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content/roadmap.md renamed to archived/roadmap.md

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section: pop
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tableOfContents: true
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---

content/use-openvpn.md renamed to archived/use-openvpn.md

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tableOfContents: true
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---
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## Open A Terminal
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### Pop!_OS
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Press <kbd><font-awesome-icon :icon="['fab', 'pop-os']"></font-awesome-icon></kbd>+<kbd>t</kbd> on your keyboard. A Terminal window should open.
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### Ubuntu
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Press <kbd>Ctrl</kbd>+<kbd>Alt</kbd>+<kbd>t</kbd> on your keyboard. A Terminal window should open.
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## Install Packages
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Enter the following command followed by <kbd>Enter</kbd>:
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```bash
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sudo apt install network-manager-openvpn-gnome
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```
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## Open Network Settings
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Access OpenVPN setting in the <u>Settings</u> application (GNOME Control Center)

content/difference-between-pop-ubuntu.md

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- Ubuntu
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- Pop
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- 18.04
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- 19.04
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- 20.04
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- 22.04
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tableOfContents: true
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---
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Pop!_OS has evolved quite a bit since its 17.10 release. While the easiest way to tell the difference between the two is by testing them out, let’s dive into how we differentiate Pop_OS from Ubuntu.
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Pop!\_OS has evolved quite a bit since its 17.10 release. While the easiest way to tell the difference between the two is by testing them out, let’s dive into how we differentiate Pop_OS from Ubuntu.
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![General look of desktop](/images/difference-between-pop-ubuntu/pop-desktop-screenshot.png)
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## “Isn’t it just a re-skinned Ubuntu?”
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This is a common question that comes up, and one that makes our engineers cringe. Yes, Pop!_OS has been designed with vibrant colors, a flat theme, and a clean desktop environment, but we created it to do so much more than just look pretty. (Although it does look very pretty.)
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This is a common question that comes up, and one that makes our engineers cringe. Yes, Pop!\_OS has been designed with vibrant colors, a flat theme, and a clean desktop environment, but we created it to do so much more than just look pretty. (Although it does look very pretty.)
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To call it a re-skinned Ubuntu brushes over all of the features and quality-of-life improvements that Pop! developers work diligently to create. For an in-depth look at the effort and manpower that goes into updating and maintaining Pop!_OS, take a look at our [Roadmap](/articles/roadmap) documentation and the [This Week in Pop!](https://pop-planet.info/forums/forums/project-updates.28/) series on [Pop!_Planet](https://pop-planet.info/). Below, you will find a general list of improvements that make Pop!_OS stand out.
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To call it a re-skinned Ubuntu brushes over all of the features and quality-of-life improvements that Pop!\_OS developers work diligently to create.
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## First impressions: The Installer
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![Installer Images: Download screen](/images/difference-between-pop-ubuntu/Installer-Screenshot.png)
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While Pop!_OS is designed to be [easy to use](https://www.forbes.com/sites/jasonevangelho/2018/11/14/a-linux-noob-reviews-the-pop_os-installer-from-system76/#144a421310d4) for Linux beginners, it is also developed with the tech-savvy professional in mind. Pop!’s installer sets the tone for our philosophy behind the OS: to provide snappy functionality inside a desktop environment that promotes creative thinking.
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While Pop!_OS is designed to be [easy to use](https://www.forbes.com/sites/jasonevangelho/2018/11/14/a-linux-noob-reviews-the-pop_os-installer-from-system76/#144a421310d4) for Linux beginners, it is also developed with the tech-savvy professional in mind. The Pop!_OS installer sets the tone for our philosophy behind the OS: to provide snappy functionality inside a desktop environment that promotes creative thinking.
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The installer offers encryption out of the box and takes care of setting up your user preferences (language, keyboard layout, installation method). On first use, the installer also makes it easy to select your time zone and integrate any online accounts into your desktop.
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![Intel/AMD + NVIDIA](/images/difference-between-pop-ubuntu/intel-amd-nvidia-1904.png)
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Pop!_OS comes in two versions: Intel/AMD and NVIDIA. This allows us to include different settings and the proprietary NVIDIA driver for NVIDIA systems, ensuring the best performance and use of CUDA tools, one command away. On Oryx Pro systems, you can even switch between Intel and Nvidia graphics using a toggle in the top right corner of your screen.
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Pop!_OS comes in two versions: Intel/AMD and NVIDIA. This allows us to include different settings, and the proprietary NVIDIA driver for NVIDIA systems. Ensuring the best performance, and use of CUDA tools is one command away.
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## Privacy
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![Encryption, in-progress screen](/images/difference-between-pop-ubuntu/Encryption-Screenshot.png)
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With encryption enabled by default, and reporting through Ubuntu disabled, Pop!_OS believes that your data should truly be yours. Communications with a third party does not occur by default, and will only occur with user consent.
