Set Up Dual Monitor for Gaming: The Ultimate Guide for 2025

writer’s name

Updated

Remember when gaming on a single monitor seemed like the peak of digital entertainment? Those days are long gone. As a dedicated gamer who's spent countless hours both playing and optimizing gaming setups, I can tell you that properly setting up dual monitors for gaming isn't just an upgrade—it's a transformation. Whether you're streaming your gameplay, keeping an eye on Discord chats while in-game, or simply craving that immersive panoramic view, a dual monitor setup delivers an experience that single screens simply can't match.

But here's the thing—setting up dual monitor for gaming isn't as simple as plugging in another screen and hitting the power button. There are hardware considerations, software configurations, and optimization techniques that make the difference between a clunky, frustrating experience and a seamless gaming paradise. In this guide, I'll walk you through everything you need to know about creating the perfect dual monitor gaming setup that will revolutionize how you play.

Supported Windows Versions

Not all editions of Windows support multiple monitors over a Remote Desktop connection. For dual-monitor functionality, ensure you have:

Windows 10 Pro or Enterprise: These editions support Remote Desktop with multiple monitors natively.
Windows Server (2016 or later): Server versions offer extensive multi-monitor capabilities in enterprise environments.
Upgrade from Windows Home: If you are using Windows Home, you'll need to upgrade to Pro or Enterprise, as Home edition does not support Remote Desktop connections.

Monitors and hardware setup

Before beginning your dual-monitor Remote Desktop session, confirm that all hardware requirements are met:

Dual Monitor Configuration: Both monitors must be properly connected and set up in your local system's Display Settings.
Display Settings: Ensure that both monitors are set to “Extend” mode under your local machine's display settings. To access this option, go to Settings > System > Display, then under Multiple displays, select Extend these displays.
Graphics Drivers: It's important to have your local machine's graphics drivers updated. Outdated drivers may cause issues with seamless transitions between multiple monitors during a remote session.

Network and performance considerations

A stable and high-speed internet connection is vital for a smooth multi-monitor Remote Desktop experience. Poor bandwidth or network instability can result in screen freezing or lag across monitors.

Recommended Bandwidth: For dual-monitor Remote Desktop sessions, a minimum connection speed of 10 Mbps is recommended. Displays with higher resolutions may require additional bandwidth.
Configure Remote Desktop for Low Bandwidth: In the Remote Desktop Connection settings, navigate to the Experience tab and select options optimized for low-bandwidth environments, such as adjusting visual settings like desktop composition and font smoothing.

How to extend Remote Desktop to two monitors

Once you've confirmed the prerequisites, you can proceed with enabling multi-monitor support. There are several methods to configure dual monitors in Microsoft Remote Desktop, based on your preferred interaction.

Method 1. Enabling multi-monitor support in the RDC app

The easiest way to enable dual monitors is by using the Microsoft Remote Desktop Connection (RDC) tool.

Step 1. Launch RDC: Open the Remote Desktop Connection tool by typing "mstsc" in the Start menu search bar.

Step 2. Expand Options: Click on “Show Options” to access advanced settings.

Step 3. Navigate to the Display Tab: In the Display tab, check the option “Use all my monitors for the remote session.”

Step 4. Connect: Enter the target machine's IP address or hostname and click “Connect.” Your Remote Desktop session will now span across all available monitors.

Method 2. Configuring an RDP file for multi-monitor configuration

For more flexibility or automation, IT administrators can configure an .rdp file to manage multi-monitor setups.

Step 1. Create or Edit an RDP File: Open or create an .rdp file using a text editor such as Notepad.

Step 2. Add Multi-Monitor Parameter: Add or modify the following line in the file to enable multi-monitor support:

Step 3. Save the File: After saving the changes, double-click the .rdp file to start a multi-monitor session.

This method is particularly useful for system administrators who handle multiple remote connections or want to configure specific settings for users in advance.

Method 3. Use command-line for Remote Desktop with dual monitors

For those who prefer command-line tools or need automation, you can initiate a multi-monitor session directly from the Command Prompt.

Step 1. Open Command Prompt: Run Command Prompt as an administrator.

Step 2. Execute Command: Enter the following command to start a Remote Desktop session with dual monitors.

This command-line approach is ideal for IT professionals needing to quickly set up or automate remote sessions.

Troubleshooting multi-monitor remote desktop issues

Encountering problems with a multi-monitor Remote Desktop setup is not uncommon, even after configuration. Here are the most typical issues and how to resolve them effectively.

Second monitor not showing in remote session

At times, the second monitor may fail to appear during a Remote Desktop session. This can result from incorrect local settings or session misconfigurations.

Check Local Display Settings: Ensure the secondary monitor is properly detected and configured as an extended display on your local system.
Review Remote Desktop Settings: Confirm that the "Use all monitors" option is enabled in the RDC settings.
Verify .rdp File Configuration: If you're using an .rdp file, ensure the "use multimon" parameter is accurately set.

Poor performance on secondary monitor

Slow response times or lagging on the second monitor often point to network limitations or overly high-resolution settings.

