Hardware/Razer: Difference between revisions
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OpenRazer is an open-source project to support Razer peripherals, including those found in their laptops. To enable the OpenRazer you need to add the following to your system configuration: | OpenRazer is an open-source project to support Razer peripherals, including those found in their laptops. To enable the OpenRazer you need to add the following to your system configuration: | ||
<syntaxHighlight lang=nix> | |||
hardware.openrazer.enable = true; | hardware.openrazer.enable = true; | ||
environment.systemPackages = with pkgs; [ | environment.systemPackages = with pkgs; [ | ||
openrazer-daemon | |||
]; | ]; | ||
</ | </syntaxHighlight> | ||
To run the <code>openrazer-daemon</code>, you need to be in the <code>openrazer</code> group. | To run the <code>openrazer-daemon</code>, you need to be in the <code>openrazer</code> group. | ||
<syntaxHighlight lang=nix> | |||
users.users.<username>.extraGroups = [ "openrazer" ]; | users.users.<username>.extraGroups = [ "openrazer" ]; | ||
</ | </syntaxHighlight> | ||
To enable a front-end to control the peripherals, add the following to your system configuration: | To enable a front-end to control the peripherals, add the following to your system configuration: | ||
<syntaxHighlight lang=nix> | |||
environment.systemPackages = with pkgs; [ | environment.systemPackages = with pkgs; [ | ||
polychromatic | |||
]; | ]; | ||
</ | </syntaxHighlight> | ||
== Razer Blade 15 Advanced (Early 2020 model) == | == Razer Blade 15 Advanced (Early 2020 model) == | ||
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Upon closing the lid to the laptop and reopening, an issue occurs where the device will intermittently go back into hybernate mode after around 10-30 seconds. Setting the kernel parameter <code>button.lid_init_state=open</code> fixes this issue. The following is an example configuration (working in NixOS 22.05): | Upon closing the lid to the laptop and reopening, an issue occurs where the device will intermittently go back into hybernate mode after around 10-30 seconds. Setting the kernel parameter <code>button.lid_init_state=open</code> fixes this issue. The following is an example configuration (working in NixOS 22.05): | ||
<syntaxHighlight lang=nix> | |||
boot.kernelParams = [ "button.lid_init_state=open" ]; | boot.kernelParams = [ "button.lid_init_state=open" ]; | ||
</ | </syntaxHighlight> | ||
=== Getting the Nvidia card to work properly with external displays === | === Getting the Nvidia card to work properly with external displays === | ||
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After setting the GPU MODE to "Dedicated GPU only" in the BIOS, enabling [[NVIDIA#Sync mode]] is necessary in order for both the laptop's display and external display/ports to work properly. Here is an example configuration snippet for NixOS 22.05: | After setting the GPU MODE to "Dedicated GPU only" in the BIOS, enabling [[NVIDIA#Sync mode]] is necessary in order for both the laptop's display and external display/ports to work properly. Here is an example configuration snippet for NixOS 22.05: | ||
<syntaxHighlight lang=nix> | |||
services.xserver.videoDrivers = [ "nvidia" ]; | services.xserver.videoDrivers = [ "nvidia" ]; | ||
hardware.opengl.enable = true; | hardware.opengl.enable = true; | ||
hardware.nvidia = { | hardware.nvidia = { | ||
package = config.boot.kernelPackages.nvidiaPackages.beta; | |||
powerManagement.enable = true; | |||
modesetting.enable = true; | |||
prime = { | |||
sync.enable = true; | |||
nvidiaBusId = "PCI:1:0:0"; | |||
intelBusId = "PCI:0:2:0"; | |||
}; | |||
}; | }; | ||
</syntaxHighlight> | |||
</ | |||
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Add the below to your system configuration: | Add the below to your system configuration: | ||
<syntaxHighlight lang=nix> | |||
nixpkgs.config = { | nixpkgs.config = { | ||
allowUnfree = true; | |||
packageOverrides = pkgs: { | |||
stable = import <nixos-stable> { config = config.nixpkgs.config; }; | |||