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With encryption enabled by default, and reporting through Ubuntu disabled, Pop!\_OS believes that your data should truly be yours. Communications with third parties does not occur by default, and will only occur with user consent.
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## Custom Keyboard Shortcuts
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![Pop Shop](/images/difference-between-pop-ubuntu/pop-shop-screenshot.png)
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Pop!_OS includes a selection of apps intended to be comprehensive, but relatively lightweight. Because Pop!_OS is optimized for your workflow, we avoid providing some larger programs by default that slow down your computer. This is especially true for library applications, such as one for storing your photos, which we opt to replace with image viewers or similar apps that are smaller in size. However, if you’re in need of a photo manager, Steam, or a music streaming app such as Spotify, these applications are still available in the Pop!_Shop for a quick install.
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Pop!_OS includes a selection of apps intended to be comprehensive, but relatively lightweight. Because Pop!_OS is optimized for your workflow, we avoid providing some larger programs by default that slow down your computer. This is especially true for library applications such as one for storing your photos. Which we opt to replace with image viewers, or similar apps that are smaller in size. However, if you are in need of a photo manager, Steam, or Spotify these applications are available in Pop!_Shop.
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## Features across the board
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![Power Profiles/Graphics toggle](/images/difference-between-pop-ubuntu/system-menu.png)
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Pop!_OS is built from Ubuntu repositories, meaning you get the same access to software as Ubuntu. Based on both user feedback and in-house testing, we continue to make changes and updates to the operating system for quality-of-life improvements. The best part is, updates are kept on a rolling release cycle, so you don’t have to wait around 6 months for bug fixes or improvements to your OS. While our [Roadmap](/articles/roadmap) offers a more extensive outline of these changes, we have highlighted some of our major improvements below:
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Pop!\_OS is built from Ubuntu repositories, meaning you get the same access to software as Ubuntu. Based on both user feedback and in-house testing, we continue to make changes and updates to the operating system for quality-of-life improvements. The best part is, updates are kept on a rolling release cycle, so you don’t have to wait around 6 months for bug fixes or improvements to your OS. We have highlighted some of our major improvements below:
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* Vulkan drivers and libraries are installed by default to get the most out of your GPU’s performance. Selecting the NVIDIA version of Pop!_OS on install also downloads the NVIDIA drivers by default.
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* Vulkan drivers and libraries are installed by default to get the most out of your GPU’s performance. Selecting the NVIDIA version of Pop!\_OS on install also downloads the NVIDIA drivers by default.
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* The power profile picker in the top right menu easily toggles between high performance, balanced, and battery saver modes. On the Oryx Pro, this is also where you’ll find the toggle for switching graphics between Intel and NVIDIA. While these features have been developed specifically for System76 products, they may likely still work on your hardware.
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* For scientific workloads, installing [CUDA](/articles/cuda) and [TensorFlow](/articles/install-tensorflow) is made simple with a single command line.
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![CUDA/Tensorflow command](/images/difference-between-pop-ubuntu/Tensorflow.png)
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## Recovery Partition
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The recovery partition on this operating system is a full copy of the Pop!_OS installation disk. It can be used exactly the same as if a live disk copy of Pop!_OS was booted from a USB drive. The existing operating system can be repaired or reinstalled from the recovery mode. You can either do a refresh install, which allows you to reinstall without losing any user data or data in your Home folder, or opt to do a fresh install, which will essentially reset all OS data. Refresh Installs are only available on a fresh install of either Pop!_OS 19.04 or 18.04 (not through upgrading).
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The recovery partition on this operating system is a full copy of the Pop!\_OS installation media. It can be used exactly the same as if a live disk copy of Pop!\_OS was booted from a USB drive. The existing operating system can be repaired or reinstalled from the recovery mode. You can either do a refresh install, which allows you to reinstall without losing any user data or data in your Home folder. You can otherwise opt to do a fresh install, which will recreate the partitions and files to reset data. Refresh Installs are only available on a fresh install of either Pop!\_OS 19.04 and newer (18.04 has this feature backpored in lastest releases of the ISO). To learn more about the Recovery Partition read about it [here](/articles/pop-recovery/).

content/graphics-switch-pop.md

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Many modern laptops with NVIDIA graphics cards have switchable graphics, which allows users to switch their primary GPU between the CPU's integrated graphics processor and the dedicated NVIDIA graphics card.
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The following System76 laptops have these switchable graphics capabilities:
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- Adder WS (addw1, addw2)
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- Adder WS (addw1, addw2, addw3)
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- Bonobo WS (bonw15)
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- Galago Pro (galp5 - NVIDIA models only)
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- Gazelle (gaze14, gaze15, gaze16, gaze17)
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- Gazelle (gaze14, gaze15, gaze16, gaze17, gaze18)
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- Kudu (kudu6)
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- Oryx Pro (oryp4, oryp4-b, oryp5, oryp6, oryp7, oryp8, oryp9, oryp10)
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- Oryx Pro (oryp4, oryp4-b, oryp5, oryp6, oryp7, oryp8, oryp9, oryp10, oryp11)
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- Serval WS (serw13)
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Pop!\_OS includes utilities for switching between these modes, which you can learn more about below.
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content/graphics-switch-ubuntu.md

