- Update Firmware: The firmware for magnetic switch keyboards is continually evolving. It’s crucial to use the latest firmware to ensure optimal performance. Outdated firmware, especially in Rapid Trigger (RT) modes, may lead to typing issues. Upgrade your firmware using the latest MonsGeek Driver, which you can download from our official download page. MonsGeek download
- Recalibration: If certain keys exhibit unresponsiveness or inconsistency, recalibration can often resolve these issues. Follow these steps:
- Access the calibration button on the About page in the MonsGeek Driver. Apply regular, moderate force while pressing each key during calibration. Avoid excessive force to prevent lost connections when keys bottom out. Press “Confirm” to initiate the calibration process. Press each key to its lowest point during calibration, ensuring every key is pressed and released. After completing the calibration, press “Confirm.”
- Additional Travel Distance Calibration:
- Access the calibration option on the Main- StrokeSetting Page in the Driver. Allow the calibration to proceed without any keypresses. Avoid typing on the keyboard until the calibration concludes.
Please find more details here:https://www.monsgeek.com/faq/when-and-how-to-calibrate-monsgeek-magnetic-switch-keyboard-a-critical-guide/
The M1 plate’s design, particularly in POM and FR4 variants, lacks screw holes necessary for attachment to PCBs. These plates rely on the switches themselves to hold them in place. When switches are mounted, the plate secures them with a snap, and the sockets clip the switch pins, providing stability.
Notably, magnetic switches have no pins. To improve stability, it is recommended to use multiple mechanical switches to secure both the perimeter and center of the plate if you want to use a plate without screws.
Remember, calibration is crucial after installing mechanical switches. Refer to this link for detailed instructions: Calibrating MonsGeek Magnetic Switch Keyboard.
Calibration plays a pivotal role in ensuring the optimal performance of magnetic switch keyboards. Its primary purpose is to eliminate the possibility of dead zones, where certain keys become unresponsive. Here’s a comprehensive guide on when and how to calibrate your magnetic switch keyboard:
1. Why Calibration Matters:
Magnetic switch keyboards aim to provide a seamless typing experience. However, over time, factors like exposure to high-temperature environments or prolonged periods of disuse can alter the magnetic field. This can affect the switches’ sensitivity, causing issues with responsiveness. Calibration steps in to rectify these concerns.
2. Types of Calibration (Please Follow Both Steps for Theoretical Optimal Calibration):
a) Maximum Key Travel Calibration:
You can find the calibration button on the About page below in the Driver. Follow the steps on the screen to complete the calibration.
During this calibration, users should apply regular, moderate force while pressing the keys. Avoid pushing too hard during calibration, as excessive force might lead to lost connections when the keys bottom out.
Press confirm to start.
Begin the calibration process by pressing each key to its lowest point. It’s crucial to ensure that every key is pressed and released during this step. Press the “Confirm” button after completing this calibration.
If any keys still do not function correctly, it indicates that they may not have been pressed completely during calibration. In such cases, repeat the calibration process to ensure that all keys are functioning as expected.
b) Travel Distance Calibration:
You can find the button on the Main- StrokeSetting Page below in the Driver. You don’t need to do anything during the calibration. Don’t use the keyboard before calibration ends.
This step ensures that the keyboard functions optimally. It’s particularly essential when dealing with rapid trigger actions, as without calibration, keys might not register at distances of 0.2 to 0.3mm.
3. Scenarios Requiring Calibration:
Calibration is not a routine task, but it’s necessary in various situations:
- Unresponsiveness: When certain keys become unresponsive or inconsistent, recalibration can resolve these issues.
- Before Performing Rapid Trigger: If you intend to use rapid trigger actions, it’s crucial to calibrate your keyboard. Failing to do so might result in unresponsiveness at specific keypress depths.
- New Features Added: Whenever new features or capabilities are introduced, it’s advisable to recalibrate to ensure the keyboard adapts appropriately.