Lower Display Resolution: Navigate to the Display tab in Remote Desktop settings and reduce the monitor resolution to improve performance.
Optimize Network Configurations: In the Experience tab, disable graphical enhancements to accommodate limited bandwidth.

Session not spanning across two monitors

If your session fails to extend across both monitors, the issue might lie with the Remote Desktop app or the operating system configuration.

Update Your RDC Client: Make sure you're using the latest version of the Microsoft Remote Desktop Client. Older versions might not support multi-monitor setups effectively.
Confirm Windows Compatibility: Check that your Windows edition includes support for multi-monitor Remote Desktop functionality.

By systematically addressing these common issues, you can ensure a seamless and efficient multi-monitor Remote Desktop experience.

Enhancing Your Experience with DeskIn

While setting up dual monitor for gaming creates incredible possibilities, managing multiple displays efficiently can still be challenging. That's where DeskIn comes in as an optional tool to elevate your multi-monitor experience.

DeskIn offers several features that complement your dual monitor gaming setup:

Seamless Mouse Movement: Navigate between screens without getting caught at screen edges
Hotkey Configuration: Create custom shortcuts for moving between displays
Window Management: Quickly snap game-related windows to ideal positions

To extend your display using DeskIn, follow these steps carefully to ensure a seamless dual-screen setup:

Install and Open DeskIn on Both Devices
Make sure DeskIn is installed on both the primary and secondary devices. If you haven't installed the application yet, you can download it from the official website.
Click here to download DeskIn
Log In Using the Same Account on Both Devices
Launch DeskIn on each device and sign in using the same DeskIn account. This ensures proper synchronization between the devices.

Select the Target Device to Use as the Extended Screen
On your primary device (the one you will be actively using), locate and select the second device that you wish to use as an extended display.

Navigate to Screen Management and Click “Extend Screen”
Once the target device is selected, go to the Screen Management menu. Then, click on “Extend Screen” to initiate the extended display connection.

Grant Permission on the Secondary Device
A permission request will appear on the secondary device. Approve the request to allow the connection and enable screen extension.
Adjust Resolution and Frame Rate Settings
After the screen has been extended, configure the resolution and frame rate (FPS) to match the optimal settings for your usage, especially if you plan to use the setup for gaming or visual-intensive tasks.

Adjust Resolution and Frame Rate Settings

Begin Using Dual Screens Efficiently
Your screen is now successfully extended. You can begin working or gaming across two screens with improved flexibility and visual workspace.

DeskIn helps solve common frustrations when gaming across multiple screens, creating a more intuitive experience without the typical multi-monitor headaches many gamers encounter.

Conclusion: Transform Your Gaming with the Perfect Dual Monitor Setup

Setting up dual monitor for gaming represents one of the most significant upgrades you can make to your gaming experience. From enhanced multitasking to truly immersive gameplay, the benefits are substantial and well worth the initial effort of configuration.

Remember these key takeaways:

Choose monitors with matching specifications when possible
Ensure your GPU can handle the additional display requirements
Take time to properly configure Windows display settings
Consider DeskIn as an optional tool to streamline your dual monitor experience

Ready to transform your gaming setup? Follow the steps in this guide to create a dual monitor gaming environment that will forever change how you play.

Click here to download DeskIn

Supported Windows Versions

Not all editions of Windows support multiple monitors over a Remote Desktop connection. For dual-monitor functionality, ensure you have:

Windows 10 Pro or Enterprise: These editions support Remote Desktop with multiple monitors natively.
Windows Server (2016 or later): Server versions offer extensive multi-monitor capabilities in enterprise environments.
Upgrade from Windows Home: If you are using Windows Home, you'll need to upgrade to Pro or Enterprise, as Home edition does not support Remote Desktop connections.

Monitors and hardware setup

Before beginning your dual-monitor Remote Desktop session, confirm that all hardware requirements are met:

Dual Monitor Configuration: Both monitors must be properly connected and set up in your local system's Display Settings.
Display Settings: Ensure that both monitors are set to “Extend” mode under your local machine's display settings. To access this option, go to Settings > System > Display, then under Multiple displays, select Extend these displays.
Graphics Drivers: It's important to have your local machine's graphics drivers updated. Outdated drivers may cause issues with seamless transitions between multiple monitors during a remote session.

Network and performance considerations

A stable and high-speed internet connection is vital for a smooth multi-monitor Remote Desktop experience. Poor bandwidth or network instability can result in screen freezing or lag across monitors.

Recommended Bandwidth: For dual-monitor Remote Desktop sessions, a minimum connection speed of 10 Mbps is recommended. Displays with higher resolutions may require additional bandwidth.
Configure Remote Desktop for Low Bandwidth: In the Remote Desktop Connection settings, navigate to the Experience tab and select options optimized for low-bandwidth environments, such as adjusting visual settings like desktop composition and font smoothing.

How to extend Remote Desktop to two monitors

Method 1. Enabling multi-monitor support in the RDC app

The easiest way to enable dual monitors is by using the Microsoft Remote Desktop Connection (RDC) tool.

Step 1. Launch RDC: Open the Remote Desktop Connection tool by typing "mstsc" in the Start menu search bar.

Step 2. Expand Options: Click on “Show Options” to access advanced settings.