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Many modern laptops with NVIDIA graphics cards have switchable graphics, which allows users to switch their primary GPU between the CPU's integrated graphics processor and the dedicated NVIDIA graphics card. The following System76 laptops have these switchable graphics capabilities:
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- Adder WS (addw1, addw2)
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- Adder WS (addw1, addw2, addw3)
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- Bonobo WS (bonw15)
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- Galago Pro (galp5 - NVIDIA models only)
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- Gazelle (gaze14, gaze15, gaze16, gaze17)
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- Gazelle (gaze14, gaze15, gaze16, gaze17, gaze18)
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- Kudu (kudu6)
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- Oryx Pro (oryp4, oryp4-b, oryp5, oryp6, oryp7, oryp8, oryp9, oryp10)
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- Oryx Pro (oryp4, oryp4-b, oryp5, oryp6, oryp7, oryp8, oryp9, oryp10, oryp11)
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- Serval WS (serw13)
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content/guides.md

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| Laptops | Desktops | Accessories |
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|:-------:|:--------:|:-----------:|
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| Adder WS [(addw1)](https://tech-docs.system76.com/models/addw1/README.html) | Meerkat [(meer5)](https://tech-docs.system76.com/models/meer5/README.html) | Launch [(launch_1)](https://tech-docs.system76.com/models/launch_1/README.html) |
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| Adder WS [(addw2)](https://tech-docs.system76.com/models/addw2/README.html) | Meerkat [(meer6)](https://tech-docs.system76.com/models/meer6/README.html) | Luanch [(launch_2)](https://tech-docs.system76.com/models/launch_2/README.html) |
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| Adder WS [(addw2)](https://tech-docs.system76.com/models/addw2/README.html) | Meerkat [(meer6)](https://tech-docs.system76.com/models/meer6/README.html) | Launch [(launch_2)](https://tech-docs.system76.com/models/launch_2/README.html) |
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| Adder WS [(addw3)](https://tech-docs.system76.com/models/addw3/README.html) | Thelio B4 [(thelio-b4)](https://tech-docs.system76.com/models/thelio-b4/README.html) | Launch Lite [(launch_lite_1)](https://tech-docs.system76.com/models/launch_lite_1/README.html) |
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| Bonobo WS [(bonw14)](https://tech-docs.system76.com/models/bonw14/README.html) | Thelio Major [(thelio-major-b1-b2/r1-r2)](https://tech-docs.system76.com/models/thelio-major-b1-b2-r1-r2/README.html) | Launch Heavy [(launch_heavy_1)](https://tech-docs.system76.com/models/launch_heavy_1/README.html) | Thelio Major [(thelio-major-r3)](https://tech-docs.system76.com/models/thelio-major-r3/README.html) |
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| Darter Pro [(darp6)](https://tech-docs.system76.com/models/darp6/README.html) | Thelio Massive B1 [(thelio-massive-b1)](https://tech-docs.system76.com/models/thelio-massive-b1.2/README.html) |
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| Darter Pro [(darp7)](https://tech-docs.system76.com/models/darp7/README.html) | Thelio Mega R1 [(thelio-mega-r1)](https://tech-docs.system76.com/models/thelio-mega-r1.0/README.html) |
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Darter Pro [(darp8)](https://tech-docs.system76.com/models/darp8/README.html) | Thelio Mira R1 [(thelio-mira-r1)](https://tech-docs.system76.com/models/thelio-mira-r1.0/README.html) |
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| Galago Pro [(galp4)](https://tech-docs.system76.com/models/galp4/README.html) | Thelio Mira B1 [(thelio-mira-b1)](https://tech-docs.system76.com/models/thelio-mira-b1.0/README.html) |
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| Galago Pro [(galp5)](https://tech-docs.system76.com/models/galp5/README.html) | Thelio Mira R3 [(thelio-mira-r3)](https://tech-docs.system76.com/models/thelio-mira-r3/README.html) |
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| Bonobo WS [(bonw15)](https://tech-docs.system76.com/models/bonw15/README.html) | Thelio Massive B1 [(thelio-massive-b1)](https://tech-docs.system76.com/models/thelio-massive-b1.2/README.html) |
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| Darter Pro [(darp6)](https://tech-docs.system76.com/models/darp6/README.html) | Thelio Mega R1 [(thelio-mega-r1)](https://tech-docs.system76.com/models/thelio-mega-r1.0/README.html) |
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| Darter Pro [(darp7)](https://tech-docs.system76.com/models/darp7/README.html) | Thelio Mira R1 [(thelio-mira-r1)](https://tech-docs.system76.com/models/thelio-mira-r1.0/README.html) |
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Darter Pro [(darp8)](https://tech-docs.system76.com/models/darp8/README.html) | Thelio Mira B1 [(thelio-mira-b1)](https://tech-docs.system76.com/models/thelio-mira-b1.0/README.html) |
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| Galago Pro [(galp4)](https://tech-docs.system76.com/models/galp4/README.html) | Thelio Mira R3 [(thelio-mira-r3)](https://tech-docs.system76.com/models/thelio-mira-r3/README.html) |
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| Galago Pro [(galp5)](https://tech-docs.system76.com/models/galp5/README.html) |
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| Galago Pro [(galp6)](https://tech-docs.system76.com/models/galp6/README.html) |
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| Galago Pro [(galp7)](https://tech-docs.system76.com/models/galp7/README.html) |
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| Gazelle [(gaze15)](https://tech-docs.system76.com/models/gaze15/README.html) |
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| Gazelle [(gaze16)](https://tech-docs.system76.com/models/gaze16/README.html) |
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| Gazelle [(gaze17)](https://tech-docs.system76.com/models/gaze17/README.html) |
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| Gazelle [(gaze18)](https://tech-docs.system76.com/models/gaze18/README.html) |
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| Kudu [(kudu6)](https://tech-docs.system76.com/models/kudu6/README.html) |
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| Lemur Pro [(lemp9)](https://tech-docs.system76.com/models/lemp9/README.html) |
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| Lemur Pro [(lemp10)](https://tech-docs.system76.com/models/lemp10/README.html) |
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| Oryx Pro [(oryp8)](https://tech-docs.system76.com/models/oryp8/README.html) |
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| Oryx Pro [(oryp9)](https://tech-docs.system76.com/models/oryp9/README.html) |
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| Oryx Pro [(oryp10)](https://tech-docs.system76.com/models/oryp10/README.html) |
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| Pangolin Pro [(pang10)](https://tech-docs.system76.com/models/pang10/README.html) |
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| Pangolin Pro [(pang11)](https://tech-docs.system76.com/models/pang11/README.html) |
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| Pangolin Pro [(pang12)](https://tech-docs.system76.com/models/pang12/README.html) |
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| Pangolin [(pang10)](https://tech-docs.system76.com/models/pang10/README.html) |
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| Pangolin [(pang11)](https://tech-docs.system76.com/models/pang11/README.html) |
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| Pangolin [(pang12)](https://tech-docs.system76.com/models/pang12/README.html) |
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| Pangolin [(pang13)](https://tech-docs.system76.com/models/pang13/README.html) |
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| Serval WS [(serw12)](https://tech-docs.system76.com/models/serw12/README.html) |
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| Serval WS [(serw13)](https://tech-docs.system76.com/models/serw13/README.html) |
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content/laptop-battery-thresholds.md

