• • This is a text book you will be using .....

This Lesson is coming soon - click here to be notified when it's available - Professional Development Newsletter

• Raspberry Pi Firewall and Intrusion Detection System - LAB #1 - 🛠️ LAB Activity

• 11 Raspberry Pi Cybersecurity Projects to Enhance Your Resume and (Finally) Land that Job - LAB #2 - 🛠️ LAB Activity

• Turn your Raspberry Pi 5 into a Cybersecurity Gadget - LAB #3 - 🛠️ LAB Activity

• Cyber Security and PotLuck: Building Your Own Raspberry Pi Cyber Sentinel: A Step-by-Step Recipe - LAB #4 - 🛠️ LAB Activity

• Create a Cybersecurity Homelab on a Raspberry Pi! - Crash Course 2022 - LAB #5 - 🛠️ LAB Activity

• Turn your Raspberry Pi 5 into a Cybersecurity Gadget - LAB #3 - 🛠️ LAB Activity

• Turn your Raspberry Pi 5 into a Cybersecurity Gadget - LAB #3 - 🛠️ LAB Activity

• 
  

This Lesson is coming soon - click here to be notified when it's available - Professional Development Newsletter

• How to Build a NAS with Raspberry Pi 5: Step-by-Step Guide - 📖 Lesson Tutorial

• How to build a Raspberry Pi NAS - Raspberry Pi  - 📖 Lesson Tutorial

• 
  

• Mechatronics - <topic> - 📽️ Video / Podcast

• Mechatronics - <topic> - 📰 Slide Presentation (Coming Soon)

  • Mechatronics - <topic> - LAB #1 - 🛠️ LAB Activity

  • Mechatronics - <topic> - LAB #2 - 🛠️ LAB Activity

  • Mechatronics - <topic> - LAB #3 - 🛠️ LAB Activity

This Lesson/Lab is about setting ro Resetting the Archer AX55 TP Link WiFI Routher that is part of the CyberRack 

• Mechatronics - <topic> - 📖 Lesson Tutorial

• Mechatronics - <topic> - 📽️ Video / Podcast

• Mechatronics - <topic> - 📰 Slide Presentation (Coming Soon)

• Reset and Quick Start Guide

  • Archer AX55 - TP-Link web site

  • Archer AX Docs & Software

    • Quick Start Guide <-- Local Google Site Link - Official Link on the Archer Site --> Support Docs

    • User Manuel <-- Local Google Site Link - Official Link on the Archer Site --> Support Docs

  • Instructions On Resetting / Configuring This Router - LAB #1 - 🛠️ LAB Activity (Typically we will not do this) 

    • Follow the power on instructions found in the  User Manuel 

    •  If you can connect to the hardwired network, and your router is connected to the internet, then run ifconfig or ipconfig in a console command prompt window.

    • Get your router's IP address.  it probably is something like 192.168.0.1

    • At this point, if you can't log in, you will need to reset the router

    • Open a Browser (Chrome) and go to your Router's IP address - Probably 192.168.0.1

    • After a few minutes, it opened a dialog to reset your router.

    • Set a new password, and router name

    • Router Network name is "Eye_Of_Sauron" -- Admin Password is "Hotwend(spacial)+HOBIT" - Ask Mr Burnham

    • Click next and walk through the steps

    • Eventually you will be asked to re-log in with the new password

    •  Setup Guest Network

    • Visit http://tplinkwifi.net , and create a login password 

  • Mechatronics - <topic> - LAB #3 - 🛠️ LAB Activity

This Lesson/Lab is about setting ro Resetting the Archer AX55 TP Link WiFI Routher that is part of the CyberRack 

• Mechatronics - <topic> - 📖 Lesson Tutorial

• Mechatronics - <topic> - 📽️ Video / Podcast

• Mechatronics - <topic> - 📰 Slide Presentation (Coming Soon)

• Reset and Quick Start Guide

  • Netgear R4500 — N900 Wireless Dual Band Gigabit Router web site

  • Archer AX Docs & Software

    • Quick Start Guide <-- Local Google Site Link - Official Link on the Netgear --> Support Docs

    • User Manuel <-- Local Google Site Link - Official Link on the Netgear Site --> Support Docs

  • Instructions On Resetting / Configuring This Router - LAB  - 🛠️ LAB Activity (Typically we will not do this) 

    • Follow the power on instructions found in the  User Manuel 

    • If you can connect to the hardwired network, and your router is connected to the internet, then run ifconfig or ipconfig in a console command prompt window.

