while simultaneously taking notes or presenting using a stylus on the touchscreen display. 

If you’re interested in videoconferencing monitors, explore this comprehensive guide to find the perfect one for your needs. 

Acquire a Good Microphone 

If you do not opt for a video conferencing monitor – or any other monitor that comes with a built-in microphone – you are going to need to purchase one of these separately. This equipment lets you speak with colleagues and be heard by them, so you must make an informed decision here too. 

You will generally want to use a microphone that can deliver clear audio with minimal distortion. Most modern video conferencing software can eliminate background noise, such as typing, air conditioning, or street sounds, which can distract participants during a call. Some optional features to consider include a pop filter, which helps reduce the ‘popping’ sounds associated with plosive words, such as those starting with ‘p’, ‘t’, and ‘b’. 

Most microphones used for video conferencing will be unidirectional, picking up sound from directly in front of the mic. However, other options are available, including omnidirectional microphones, where sound is taken from all around. This may be useful for those with more advanced needs. 

Buy Speakers or a Headset 

You are also going to need to hear others on a virtual meeting, which means you are going to need either speakers, a high-quality headset, or both of those devices. Headsets are ideal for drowning out any other sounds in your environment, allowing you to focus more on the video conference you are part of. They will usually also include a built-in microphone. 

On the other hand, headsets may not be ideal in any situation where employees need to be able to hear their surrounding area, and speakers may be better for this. The main drawback with speakers is the fact that they can be distracting to other workers in the same space, especially if they are not taking part in the same video conference. 

This means speakers may not be ideally suited to hybrid setups, where people are physically present in the same location. Nevertheless, the eventual decision between speakers or a headset will depend on your circumstances. 

External or Built-In Webcam 

Another similar decision needs to be made between using an external webcam or one that is built into the monitor. The primary benefit of using an external webcam is the greater scope for flexibility. You will be able to position the webcam more freely and even physically pick it up and move it around during a video conference. 

By contrast, a built-in webcam is going to be in a fixed location, connected to the monitor. The advantage of this setup is that you can look at your screen and appear to be looking into the camera, which can give the impression of making eye contact with others in the meeting. There are some built-in webcams that have privacy sliders to prevent the potential risks of webcam hacking. 

As an article for Chron explains, when pure image quality is the main priority, a separate webcam will be the better option because there is more room for top-of-the-range lenses and auto-focus capabilities. However, a built-in webcam is easier to set up and maintain, as it’s usually ready to use immediately. Furthermore, the latest videoconferencing monitors are bridging the gap with external webcams by offering increasingly advanced features such as camera tilt, LED fill lights, built-in microphones, and even support for Windows Hello facial recognition login.   

What Software Do I Need for Online Meetings?

The most obvious software you are going to need is a dedicated video conferencing package. This is the software participants will use to connect and use audio and visual technology. Crucially, the software will be able to facilitate real-time communication between multiple people at once. There is a wide range of different video conferencing solutions on the market, but some of the most popular and best-known include Microsoft Teams, Zoom, Google Meet, and Skype. The popularity of these options also makes them the safest bets when your video conferencing may need to involve third parties. 

 The exact features of each of these applications do vary, but they offer similar core functionality, allowing employees to see and hear each other while making use of other communication tools. Therefore, your chosen software will depend on personal preference or on compatibility with the other software you use for work purposes.  

Digital Whiteboarding Software

In today’s fast-paced business environment, teams often face the challenge of staying connected and aligned, especially when members are dispersed across different locations. Digital collaborative tools step in to bridge this gap, offering a practical solution for daily operations.  Imagine a scenario where a project team, spread across three cities, needs to quickly pivot their strategy based on new client feedback. Team members can jump into an impromptu session, sketching out ideas on a virtual whiteboard. As they brainstorm, changes are instantly visible to all participants, allowing for immediate feedback and iterative adjustments.