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Charging thresholds allow your System76 laptop to avoid charging the battery until it has dropped below a lower bound (the start threshold), and to stop charging when it reaches an upper bound (the end threshold). This is useful when your laptop is plugged into an AC power adapter for extended periods of time, as it prevents unnecessary micro-charging that would reduce battery longevity.
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The default charging profile for System76 laptops with Open Firmware has a start threshold of 90 and a stop threshold of 100. This increases battery longevity while keeping the battery very close to a full charge.
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To determine if your laptop has Open Firmware or proprietary firmware, see [this article](/articles/open-firmware-systems). (If a system has Open Firmware, then it must also have Open EC to work with charging thresholds.) See [Charging Thresholds](#configuring-charging-thresholds-open-firmware) for Open Firmware systems or [FlexiCharger](#configuring-flexicharger-proprietary-firmware) for proprietary firmware systems.
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## Configuring Charging Thresholds (Open Firmware)
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**Note:** This feature is not currently finished. Currently, the thresholds are reset when the EC is reset (which happens when the system is shut down and the power is unplugged.) Once the feature is complete, the thresholds will be persistent and a GUI will be available to set them. To work around this limitation in the short term, you can [use systemd to set thresholds at boot](#at-boot).
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**Note:** This feature is not currently finished. Currently, the thresholds are reset when the EC is reset (which happens when the system is shut down and the power is unplugged). Once the feature is complete, the thresholds will be persistent and a GUI will be available to set them. To work around this limitation in the short term, you can [use systemd to set thresholds at boot](#at-boot).
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### Using the terminal
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