Step 3. Navigate to the Display Tab: In the Display tab, check the option “Use all my monitors for the remote session.”

Step 4. Connect: Enter the target machine's IP address or hostname and click “Connect.” Your Remote Desktop session will now span across all available monitors.

Method 2. Configuring an RDP file for multi-monitor configuration

For more flexibility or automation, IT administrators can configure an .rdp file to manage multi-monitor setups.

Step 1. Create or Edit an RDP File: Open or create an .rdp file using a text editor such as Notepad.

Step 2. Add Multi-Monitor Parameter: Add or modify the following line in the file to enable multi-monitor support:

Step 3. Save the File: After saving the changes, double-click the .rdp file to start a multi-monitor session.

This method is particularly useful for system administrators who handle multiple remote connections or want to configure specific settings for users in advance.

Method 3. Use command-line for Remote Desktop with dual monitors

For those who prefer command-line tools or need automation, you can initiate a multi-monitor session directly from the Command Prompt.

Step 1. Open Command Prompt: Run Command Prompt as an administrator.

Step 2. Execute Command: Enter the following command to start a Remote Desktop session with dual monitors.

This command-line approach is ideal for IT professionals needing to quickly set up or automate remote sessions.

Troubleshooting multi-monitor remote desktop issues

Encountering problems with a multi-monitor Remote Desktop setup is not uncommon, even after configuration. Here are the most typical issues and how to resolve them effectively.

Second monitor not showing in remote session

At times, the second monitor may fail to appear during a Remote Desktop session. This can result from incorrect local settings or session misconfigurations.

Check Local Display Settings: Ensure the secondary monitor is properly detected and configured as an extended display on your local system.
Review Remote Desktop Settings: Confirm that the "Use all monitors" option is enabled in the RDC settings.
Verify .rdp File Configuration: If you're using an .rdp file, ensure the "use multimon" parameter is accurately set.

Poor performance on secondary monitor

Slow response times or lagging on the second monitor often point to network limitations or overly high-resolution settings.

Lower Display Resolution: Navigate to the Display tab in Remote Desktop settings and reduce the monitor resolution to improve performance.
Optimize Network Configurations: In the Experience tab, disable graphical enhancements to accommodate limited bandwidth.

Session not spanning across two monitors

If your session fails to extend across both monitors, the issue might lie with the Remote Desktop app or the operating system configuration.

Update Your RDC Client: Make sure you're using the latest version of the Microsoft Remote Desktop Client. Older versions might not support multi-monitor setups effectively.
Confirm Windows Compatibility: Check that your Windows edition includes support for multi-monitor Remote Desktop functionality.

By systematically addressing these common issues, you can ensure a seamless and efficient multi-monitor Remote Desktop experience.

Enhancing Your Experience with DeskIn

DeskIn offers several features that complement your dual monitor gaming setup:

Seamless Mouse Movement: Navigate between screens without getting caught at screen edges
Hotkey Configuration: Create custom shortcuts for moving between displays
Window Management: Quickly snap game-related windows to ideal positions

To extend your display using DeskIn, follow these steps carefully to ensure a seamless dual-screen setup:

Install and Open DeskIn on Both Devices
Make sure DeskIn is installed on both the primary and secondary devices. If you haven't installed the application yet, you can download it from the official website.
Click here to download DeskIn
Log In Using the Same Account on Both Devices
Launch DeskIn on each device and sign in using the same DeskIn account. This ensures proper synchronization between the devices.

Select the Target Device to Use as the Extended Screen
On your primary device (the one you will be actively using), locate and select the second device that you wish to use as an extended display.

Navigate to Screen Management and Click “Extend Screen”
Once the target device is selected, go to the Screen Management menu. Then, click on “Extend Screen” to initiate the extended display connection.

Grant Permission on the Secondary Device
A permission request will appear on the secondary device. Approve the request to allow the connection and enable screen extension.
Adjust Resolution and Frame Rate Settings
After the screen has been extended, configure the resolution and frame rate (FPS) to match the optimal settings for your usage, especially if you plan to use the setup for gaming or visual-intensive tasks.

Begin Using Dual Screens Efficiently
Your screen is now successfully extended. You can begin working or gaming across two screens with improved flexibility and visual workspace.

DeskIn helps solve common frustrations when gaming across multiple screens, creating a more intuitive experience without the typical multi-monitor headaches many gamers encounter.

Conclusion: Transform Your Gaming with the Perfect Dual Monitor Setup

Remember these key takeaways:

Choose monitors with matching specifications when possible
Ensure your GPU can handle the additional display requirements
Take time to properly configure Windows display settings
Consider DeskIn as an optional tool to streamline your dual monitor experience

Ready to transform your gaming setup? Follow the steps in this guide to create a dual monitor gaming environment that will forever change how you play.

Click here to download DeskIn

What’s next?

View All

How to Use AnyDesk Wake on LAN to Power On Your Remote PC

If you want to remotely power on a sleeping computer, AnyDesk Wake on LAN can be a useful feature. It allows you to wake a device without physically pressing the power button, making remote work and system maintenance much easier.