They enhance flexibility and accessibility, streamlining the organization and management of emails and ongoing project communications. This ensures that team members receive updates in real time, helping to keep everyone on the same page with minimal delay. Using digital collaborative tools offers transformative potential for team dynamics. Some comprehensive digital collaborative tools, such as TeamOne, feature built-in AI-powered tools, including enhanced writing, hand gestures, and handwriting recognition. These tools are adaptable across various devices, from laptops and touch-screen tablets to large-format interactive displays, making them suitable for various meeting room settings.  

For organizations looking for a more integrated Teams experience, explore the ViewSonic Microsoft Teams Rooms Solution.
This system combines certified hardware with Teams software for a seamless, room-ready video conferencing setup ideal for hybrid workplaces.

Final Thoughts

Setting up the ideal video conferencing system has never been more crucial for both businesses and individuals. This requires selecting the right combination of hardware and software, including webcams, microphones, speakers, and headsets. To further enhance the quality of your video conferences, consider acquiring suitable video conferencing or a digital whiteboarding software solution.  

If you prefer a simpler solution without the need to assemble various components, you might want to consider a video conferencing monitor, which integrates most necessary features into a single device. If you are tired of unproductive meetings, discover how to change that in our comprehensive guide here or explore a range of devices specifically designed for web conferencing from ViewSonic. 

Frequently Asked Questions About Video Conferencing Setups

Gaining an understanding of the various web conferencing advantages and disadvantages can be critical for business success because it allows companies to fully realize the potential on offer, while also maintaining an awareness of the challenges and what can be done to overcome them.

Keep reading to find out more about the pros and cons of web conferencing in modern business settings. The right equipment is also essential for effective video conferences, you may browse ViewSonic tools and solutions to amplify the benefits of web conferencing.  

With the increasingly important role web conferencing is playing in modern work life, it is worthwhile taking the time to learn about some of its advantages and disadvantages. Doing so can allow you to better understand why web conferencing solutions are so valuable and prepare you for some of the obstacles, too.

In this article, we take a closer look at how web conferencing can benefit your business, along with some of the potential drawbacks that you either need to be aware of or take action to prevent.

Web Conferencing Advantages and Disadvantages

Below, we have broken down some of the pros and cons of web conferencing into a list of three main advantages and three main disadvantages, allowing each of these to be explored in sufficient depth.

3 Advantages of Web Conferencing

Web conferencing has helped to revolutionize modern workplaces and fundamentally alter business communication. In this section, we explore some of the most significant ways that web conferences can benefit employers and employees.

Decreases the Importance of Location

One of the biggest plus points connected to web conferencing is the removal of physical or geographical location as a barrier when it comes to meetings, group discussions, events, and collaborative sessions. After all, with the right equipment and software, people will be able to attend these gatherings from anywhere in the world.

This then has a number of significant knock-on effects. For instance, it means companies can increase the scale of their conferences or product launch events because they can be ‘attended’ by a global audience. It also means business meetings can occur without limits, potentially enabling employees and talents to be hired from different parts of the world.

Significantly Reduces Long-Term Costs

Another major advantage associated with web conferencing is the ability to reduce costs, and this applies to both businesses and employees. For companies, video conferencing has the potential to greatly reduce travel expenses, and its role in facilitating remote or hybrid work can also allow businesses to reduce their office space.

In fact, companies can save as much as $11,000 per employee annually by using web conferencing software. For employees, the main financial benefit is the reduced need to commute to the workplace for meetings or events. In organizations carrying out regular meetings, these savings quickly add up too.

Can Create a Better Work/Life Balance

It is important to acknowledge that the traditional approach to business meetings can have a negative impact on employees’ work/life balance, especially if they are expected to travel to meetings regularly. When the option exists to attend virtually instead, it presents an opportunity to improve this balance by reducing time needed for the preparation of travel and the commute itself.

This time saved could potentially enable employees to sleep for longer, meaning they are better rested or enjoy more social time away from work, which can improve overall happiness. Businesses can then benefit from this too, as well-rested, happy employees are likely to be more productive and less likely to want to find a different job.

