Sudo cp ~/nbfc/Linux/rvice /etc/systemd/system/ & sudo cp ~/nbfc/Linux/rvice /etc/systemd/system/ The service script is already written for us so just copy it to the systemd folder. If you are on ubuntu distros, systemd should be the default init system. If your distro do not use systemd, you are on your own to figure this out. STEP 5: create the systemd service script Sudo mkdir /opt/nbfc/ & sudo cp -r ~/nbfc/Linux/bin/Release/* /opt/nbfc/ I personally just dump the binary into my bin folder located in my home directory but it requires more steps like editing the service script so for the sake of this guide, I will follow the steps on the github readme which installs the binary to /opt. STEP 3: Build the application from sourceĬd ~/nbfc & chmod +x build.sh &. Wait a second until it finishes downloading mono.(yes, this app is coded in C# and targets Microsoft. Sudo apt-key adv -keyserver hkp://:80 -recv-keys 3FA7E0328081BFF6A14DA29AA6A19B38D3D831EF & echo "deb stable-bionic main" | sudo tee /etc/apt//mono-official-stable.list & sudo apt update & sudo apt install mono-complete STEP 2: Install the dependencies for compiling. If you have anything else, you need to google up your distros' relevant command for its package manager since it may not use apt.Īnyways, this is build guide from the developer if you want to try it out on none Ubuntu based distros. For Linux user such as myself, there are additional steps so read on if you are team penguin like me.ĮVERYTHING BELOW IS RELEVANT TO LINUX ONLYįor clarification, my guide is relevant to Ubuntu based distros like Mint and Pop OS. If you are on Windows, just download the. STEP 1: Get Notebook Fan Control(NBFC) from GitHub Luckily there is software called notebook fan control that will allow us to do this regardless. Your bios is locked or lack options and your gpu doesn't come with its own fan so out of control of both the nvidia driver and application like afterburner. On custom built computer, this is straight forward, you just go into the bios to set the cpu fan and then use something like afterburner to set your gpu fan speed if you happen to have discrete Nvidia cards, on laptop, no such thing. Well, today, I am gonna show you how to ignore whatever fan scaling profile your OEM sets for you and crank up your laptop's fan speed manually. However, you know what's worse? Your game fps dips to the low 10s and your keyboard feels like a boiling pot whenever you touch it all because the OEM refuses to scale up the fans. Why is that you ask? well, its because at max fan speed, your laptop's cooling fan sounds like a jet engine. Apple does this on their macs and so do many OEMs. Here all the fan and pump headers are able to be controlled along with access to Q-Fan for additional control over system headers.īoot and Tool we will leave alone they are self-explanatory with nothing out of the ordinary found inside.As the title suggest, this is a guide on how to control your laptop's fan speed.įirst, why would you want to control your laptop fan speed? Well, because many OEMs like to throttle your cpu's and gpu frequencies under heavy load instead of cranking up the fan speed to deal with the high heat. The monitoring section does just that, displaying information about the system temperatures and fan speeds. This is also the location of AMD’s overclocking section which is injected into each BIOS. The Advanced section is where users configure the CPU, SATA, onboard device, APM, USB, Network stack, NVMe, and HDD/SSD configurations. Most of the simple functionality is on the first page and users don’t have to dig around too deep to find everything needed to overclock or tweak the system. Within this section is where DOCP is enabled, BCLK and CPU ratio can be adjusted, as well as digging into DRAM timings (of which there are several screens worth, more than 99% of people need), access to PBO functions and Digi+ power control. The Extreme Tweaker section is where the overclocking and many adjustments will be made to the CPU and memory. Here is also where you will set the system language, date and time as well as BIOS security. The Main section details information about the UEFI version and CPU information. On the right side is system monitoring information, including CPU, Memory and voltage details. These headings include My Favorites, Main, Extreme Tweaker, Advanced, Monitor, Boot, Tool and Exit. Advanced Mode continues the same red/dark grey ROG theme and adds headings across the top for each section.
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