In this guide, we'll walk through how to configure AnyDesk Wake on LAN step by step, including BIOS settings, operating system configuration, and AnyDesk options. While the process works well when everything is configured correctly, it can also involve several technical steps. That's why we'll also introduce DeskIn, a simpler and more streamlined alternative for remote access and Wake on LAN. Keep reading to learn both approaches.

What Is Wake on LAN and Why Do You Need It?

Wake on LAN is a networking feature that allows a device to be powered on remotely through a special network signal known as a "magic packet." When the sleeping computer's network card receives this packet, it sends a signal to the motherboard to start the system.

The main benefit of Wake on LAN is convenience and energy efficiency. Instead of keeping a computer running all day, you can leave it in sleep or shutdown mode and wake it only when needed. This saves electricity and extends hardware lifespan.

Another advantage is accessibility. Whether you're working from home, performing remote maintenance, or managing servers, Wake on LAN ensures devices remain reachable even when they are powered down. IT teams often rely on this capability to troubleshoot systems or perform updates without being physically present.

How to Set Up AnyDesk Wake on LAN Step by Step

Configuring AnyDesk Wake on LAN involves preparing the hardware, enabling settings in your operating system, and activating the feature in AnyDesk itself. The steps below will guide you through the process.

Step 1. Enable Wake on LAN in BIOS or UEFI

The first requirement is enabling Wake on LAN at the motherboard level.

Restart your computer.
Enter the BIOS or UEFI menu during startup (usually by pressing F2, DEL, or F10).
Open the Power Management section.
Locate a setting such as Wake on LAN, Power on by PCI-E, or similar.
Enable the option.
Save changes and exit the BIOS.

This step ensures the motherboard will allow network signals to power the system on.

Step 2. Configure the Network Adapter in Windows

Next, you need to allow the network card to receive wake signals.

Open Device Manager.
Expand Network Adapters.
Right-click your Ethernet adapter and select Properties.
Go to the Advanced tab and enable Wake on Magic Packet.
Open the Power Management tab.
Check Allow this device to wake the computer.
Also, enable Only allow a magic packet to wake the computer.

For users running AnyDesk Wake on LAN on Windows 11 or older systems, these steps are essentially the same.

Enable Wake on Magic Packet in network adapter setting

Step 3. Disable Fast Startup (Optional but Recommended)

Some Windows systems block network wake signals due to the fast startup feature.

To disable it:

Open Control Panel.
Go to Power Options.
Click Choose what the power buttons do.
Select Change settings that are currently unavailable.
Uncheck Turn on fast startup.

This step often fixes situations where AnyDesk Wake on LAN is not working even though the configuration appears correct.

Step 4. Enable Wake on LAN Inside AnyDesk

Now configure the feature inside the AnyDesk client.

Open AnyDesk on the target computer.
Go to Settings.
Navigate to the Wake-on-LAN option.
Enable Allow Wake-on-LAN.
Ensure another AnyDesk device on the same network remains online.

When you try to connect to the sleeping device, AnyDesk will show a "Power On" option.

AnyDesk Power On button to trigger Wake on LAN

Step 5. Wake the Device Remotely

After completing the setup:

Open AnyDesk on your remote device.
Enter the address of the sleeping computer.
Click Power On.

AnyDesk will locate another active device on the same network and ask it to send the wake packet.

This process is how Wake on LAN AnyDesk functions behind the scenes. If everything is configured correctly, the sleeping machine will start, and AnyDesk will automatically connect.

Troubleshooting Common Wake Issues

Sometimes you may see errors such as AnyDesk Wake on LAN no device found. This usually means there is no active device on the same network to send the magic packet. Another frequent issue is that AnyDesk Wake on LAN not working due to Wi-Fi limitations. Wake signals are most reliable over wired Ethernet connections.

If troubleshooting becomes too time-consuming, many users choose tools designed to simplify remote desktop Wake on LAN workflows.

[Bonus] Why DeskIn Is a Smarter Choice

While AnyDesk provides Wake on LAN functionality, the setup process can be technical. Users often need to adjust BIOS settings, network adapters, and device configurations before the feature works properly.

DeskIn focuses on making remote access simpler and more reliable. First, the setup process is easier. Devices linked to the same DeskIn account can be managed quickly without complex network configuration or troubleshooting steps. Second, DeskIn delivers excellent performance for remote connections. It supports high-resolution sessions, smooth frame rates, and stable connections even when accessing powerful workstations remotely. Third, DeskIn integrates device management, remote access, and connectivity tools into one platform. Instead of relying on multiple Wake on LAN software tools, users can manage everything from a single interface.

For professionals who frequently need remote access, DeskIn provides a faster and more predictable experience.

👀 You may also be interested in

FAQs About AnyDesk Wake on LAN

1. Can AnyDesk do Wake-on-LAN?

Yes. AnyDesk supports Wake on LAN as long as the hardware, operating system, and application settings are configured properly. Another device on the same network must remain active to send the wake signal.

2. How do I enable remote Wake-on-LAN?

You must enable Wake on LAN in three places: the BIOS or UEFI firmware, the operating system's network adapter settings, and the AnyDesk client configuration. Once enabled, you can wake a sleeping device remotely.