    • Get your router's IP address.  it probably is something like 192.168.0.1

    • At this point, if you can't log in, you will need to reset the router

    • Open a Browser (Chrome) and go to your Router's IP address - Probably 192.168.0.1

    • After a few minutes, it opened a dialog to reset your router.

    • Set a new password, and router name

    • Router Network name is "Black-Gate" -- Admin Password is "Hotwend(spacial)+HOBIT" - Ask Mr Burnham

    • Click next and walk through the steps

    • Eventually you will be asked to re-log in with the new password

    •  Setup Guest Network

    • Visit <find Link> , and create a login password (protected by the castle of Durthang to the west)

  • Mechatronics - <topic> - LAB #3 - 🛠️ LAB Activity

This Lesson is coming soon - click here to be notified when it's available - Professional Development Newsletter

• 2024-2025 Robot Club Team  - 📖 Blog / Tutorial

• 2023-2024 Robot Club Team  - 📖 Blog / Tutorial

• 2022-2023 Robot Club Team  - 📖 Blog / Tutorial

• Ignited Grant Request - Red Team / Blue Team

Goal: Install Linux on an HP Pro Tablet 10 EE G1 

ChatGPT recomends Debian 12 XFCE.  I looked around and this seems right.  it's lite weight, and still supported.

ChatGPT:
For your classroom use—connecting to Arduino- and Raspberry Pi-based robots over Wi-Fi and Bluetooth—I would rank the distributions differently than I would for general desktop use.

1. Debian 12 XFCE ⭐⭐⭐⭐⭐ (My top recommendation)

This would be my first choice.

Advantages:

• Excellent stability for classroom environments.

• Very well supported by robotics software.

• The same family as the operating system used on the Raspberry Pi, making the experience more consistent.

• Easy to install:

  • Python 3

  • Git

  • VS Code

  • Bluetooth tools

  • Wi-Fi networking tools

  • SSH

  • MQTT

  • ROS 2 (with some configuration)

• Long support lifetime.

Good for:

• Arduino programming

• Raspberry Pi development

• SSH into robots

• Bluetooth communication

• Wi-Fi networking

• Python robotics

2. MX Linux ⭐⭐⭐⭐⭐

MX Linux is exceptionally well suited for older hardware.

Advantages:

• Very fast on 2 GB RAM.

• Excellent hardware detection.

• Good Bluetooth support.

• Helpful GUI tools for system management.

• Easy to recover if students accidentally change settings.

Many people use MX Linux to revive Atom-based tablets.

3. Lubuntu 24.04 ⭐⭐⭐⭐☆

Advantages:

• Modern interface.

• Lightweight.

• Ubuntu ecosystem means lots of tutorials.

Disadvantages:

• Uses a bit more RAM than MX Linux.

• Newer packages occasionally introduce changes that can affect classroom consistency.

4. Linux Mint XFCE ⭐⭐⭐⭐☆

Mint is excellent, but I'd avoid it on 2 GB RAM because it uses a bit more memory than Debian XFCE or MX Linux.

Bluetooth Support

All of these distributions support:

• Bluetooth Classic (HC-05, HC-06 modules)

• Bluetooth Low Energy (BLE), provided the tablet's hardware supports it

• Wi-Fi networking

• SSH

• VNC

• Remote desktop

For Your Mechatronics Program

Based on what I know about your curriculum—Arduino, Raspberry Pi 5, Python, Linux, networking, and autonomous rovers—I would choose:

Rank

Distribution

Classroom Rating

🥇

Debian 12 XFCE

10/10

🥈

MX Linux

9.8/10

🥉

Lubuntu

9.2/10

4

Linux Mint XFCE

8.8/10

The bigger concern isn't the distribution—it's the tablet's hardware. The HP Pro Tablet 10 EE G1 has an Intel Atom processor, 2 GB RAM, and 32 GB of storage, which will limit performance regardless of the Linux distribution.

If your goal is to give each student a lightweight terminal for robotics, these tablets can still work well for:

• Programming Arduino boards.