unstable = import (fetchTarball "https://github.com/NixOS/nixpkgs/archive/nixos-unstable.tar.gz") { config = config.nixpkgs.config; }; | |||
}; | |||
}; | }; | ||
# updates the whole kernel to unstable so you have the correct drivers. | # updates the whole kernel to unstable so you have the correct drivers. | ||
boot.kernelPackages = pkgs.unstable.linuxPackages; | boot.kernelPackages = pkgs.unstable.linuxPackages; | ||
# overrides the openrazer-daemon that the harware.openrazer.enable starts | # overrides the openrazer-daemon that the harware.openrazer.enable starts | ||
nixpkgs.overlays = [ | nixpkgs.overlays = [ | ||
(final: prev: { | |||
openrazer-daemon = pkgs.unstable.openrazer-daemon; | |||
}) | |||
]; | ]; | ||
environment.systemPackages = with pkgs; [ | environment.systemPackages = with pkgs; [ | ||
unstable.polychromatic | |||
# alternatively | # alternatively | ||
# unstable.razergenie | # unstable.razergenie | ||
]; | ]; | ||
</ | </syntaxHighlight> | ||
== USB disable Issues == | == USB disable Issues == | ||
If you are encountering issues that your Razer keyboard does light up on boot shortly and then can not be found by the open-razer-daemon until you unplug your USB cable and re-plug it. Then you might want to reset your USB on startup so that after login the daemon finds it again. | If you are encountering issues that your Razer keyboard does light up on boot shortly and then can not be found by the open-razer-daemon until you unplug your USB cable and re-plug it. Then you might want to reset your USB on startup so that after login the daemon finds it again. | ||
<syntaxHighlight lang=nix> | |||
# Razer usb reset. Since it disables somehow on boot. | # Razer usb reset. Since it disables somehow on boot. | ||
systemd.services."usb-reset" = { | systemd.services."usb-reset" = { | ||
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wantedBy = [ "graphical.target" ]; | wantedBy = [ "graphical.target" ]; | ||
}; | }; | ||
</ | |||
</syntaxHighlight> | |||
The text <code>7-3</code> is composed of the bus number (7) and the port (device?) number (3). | The text <code>7-3</code> is composed of the bus number (7) and the port (device?) number (3). | ||
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If that does not work, you can reset all USB controllers instead <ref>https://unix.stackexchange.com/questions/704341/how-to-reset-usb-controllers</ref>: | If that does not work, you can reset all USB controllers instead <ref>https://unix.stackexchange.com/questions/704341/how-to-reset-usb-controllers</ref>: | ||
<syntaxHighlight lang=nix> | |||
# Razer usb reset. Since it disables somehow on boot. | # Razer usb reset. Since it disables somehow on boot. | ||
systemd.services."usb-reset" = { | systemd.services."usb-reset" = { | ||
enable = true; | |||
description = "Resets usb port for my Razer Keyboard"; | |||
after = ["multi-user.target"]; | |||
serviceConfig = { | |||
User = "root"; | |||
Type = "simple"; | |||
ExecStart = pkgs.writeShellScript "unit-restart-usb-controller" '' | |||
#!/usr/bin/env bash | |||
# Resets all USB host controllers of the system. | |||
# This is useful in case one stopped working | |||
# due to a faulty device having been connected to it. | |||
base="/sys/bus/pci/drivers" | |||
sleep_secs="1" | |||
# This might find a sub-set of these: | |||
# * 'ohci_hcd' - USB 3.0 | |||
# * 'ehci-pci' - USB 2.0 | |||
# * 'xhci_hcd' - USB 3.0 | |||
echo "Looking for USB standards ..." | |||
for usb_std in "$base/"?hci[-_]?c* | |||
do | |||
echo "* USB standard '$usb_std' ..." | |||
for dev_path in "$usb_std/"*:* | |||
do | |||
dev="$(basename "$dev_path")" | |||
echo " - Resetting device '$dev' ..." | |||
printf '%s' "$dev" | tee "$usb_std/unbind" > /dev/null | |||
sleep "$sleep_secs" | |||
printf '%s' "$dev" | tee "$usb_std/bind" > /dev/null | |||
echo " done." | |||
done | |||
echo " done." | |||
done | |||
echo "done." | |||
''; | |||
KillMode = "process"; | |||
Restart = "on-failure"; | |||
}; | |||
wantedBy = [ "graphical.target" ]; | |||
}; | }; | ||
</syntaxHighlight> | |||
</ | |||
== References == | == References == | ||