3 Disadvantages of Web Conferencing

A growing number of businesses are coming to terms with the potential that web conferencing has to offer, but it is equally important to grapple with the challenges or difficulties associated with the technology too.

Initial Setup Can Be Expensive

While the long-term savings associated with web conferencing are a significant plus point, it is fair to say substantial investment is usually required to get things set up in the first place. Among other things, businesses need to ensure their infrastructure can cope with demands and that all employees have the necessary equipment.

Often, this will mean providing monitors, headsets, and webcams for those who are working remotely. Everyone will require access to the core web conferencing software, which could be Microsoft Teams, Google Meet, Zoom, or another similar platform. There may also be a need for digital whiteboarding solutions and video conferencing monitors.

May Lead to Social Isolation

Web conferencing technology plays a key role in hybrid and remote working models and these have many benefits, but they can also contribute to feelings of social isolation. For instance, an employee who works from home often and who lives alone can easily suffer from a lack of real-world contact, and this needs to be carefully managed.

At its best, web conferencing is about breaking down barriers and bringing people closer together. Nonetheless, you do need to monitor each employee carefully and pick up on any signs of unhappiness. Hosting non-work virtual gatherings and reaching out to individual employees can also help battle isolation.

Technical Issues Can Cause Disruptions

Although steps can be taken to reduce the risk of technical issues, such as by investing in high-quality equipment and providing staff training, they are still a factor with many web conferences and need to be considered a disadvantage compared to the more traditional approach of in-person conferences or meetings.

According to research from Highfive, 40 percent of meetings encounter some form of hardware or software-related technical issue, and the average time wasted on solving issues of this kind is three minutes. Some of the most common difficulties include unstable internet connections, software compatibility issues, and audio problems.

Final Thoughts

Getting to grips with the various web conferencing advantages and disadvantages allows businesses to improve their understanding of the technology and carry out better meetings. In particular, it is important to acknowledge the benefits of breaking down geographical barriers, improving employee work/life balance, and saving money.

At the same time, web conferencing does require initial investment, and technical issues are somewhat inevitable, although steps can be taken to reduce them. Moreover, frequent use of web conferencing to assist remote work can potentially lead to issues around social isolation, and any related problems need to be handled compassionately.

To amplify the benefits of web conferencing, it’s important to know the steps in setting up, managing, and executing one. Read our article on the six steps to take to achieve an effective web conference. Or explore ViewSonic’s business tools and solutions for your best video conferencing setup.

The concept of using esports to improve student performance within schools and other academic settings may still seem unusual to some educators, but it is a realistic aim. To reap the rewards from an esports program, you need structure and a plan of action.

Continue reading to learn more about how esports can boost performance outcomes. You may also check out ViewSonic ELITE’s series of professional gaming monitors.

Esports, or competitive video gaming, is still an emerging concept within schools. Although the overall popularity of esports has exploded in recent times, the idea of using esports to improve student performance is still not particularly well understood by educators in general.

Nevertheless, esports can help teach valuable skills and useful ways of thinking, which can assist students throughout their education and employment. However, to get the most out of esports clubs, schools and other institutions need to work with students to develop these skills, rather than leaving them to their own devices.

In this article, we will take a more in-depth look at five specific goals for improving performance outcomes for students. In doing so, we will also explain the important role that esports can play in making those goals achievable.

Goal #1: Using Esports to Improve Student Performance by Building Confidence

When it comes to academic achievement, confidence plays an important role. Studies have demonstrated that the effect of confidence on performance outcomes in examinations can be as much as 12 percent. However, one of the big problems educators face when attempting to solve this problem is confusion between confidence and self-esteem.

With regards to academic performance, confidence should be thought of as the student’s perception of their ability to accomplish the task at hand. This perception is likely to be influenced by experiences throughout their lives, and that is where using esports to improve student performance becomes viable.