• Connecting to Raspberry Pi robots over SSH.

• Running Python scripts.

• Viewing robot telemetry.

• Editing code in a lightweight editor.

• Using web-based tools and documentation.

I would not expect them to perform well for:

• Running full desktop simulations.

• Computer vision or AI inference.

• Running heavy ROS 2 visualization tools like RViz.

• Multiple large applications at the same time.

For your specific robotics curriculum, I would install Debian 12 XFCE and standardize all of the tablets with the same software image. That will make classroom management, troubleshooting, and student support much easier while keeping the environment closely aligned with Raspberry Pi systems.

Yes, you can install Linux on an HP Pro Tablet 10 EE G1, but there are several hardware limitations you should know before erasing Windows.

Your tablet has:

• Intel Atom Z3735F (64-bit CPU)

• 2 GB RAM

• 32 GB eMMC storage

• UEFI firmware (many Atom tablets use 32-bit UEFI, even with a 64-bit CPU)

• Touchscreen, cameras, sensors, and audio that may require additional configuration.

Is it worth doing?

For this hardware I recommend:

1. Debian 12 XFCE (best balance)

2. Lubuntu 24.04 LTS

3. Linux Mint XFCE

4. MX Linux

Avoid GNOME or KDE because 2 GB of RAM will make them sluggish.

Before You Begin

You'll need:

• 8 GB or larger USB flash drive

• USB OTG adapter

• USB keyboard (strongly recommended)

• USB hub (optional but helpful)

• Internet connection

Back up anything you want to keep because this process erases the tablet.

Step 1. Download Linux

Download one of these ISOs.

Example:

• Debian XFCE

• Lubuntu 24.04 LTS

Step 2. Create the Boot USB

Use software such as:

• Rufus (Windows)

• Balena Etcher

• Ventoy

Use:

• GPT partition scheme

• UEFI boot

Step 3. Enter HP Startup Menu

Power off the tablet.

Power it on.

When the HP logo appears:

Hold Volume Down (or press Esc if using an external keyboard).

The HP Startup Menu appears. From there you can access F9 Boot Options or F10 BIOS Setup.

Step 4. Disable Secure Boot

Inside BIOS:

• Disable Secure Boot

• Enable USB Boot

• Save and Exit

Some tablets also require Fast Boot to be disabled.

Step 5. Boot From USB

Insert the USB drive.

Choose:

F9 → USB Device

If the USB does not appear:

This is usually because the tablet uses 32-bit UEFI firmware. A standard Linux installer may not boot until a 32-bit EFI bootloader (bootia32.efi) is added to the USB. This is a common issue on Bay Trail Atom tablets.

Step 6. Test Live Linux

Do not install yet.

Verify:

• Touchscreen

• Wi-Fi

• Sound

• Battery

• USB

• Screen rotation

If something important doesn't work, try another distribution before installing.

Step 7. Install Linux

Choose:

Erase Disk

Use the entire eMMC drive.

Timezone:

United States

Create:

• username

• password

Wait for installation.

Step 8. Reboot

Remove the USB drive.

Restart.

If Linux doesn't boot but installation completed successfully, the problem is often the EFI bootloader on Bay Trail devices. You may need to repair or reinstall GRUB from the live USB.

Common Problems

No USB boot option

• Recreate the USB.

• Disable Secure Boot.

• Verify the USB supports UEFI.

Installer boots but won't install

• Often caused by the 32-bit UEFI firmware needing bootia32.efi.

No sound

• Some Atom tablets require additional Linux firmware packages.

Touchscreen rotated

• Can usually be corrected after installation.

My Recommendation

For your HP Pro Tablet 10 EE G1, I recommend Debian 12 XFCE. It is lightweight, stable, and has one of the best chances of working well on older Atom hardware.

If you'd like, I can also provide a 2026-specific guide for this exact HP tablet that includes:

• creating a USB that boots on its 32-bit UEFI firmware,

• adding the required bootia32.efi file,

• BIOS settings,

• post-install fixes for Wi-Fi, sound, touchscreen, and screen rotation. That guide is specific to this model and avoids the common installation pitfalls.