- Replacing Switches: When switching between same-polarity magnetic switches and 3-pin mechanical switches, calibration is necessary to optimize performance.
In conclusion, calibration isn’t merely a routine task but a strategic move to maintain your magnetic switch keyboard’s reliability and responsiveness. By following these calibration guidelines, you can ensure a seamless typing experience and resolve potential unresponsiveness issues. For any specific concerns or further assistance, don’t hesitate to reach out to our dedicated support team.
If you’ve encountered the error message “The code execution cannot proceed because VCRUNTIME140.dll was not found. Reinstalling the program may fix this problem” during the MonsGeek Cloud Driver installation, you can follow the steps below to address this issue. However, please be aware that there might be additional missing files not covered by these steps.
- Install Microsoft Visual C++ Redistributable: The VCRUNTIME140.dll file is part of the Visual C++ Redistributable package. Visit the Microsoft website and download the appropriate version of the Visual C++ Redistributable that matches your system. https://learn.microsoft.com/en-us/cpp/windows/latest-supported-vc-redist?view=msvc-170
- Run the Installer: Once the download is complete, run the installer and follow the on-screen instructions to install the Visual C++ Redistributable package.
- Restart Your Computer: After the installation is finished, restart your computer to ensure that the changes take effect.
- Check the Program: Launch the program that was displaying the error message and verify if the issue is resolved. If the error persists, consider reinstalling the program.
- Reinstall the Program: If the error remains even after reinstallation, uninstall the program that is triggering the error. Then, download the latest version from the official website and install it.
It’s important to note that while these steps often resolve the issue, they may not guarantee a complete solution, as other factors could be at play. If possible, trying the MonsGeek Cloud Driver on another computer might provide additional insights into the problem.
1. Turn the power ON switch, make sure that the keyboard is fully charged (see indicator LED), and check to see if 2.4G mode is working, if it works, long press the left Win + right Win for 5 seconds to reset the device and try again.
2. if the Bluetooth still can not connect at all: Power the keyboard on and off, check whether the Bluetooth driver is the latest version, and upgrade, after upgrading, turn off the Bluetooth mode on the computer, and then turn it on again. Make sure the distance between the computer and the wireless keyboard is within 10 meters, and try to connect again.
3. You can remove the saved Bluetooth device record from Windows, and then re-add the device through Bluetooth.
4. Windows system: please run the Bluetooth troubleshooter and try connecting again. It is recommended to try to use a Bluetooth 5.0 adapter on the computer to ensure a more stable connection. To run Windows Troubleshooter, right-click the Start menu and select “Settings.” From there, go to Update and Security > Troubleshoot > Bluetooth, and then click “Run the Troubleshooter.”
If you’re interested in expanding your M1 QMK’s capabilities with additional QMK lighting modes, you can access the specific Bin file and JSON file created by Paul Robinson( A friendly and talented custom keyboard player）.
To complete the update, you can find the BIN files needed for this process from this link: BIN FILE LINK. Flashing the BIN file is a straightforward procedure; you can follow the steps outlined in this link.
You can download the corresponding json file from this link to the GitHub repository: Custom VIA/MonsGeek Repository. You need to load the corresponding json file to let the kit be detected by VIA. You can find how to connect your kit to VIA from HERE.
Remember, it’s essential to exercise caution and ensure a stable connection during the firmware update. Any potential issues or bricked keyboards resulting from firmware flashing are not covered by the warranty. Hence, be diligent during the upgrade process. If you ever need to revert to the original firmware, you can locate the original M1 BIN file by clicking HERE.
If you’re interested in expanding your M5 QMK’s capabilities with additional QMK lighting modes, you can access the specific Bin file and JSON file created by Paul Robinson( A friendly and talented custom keyboard player）.