3. How does Wake on LAN work?

Wake on LAN works by sending a "magic packet" containing the device's MAC address through the network. The network card receives the packet and signals the motherboard to power the system.

H3: 4. Does Wake-on-LAN work if the computer is off?

Yes, but only if the system supports Wake on LAN from the shutdown state and still receives standby power through the network adapter. For smoother remote control workflows, many users adopt tools like DeskIn.

Conclusion

Setting up AnyDesk Wake on LAN allows you to power on a remote computer without physically accessing it. By enabling BIOS settings, configuring the network adapter, and activating the feature inside AnyDesk, you can wake sleeping machines and connect instantly.

However, the setup process can sometimes be complicated, especially when dealing with hardware compatibility or network configuration issues. If you prefer a simpler and more reliable remote access experience, DeskIn provides an excellent alternative.

With streamlined device management, stable remote sessions, and easier setup, DeskIn helps you stay connected to your computers anytime while still benefiting from the power of Wake on LAN.

How to Set Up TeamViewer Wake on LAN (Step-by-Step Complete Guide)

Turning on your computer remotely can save time, energy, and frustration. Many users rely on TeamViewer Wake on LAN to start a sleeping computer without physically pressing the power button. Whether you want to access your office PC from home or wake a server in another room, Wake on LAN makes remote work much easier.

In this guide, we'll walk through how to configure TeamViewer Wake on LAN step by step. We'll also introduce DeskIn, a simpler remote access solution that can make remote wake and control smoother and more reliable. If you've ever struggled with complicated configuration or TeamViewer Wake on LAN not working, keep reading to discover an easier approach.

What Is Wake on LAN and How Does It Work?

Wake on LAN (WoL) is a network technology that allows a computer to power on or wake from sleep when it receives a special network signal called a "magic packet." This packet is sent through the network to the computer's network interface card, which remains partially active even when the system is powered down.

When configured correctly, tools like TeamViewer send that packet from another device on the same network or through the internet. The target computer's motherboard and network adapter detect the signal and trigger the system to start up.

This process is often used for remote work, server management, or accessing a home PC while traveling. Many people combine remote desktop Wake on LAN features with remote control software so they can both power on and operate their computer from anywhere.

How to Set Up TeamViewer Wake on LAN

Setting up TeamViewer Wake on LAN involves configuring your hardware, operating system, and TeamViewer settings. Follow the steps below carefully to ensure everything works properly.

Step 1. Enable Wake on LAN in BIOS or UEFI

First, you need to activate Wake on LAN at the hardware level. Restart your computer and enter the BIOS or UEFI setup menu. This is usually done by pressing keys like F2, F12, Delete, or Esc during startup. Inside the BIOS interface, navigate to the Power Management section.

Look for an option such as Wake on LAN, Power On by PCI-E, or Resume by LAN and enable it. Save the settings and exit the BIOS. Without this configuration, no Wake on LAN software will be able to power on your computer remotely.

Step 2. Configure the Network Adapter

Next, you need to allow your network adapter to receive wake signals. Open Device Manager and locate your network adapter under the Network Adapters category. Right-click the adapter and open its Properties panel.

In the Power Management tab, enable the option allowing the device to wake the computer. In the Advanced settings, ensure Wake on Magic Packet is enabled. These steps are essential for both Wake on LAN Windows 10 and Windows 11 configurations. If your adapter does not support WoL, the feature will not work.

Step 3. Disable Fast Startup in Windows

Windows Fast Startup can sometimes interfere with WoL signals. Open Control Panel, go to Power Options, and locate the settings for what the power button does. From there, disable the fast startup feature and save your changes. This small adjustment often fixes problems when Wake on LAN Windows 11 or older Windows versions fail to respond to wake requests.

If these configuration steps start to feel complex, this is where DeskIn stands out. DeskIn integrates remote wake and remote access into a more streamlined workflow with fewer configuration hurdles.

Step 4. Install TeamViewer and Assign the Device

To use TeamViewer Wake on LAN, your computer must be linked to your TeamViewer account. Install the TeamViewer Host application on the computer you want to wake remotely. After installation, sign in and assign the device to your TeamViewer account. Once the computer appears in your device list, you will be able to configure wake options and manage the device remotely.

Step 5. Configure Wake on LAN in TeamViewer

Now you can configure the WoL settings inside TeamViewer. Open the application settings. Under the Device menu, go to Network, click Wake-on-LAN, click "Other TeamViewer within your local network", enter the TeamViewer ID of the device waking up the remote computer, click "Add...", and confirm by clicking "OK".

Step 6. Wake the Computer Remotely

After configuration, open your TeamViewer device list. Locate the offline computer and select the option to wake it. TeamViewer will send a magic packet through the network and start the remote computer. This method works on different systems, including TeamViewer Wake on LAN Mac, although Mac devices typically only wake from sleep mode rather than from a full shutdown.

If the device does not wake up, the issue may relate to network configuration, router settings, or incorrect BIOS settings. Many users searching for Wake on LAN not working run into these common problems.

[Bonus] Why DeskIn Is a Better Choice

While TeamViewer Wake on LAN works for many users, the setup process can be complicated. BIOS configuration, network adapter settings, and router port forwarding can make the process frustrating.