Google Gemini said:

Yes, Debian 12 XFCE is a solid choice, but due to your tablet's strict limitations, a barebones CLI (Command Line Interface) install without any desktop environment is the best path forward. [1]

Your Hardware Context

The HP Pro Tablet 10 EE G1 runs on an Intel Atom Z3735F processor and features only 1GB to 2GB of RAM. It also uses an older Broadcom Wi-Fi/Bluetooth chip that frequently requires proprietary firmware to function properly on Linux. [1]

Weighing Your Options

Option [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

Pros

Cons / Risks

Debian 12 + XFCE

Provides a familiar, graphical windowed environment for simple mouse and touch navigation.

XFCE will idle around 600-800MB of RAM, consuming a large chunk of your available 2GB, which may result in lagging.

Debian 12 (Command Line Only)

Blazing fast, idles under 150MB of RAM, perfect for SSH and terminal tasks.

Zero graphical interface. You will need to rely entirely on the keyboard, making touch usage impossible.

AntiX Linux

Specifically built for ultra-low-spec hardware. Idles as low as 200MB using minimal window managers.

Higher learning curve because it doesn't use a standard Windows-like desktop.

Bodhi Linux

Uses the extremely minimal Moksha desktop, making it great for touch-screen 2GB RAM devices.

It requires some hands-on customization.

Why We Suggest a Leaner Approach

The "gotcha" on this specific tablet is the 1GB–2GB of RAM. While XFCE is considered lightweight compared to GNOME or KDE, it still eats up a heavy portion of your hardware resources, and it doesn't offer very good native touch-screen optimization. [1, 2, 3]

Best Actionable First Step

If you want to use the GUI, try a live USB with XFCE first to see if your Wi-Fi and Bluetooth work out of the box. [1]

If you prefer a pure, uninhibited lightweight environment aimed strictly at SSH, download the Debian Network Install ISO, but skip the "Desktop Environment" step during setup. [1, 2]

Here are the steps to create a bootable Live USB to test Debian on your tablet.

Prerequisites

• A USB Flash Drive (8GB or larger, all data will be erased).

• A working computer (Windows, Mac, or Linux) to build the USB.

• A USB OTG cable or Hub (Since your tablet has micro-USB/Type-A ports, you will need this to connect the USB drive and a keyboard/mouse). [1, 2, 3, 4]

Step 1: Download the Correct Debian Live ISO

For your hardware, you need an image that includes non-free firmware drivers (crucial for your Broadcom Wi-Fi chip).

1. Go to the official Debian Live Images page.

2. Look for the file ending in -xfce.iso (e.g., debian-live-12.x.x-amd64-xfce.iso).

3. Download it to your computer. [1]

Step 2: Download the Flashing Tool

1. Download Rufus (for Windows) or BalenaEtcher (for Mac/Linux/Windows). Rufus is highly recommended for this specific tablet.

2. Launch the application. [1, 2, 3, 4]

Step 3: Flash the USB Drive

1. Insert your USB flash drive into your computer.

2. Open Rufus.

3. Under Device, select your USB drive.

4. Under Boot selection, click SELECT and choose the downloaded Debian ISO file.

5. Crucial Step for Intel Atom Tablets: Under Partition scheme, select GPT. Under Target system, select UEFI (non CSM).

6. Click START. If prompted to write in "ISO Image mode" or "DD Image mode", choose DD Image mode (this ensures better compatibility with tablet bootloaders).

7. Wait for the process to finish. [1, 2, 3, 4, 5]

Step 4: Boot the USB on your HP Tablet

1. Power off your HP Pro Tablet completely.

2. Connect your USB OTG Hub to the tablet. Plug your Live USB, a USB Keyboard, and a USB Mouse into the hub (touchscreens rarely work in the boot menu).

3. Hold down the Volume Down button and the Power button simultaneously.

4. Release them when the HP logo appears to enter the Startup Menu.

5. Use the arrow keys on your keyboard to select Boot Options (usually F9).

6. Select your USB Flash Drive from the UEFI boot list and press Enter.

7. Select Live System from the Debian boot menu. [1, 2, 3, 4, 5]

Once you get into the live desktop, check your Wi-Fi settings. If you run into issues, let me know:

• Did the tablet successfully recognize the USB in the boot menu?

• Is the Wi-Fi icon visible and showing local networks, or is it completely missing?

I can help you troubleshoot any missing firmware or 32-bit/64-bit bootloader quirks!

xxx