Through esports, students can develop confidence in a few ways. For instance, through trial and error or strategic thinking, the process of overcoming obstacles can help to reinforce the idea that problems have solutions and that students should persevere when they meet obstacles, rather than giving up or losing interest.

Goal #2: Using Esports to Boost Overall Student Engagement

Another common goal when attempting to improve academic performance in schools is to boost student engagement. While student engagement is most commonly defined as engagement with learning activities, it is important to know that some definitions of student engagement emphasize engagement with the academic environment as a whole.

A natural extension of this line of thinking is that students should be encouraged to participate in extracurricular activities they enjoy. This could help them to form a better relationship with the school as a whole and to develop a sense of belonging.

Some potential knock-on effects could help to improve learning outcomes. For example, participation in the esports club may help some students improve their attendance by giving them something to look forward to. Improved attendance then means a better chance that students achieve their academic goals.

Goal #3: Using Esports to Assist with the Use of Gamification in Lessons

The concept of gamification in education is not especially new, but teachers are finding new ways to utilize it in schools. The idea behind gamification is to make lessons as enjoyable as possible, for as many students as possible, by introducing game design elements into the classroom.

Making lessons more enjoyable can boost performance outcomes, and one of the ways esports can assist with this is by introducing more students to video gaming concepts. This enables them to better understand the various gamification elements introduced into the classroom and may help them to excel in those sessions as well.

While video gaming is a popular activity for school-aged children, not everyone in the school will have a video games console or a gaming PC at home. For some students, the esports club will represent their only real opportunity to regularly play video games and familiarize themselves with video game concepts.

Goal #4: Using Esports to Encourage Students to Meet Academic Goals

In many schools, colleges, and universities, traditional sports teams and clubs are used to help students stay motivated and responsible for their academic progress. This is often achieved by insisting that participation hinges on meeting or exceeding agreed academic targets, and this is something that can be done through esports too.

A common message promoted by schools and colleges is that sports are extracurricular activities, and participation should be seen as a privilege and not a right. When this same principle is applied to esports, members of the esports club gain an understanding of the fact that they need to earn the right to take part in competitive gaming sessions.

This provides a clear incentive for students to try their best during lessons and exams, to keep their grades up, or meet other academic goals set for them. For this approach to work to its full potential, it is also important that the esports club is made as fun and inclusive as possible so that people want to take part.

Goal #5: Using Esports to Develop Specific Useful Skills

Finally, esports within academic settings can also help students develop some specific skills or abilities that can be applied to their wider studies. Competitive video game playing can help to improve fluency in key areas like science, mathematics, and technology.

This can be especially useful in academic institutions that emphasize STEAM education – science, technology, engineering, the arts, and mathematics. Beyond this, esports can help students to develop teamwork or collaborative skills, which can be useful across a range of different subject areas.

Problem-solving skills, decision-making skills, and communication skills can also be enhanced through esports, while the social skills developed through the club will also serve students well in all areas of life. The best esports clubs will work with students on an individual level, helping them to address weaknesses and identify areas of strength.

Final Thoughts

As the popularity of esports continues to grow and it becomes more widely embraced within academic settings, more educators are going to want to understand how to use esports to improve student performance. After all, proponents of esports in schools insist on the fact that it offers benefits that extend beyond the esports club itself.

An esports club can help students to build confidence, and it can improve student engagement with the academic environment itself. The club can also play a role in helping students to become familiar with gamification concepts, and participation can be used to encourage students to meet their academic targets.

Moreover, esports can help students to learn skills that will help them not only while they are in school but also later in life. However, for these benefits to be fully realized, the esports club needs to be carefully managed, and participants should have one-to-one sessions where specific areas of strength and weakness can be addressed.

Setting up an esports club in high school can bring a whole host of other benefits, you can read more about it here and learn how competitive video gaming can help students. To kickstart an esports program at your school, discover ViewSonic ELITE’s range of gaming monitors.