DeskIn offers a more streamlined approach for Wake on LAN and device management. Instead of juggling multiple configuration layers, DeskIn focuses on simplicity and reliability. Once your devices are connected to the same account, you can quickly access and manage them from anywhere without dealing with complicated networking rules. Another advantage is performance. DeskIn supports high-resolution remote sessions with smooth frame delivery, making it suitable not only for office work but also for creative tasks and high-performance workflows. This means you can wake your device, connect instantly, and continue working without interruptions.

DeskIn also integrates device management and remote control into one unified platform. Instead of using separate tools for wake, connection, and control, everything is handled in one place, which reduces troubleshooting time and improves reliability for daily remote work. If you frequently rely on remote desktop Wake on LAN functionality, DeskIn can provide a smoother and more predictable experience compared to traditional setups.

Want to see a detailed DeskIn walkthrough? Read our complete guide on setting up Wake on LAN.

👀 You may also be interested in:

How to Enable AnyDesk Wake on LAN [Step-by-Step Guide]

FAQs about TeamViewer Wake on LAN

1. How to Wake-on-LAN with TeamViewer?

To use Wake on LAN with TeamViewer, you must enable Wake on LAN in BIOS, configure the network adapter, install TeamViewer Host, and set up the WoL settings in the application.

2. Is TeamViewer Wake on LAN free?

Many users ask if TeamViewer Wake on LAN is free. The feature is available in TeamViewer, but commercial usage may require a paid license depending on how the software is used.

3. How do I enable remote Wake-on-LAN?

To enable remote wake functionality, the target computer must support Wake on LAN, be connected via Ethernet, and have WoL activated in both hardware and operating system settings.

4. What if TeamViewer Wake on LAN is not working?

If TeamViewer Wake on LAN is not working, check BIOS settings, network adapter configuration, router port forwarding, and Windows power settings. If the process becomes too complicated, solutions like DeskIn provide simpler remote access alternatives.

Conclusion

Setting up TeamViewer Wake on LAN allows you to power on your computer remotely and access it whenever needed. By enabling Wake on LAN in BIOS, configuring your network adapter, and linking the device to TeamViewer, you can wake your PC from another device across the network.

However, the configuration process can sometimes be complex, especially when dealing with router settings or troubleshooting wake failures. If you want a more streamlined remote access experience, DeskIn offers a powerful alternative with smoother connectivity and easier device management. With DeskIn, you can spend less time configuring systems and more time getting work done remotely.

How to Set Up & Use Chrome Remote Desktop: Complete Beginner's Guide | DeskIn Japan

This article walks through the basic setup and features of Chrome Remote Desktop (CRD), Google's free remote access tool — explained clearly for first-time users.

CRD is free, simple to configure, and integrates smoothly with your existing Google account and Chrome browser. It works across Windows, Mac, and smartphones, making it easy to get started with remote access from virtually any device.

For everyday personal use and one-off remote support sessions, it's an excellent option — though its features are limited to "Remote Access" and "Remote Support." For more advanced requirements — 4K display quality, low latency, or stable connections inside Japanese corporate networks — a professional-grade tool like DeskIn is worth considering.

Introduction

What Is Chrome Remote Desktop?

Chrome Remote Desktop (CRD) is a free remote access tool developed by Google. All you need is the Chrome browser and a Google account to remotely control another PC over the internet, from anywhere. No additional hardware is required, making it one of the most accessible ways to get started with remote desktop access.

Why Remote Desktop Is Useful in Japan

Hybrid work has become a fixture across Japan's working culture. Many companies — especially in Tokyo and other major cities — now expect employees to split their time between the office and home. Students, too, often find themselves needing access to files or software left behind on a home PC. And for those who have just joined the workforce as shinshakajin (新社会人 — literally "new members of society," the term for fresh graduates entering their first job, typically in April when Japan's fiscal and academic year begins), juggling unfamiliar tools across multiple environments can be genuinely stressful. Chrome Remote Desktop offers a practical, low-barrier solution for all of these situations.

Recommended Reads:
Which One Is Better, Chrome Remote Desktop Or Microsoft Remote Desktop?

Chrome Remote Desktop's Two Core Features

Remote Access — Connect to Your Own Devices, Anytime

The "Remote Access" feature lets you connect to your home or office PC from any location, at any time. Once the host machine is configured, you can control it remotely as long as it's powered on — even if no one is sitting in front of it. This is ideal for pulling up a file you left on your home PC while you're at school or the office, or for using your full desktop environment from a laptop while you're out.

Remote Support — Temporary Screen Sharing for Troubleshooting

The "Remote Support" feature is built for one-off, temporary sessions. By sharing a connection code, you can let someone else view or control your screen — or do the same for them — without exchanging account credentials. It's a clean and simple way to help a classmate, colleague, or family member work through a technical issue remotely.

Chrome Remote Desktop is designed specifically around these two functions. That focused scope makes it particularly easy to pick up, even if you've never used a remote desktop tool before.

What You'll Need Before Getting Started

A Google Account

A Google account is required. If you don't already have one, register before you begin. If you're already using Gmail or Google Drive, that same account will work here.