To complete the update, you can find the BIN files needed for this process from this link: BIN FILE LINK. Flashing the BIN file is a straightforward procedure; you can follow the steps outlined in this link. You can download the corresponding json file from this link to the GitHub repository: Custom VIA/MonsGeek Repository. You need to load the corresponding json file to let the kit be detected by VIA. You can find how to connect your kit to VIA from HERE.
Remember, it’s essential to exercise caution and ensure a stable connection during the firmware update. Any potential issues or bricked keyboards resulting from firmware flashing are not covered by the warranty. Hence, be diligent during the upgrade process. If you ever need to revert to the original firmware, you can locate the original M5 BIN file by clicking HERE.
The MonsGeek Magnetic Switch Keyboards offer four distinct modes in their stroke settings, each catering to different preferences and applications:
1. Comfort Mode: This mode closely resembles traditional mechanical switches. It features a 2mm actuation point and a 2mm reset point, making it ideal for standard typing and work tasks.
2. Sensitive Mode: In this mode, the actuation point is reduced to 0.5mm, while the reset point remains at 2mm. This configuration is designed for users who require fast key triggers and responses.
3. Game Mode: Game Mode unleashes the power of Rapid Trigger (RT). In this mode, the fixed actuation and reset points are eliminated, allowing the switches to respond instantly to even the slightest downward and upward pressure. It’s perfect for gamers who demand the utmost in responsiveness.
4. Customize Mode: In Customize Mode, you have the freedom to modify the behavior of any key to suit your preferences. This mode provides a high degree of personalization, allowing you to tailor the keyboard to your specific needs and workflow.
These distinct modes ensure that your MonsGeek Magnetic Switch Keyboard can be fine-tuned to meet your precise requirements, whether you’re typing, working, or gaming.
Rapid Trigger (RT) is an innovative feature that amplifies the capabilities of magnetic switches, offering significant benefits to gamers. When RT is enabled, the fixed actuation points and reset points traditionally associated with switches are eliminated.
With RT active, the magnetic switches respond to even the slightest downward and upward pressure. This means that triggers and resets occur almost instantaneously, unaffected by any keystroke-related latency factors. The result is an ultra-responsive gaming experience that aligns perfectly with the swift and precise actions demanded by certain games.
RT’s impact is most pronounced in first-person shooter (FPS) games, where split-second reactions and precise shooting are critical. It also enhances performance in rhythm games like OSU and games that rely on WASD movement, delivering a competitive edge by reducing input delays and ensuring your in-game actions match your intentions with remarkable precision.
DKS, which stands for Dynamic Keystroke, is a powerful feature within the MonsGeek driver that empowers you to control various actions associated with a single key. With DKS, you can execute up to four distinct actions using a combination of individual actions and key combinations.
The DKS interface is organized into columns representing different key states:
- The first column activates when the key is initially pressed at 0.7 mm. (you can change the number by pressing it)
- The second column corresponds to the key’s lowest actuation point at 3.5 mm.
- The third column activates when the key returns to its resting position at approximately 3.5 mm.
- The fourth column is triggered when the key reaches its highest actuation point at 0.7 mm.
These four rows signify the actions that can be bound to DKS, allowing you to incorporate up to four different actions into a single key. To assign an action, simply click on an input box and press the key you want to associate it with.
For precise control, you can click on the “+” icons within the grid to create actions with specific keys at distinct points in the key’s travel. Each action will be executed once. To create a key “hold” effect, drag the circle between two or more points. The key will remain continuously pressed between those points. You can cancel the actuation point by clicking + again.
In gaming scenarios, DKS can simulate various movement speeds. For instance, certain games have multiple movement modes, such as slow, normal, or sprint. DKS enables you to create bindings that switch between these movements with a single key press.
As the figure below, pressing the key partially could trigger a normal movement, while pressing it fully initiates a different movement, which stands for silent walking in some games, in others for sprinting.
Or you can set up movement like below which can help counteract inertia for a quick stop when you release to a specific point in some games.