Google Chrome Browser

CRD runs inside the Chrome browser, so Chrome needs to be installed on both the host (the PC you want to access remotely) and the client (the device you're connecting from). Chrome can be installed alongside any other browser without conflict.

A Stable Internet Connection

Remote desktop transmits live screen data over the internet, so a reliable connection on both ends matters. If your Wi-Fi is inconsistent, a wired connection will generally produce a much smoother experience.

Step-by-Step Setup Guide

Setting Up the Host PC (the Computer You Want to Control)

Start by configuring Chrome Remote Desktop on the machine you'll be accessing remotely.

Open Google Chrome and navigate to the Chrome Remote Desktop page.
Follow the on-screen prompts to add the extension and complete the installation.

Chrome Remote Desktop addition and installation procedure

Enable "Remote Access" and follow the steps to set a PIN code of at least six digits.
Once setup is complete, this PC will appear in your list of remotely accessible devices.

Connecting from the Client Device (the Device You're Using to Connect)

Next, prepare the device you'll be connecting from.

Log into Chrome with the same Google account and open the Chrome Remote Desktop page.
Select the host PC from your device list.

Chrome Remote Desktop device connection screen

If connecting from a smartphone or tablet, download the dedicated iOS or Android app and select your target PC from within the app.

Authenticating with Your PIN Code

After selecting the host PC, you'll be prompted to enter your PIN to verify the connection.

Enter the PIN you created during setup on the client device.
Once authenticated, the host PC's screen will appear on your device and you'll be able to control it with your mouse and keyboard.
The connection is encrypted and can be ended at any time.

Tips for Getting More Out of CRD

Make the Most of Keyboard Shortcuts

Using keyboard shortcuts deliberately can make a real difference to your efficiency in a remote session. This is especially worth thinking about if you're switching between Windows and Mac, where key behaviour differs — particularly around:

The difference between the Ctrl and Cmd keys
Full-screen toggling and window switching

Familiarising yourself with these basics in advance will help things feel more natural. If shortcuts are being captured by your local device instead of reaching the remote machine, check the settings for an option like "Send all keyboard input to remote" — this is usually the fix.

Using CRD on Mobile: What to Expect

The mobile experience differs quite a bit from working on a desktop. Chrome Remote Desktop's mobile app is built around touch controls:

Swipe to move the mouse cursor
Pinch to zoom in or out
Toolbar at the bottom of the screen to access the keyboard and menu

Precise input — longer text entry, drag-and-drop, clicking small targets — is slower and more effortful on mobile than on a PC. In practice, mobile access works best for quick checks and light tasks. For anything more involved, a laptop or desktop will serve you much better.

Chrome Remote Desktop smartphone operation image

The Limitations of Chrome Remote Desktop

Simplicity Has Its Ceiling

Chrome Remote Desktop is, at its core, a tool built for "Remote Access" and "Remote Support" — nothing more. That focus is part of what makes it easy to use, but it also means that more specialised requirements hit a wall fast. If you need to transfer large files quickly, manage multiple users or devices, or keep detailed logs of remote sessions, you'll find CRD doesn't have the tools for the job.

Instability Inside Japanese Corporate Networks

Many Japanese companies — particularly larger organisations — maintain strict internal network environments managed by their IT departments (joho shisutemu-bu, 情報システム部). Firewalls, proxy settings, and restrictions on Google services are common, particularly in finance, manufacturing, and government-adjacent industries. In these environments, Chrome Remote Desktop connections can become unreliable, suffer significant lag, or fail entirely.

If you've started a new job in Japan and found that CRD simply won't connect from the office network, this is almost certainly why.

Network latency and firewall restrictions image

Dependency on Your Google Account

Because CRD is tied to a Google account, any disruption to that account — a forgotten password, an account lock, or a multi-factor authentication hiccup — directly affects your ability to access remote machines. For personal use this is manageable, but for anything business-critical, it's a meaningful single point of failure.

Ready for More? Meet DeskIn — A Professional Remote Desktop Solution

The Natural Next Step Up from CRD

Chrome Remote Desktop is a solid starting point, but as remote work needs become more regular and more demanding, many users find themselves running up against its limits. For those who need a more robust, feature-rich tool suited to daily professional use, DeskIn is the obvious step up.

Built to Handle Japan's Corporate Network Environments

DeskIn is engineered for stability in complex network setups — including the kind of strict firewalls and proxy configurations common in Japanese corporate IT infrastructure. Where CRD struggles in these environments, DeskIn is designed to maintain consistent, low-latency connections even under restrictive conditions.

Image comparison of image quality between Chrome Remote Desktop and Deskin

Professional Performance and an Intuitive Workflow

DeskIn supports 4K display quality and ultra-low-latency response, with a dedicated desktop client that isn't dependent on a browser. For creative work, detailed tasks, or simply getting through a full working day remotely without friction, this level of performance makes a tangible difference.

→ Try DeskIn for free and explore what's possible

Summary

Chrome Remote Desktop is a free, easy-to-use tool that works well for personal use, occasional remote access, and basic screen sharing. If you're new to remote desktop tools — or if you just need a quick, no-cost way to access your own PC remotely — CRD is a perfectly reasonable place to start.

For day-to-day professional use in Japan, however, particularly within corporate network environments or when you need reliable performance and high display quality, CRD will likely fall short. In those cases, transitioning to or pairing CRD with a tool like DeskIn will give you a remote setup that's genuinely fit for purpose.

Recommended Reads:
9 Benefits of Remote Access & Best Practices for Modern Life

How to Use AnyDesk Wake on LAN to Power On Your Remote PC

What Is Wake on LAN and Why Do You Need It?

How to Set Up AnyDesk Wake on LAN Step by Step

Step 1. Enable Wake on LAN in BIOS or UEFI

The first requirement is enabling Wake on LAN at the motherboard level.

Restart your computer.
Enter the BIOS or UEFI menu during startup (usually by pressing F2, DEL, or F10).
Open the Power Management section.
Locate a setting such as Wake on LAN, Power on by PCI-E, or similar.
Enable the option.
Save changes and exit the BIOS.

This step ensures the motherboard will allow network signals to power the system on.

Step 2. Configure the Network Adapter in Windows

Next, you need to allow the network card to receive wake signals.

Open Device Manager.
Expand Network Adapters.
Right-click your Ethernet adapter and select Properties.
Go to the Advanced tab and enable Wake on Magic Packet.
Open the Power Management tab.
Check Allow this device to wake the computer.
Also, enable Only allow a magic packet to wake the computer.

For users running AnyDesk Wake on LAN on Windows 11 or older systems, these steps are essentially the same.

Step 3. Disable Fast Startup (Optional but Recommended)

Some Windows systems block network wake signals due to the fast startup feature.

To disable it:

Open Control Panel.
Go to Power Options.
Click Choose what the power buttons do.
Select Change settings that are currently unavailable.
Uncheck Turn on fast startup.

This step often fixes situations where AnyDesk Wake on LAN is not working even though the configuration appears correct.

Step 4. Enable Wake on LAN Inside AnyDesk

Now configure the feature inside the AnyDesk client.

Open AnyDesk on the target computer.
Go to Settings.
Navigate to the Wake-on-LAN option.
Enable Allow Wake-on-LAN.
Ensure another AnyDesk device on the same network remains online.

When you try to connect to the sleeping device, AnyDesk will show a "Power On" option.

Step 5. Wake the Device Remotely

After completing the setup:

Open AnyDesk on your remote device.
Enter the address of the sleeping computer.
Click Power On.

AnyDesk will locate another active device on the same network and ask it to send the wake packet.

This process is how Wake on LAN AnyDesk functions behind the scenes. If everything is configured correctly, the sleeping machine will start, and AnyDesk will automatically connect.

Troubleshooting Common Wake Issues

If troubleshooting becomes too time-consuming, many users choose tools designed to simplify remote desktop Wake on LAN workflows.

[Bonus] Why DeskIn Is a Smarter Choice

For professionals who frequently need remote access, DeskIn provides a faster and more predictable experience.

👀 You may also be interested in

FAQs About AnyDesk Wake on LAN

1. Can AnyDesk do Wake-on-LAN?

2. How do I enable remote Wake-on-LAN?

3. How does Wake on LAN work?

Wake on LAN works by sending a "magic packet" containing the device's MAC address through the network. The network card receives the packet and signals the motherboard to power the system.

H3: 4. Does Wake-on-LAN work if the computer is off?

Conclusion

With streamlined device management, stable remote sessions, and easier setup, DeskIn helps you stay connected to your computers anytime while still benefiting from the power of Wake on LAN.

How to Set Up TeamViewer Wake on LAN (Step-by-Step Complete Guide)

What Is Wake on LAN and How Does It Work?

How to Set Up TeamViewer Wake on LAN

Setting up TeamViewer Wake on LAN involves configuring your hardware, operating system, and TeamViewer settings. Follow the steps below carefully to ensure everything works properly.

Step 1. Enable Wake on LAN in BIOS or UEFI

Step 2. Configure the Network Adapter

Step 3. Disable Fast Startup in Windows

Step 4. Install TeamViewer and Assign the Device

Step 5. Configure Wake on LAN in TeamViewer

Step 6. Wake the Computer Remotely

[Bonus] Why DeskIn Is a Better Choice

While TeamViewer Wake on LAN works for many users, the setup process can be complicated. BIOS configuration, network adapter settings, and router port forwarding can make the process frustrating.

Want to see a detailed DeskIn walkthrough? Read our complete guide on setting up Wake on LAN.

👀 You may also be interested in:

How to Enable AnyDesk Wake on LAN [Step-by-Step Guide]

FAQs about TeamViewer Wake on LAN

1. How to Wake-on-LAN with TeamViewer?

To use Wake on LAN with TeamViewer, you must enable Wake on LAN in BIOS, configure the network adapter, install TeamViewer Host, and set up the WoL settings in the application.

2. Is TeamViewer Wake on LAN free?

Many users ask if TeamViewer Wake on LAN is free. The feature is available in TeamViewer, but commercial usage may require a paid license depending on how the software is used.

3. How do I enable remote Wake-on-LAN?

To enable remote wake functionality, the target computer must support Wake on LAN, be connected via Ethernet, and have WoL activated in both hardware and operating system settings.