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Difference between revisions of "Operating System installation"
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* The installation of the operating system is pretty easy when you are using the Linux distributions which are supported by [https://www.hardkernel.com/ "Hardkernel"]. | * The installation of the operating system is pretty easy when you are using the Linux distributions which are supported by [https://www.hardkernel.com/ "Hardkernel"]. | ||
* The OS which I have used for doing my first experiences is [https://wiki.odroid.com/odroid-n2/getting_started/os_installation_guide?redirect=1 UBUNTU MATE 18.04.4-4.9-mate-odroid-n2-20200224] | * The OS which I have used for doing my first experiences is [https://wiki.odroid.com/odroid-n2/getting_started/os_installation_guide?redirect=1 UBUNTU MATE 18.04.4-4.9-mate-odroid-n2-20200224] | ||
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| + | === Enable Auto-Login === | ||
| + | * [https://wiki.odroid.com/odroid-n2/os_images/ubuntu/20200224 Known issues and Tips: ...at the end of "Release Note of Ubuntu MATE 18.04.4 LTS (v2.1)"] | ||
=='''Enabling the On-Screen-Keyboard'''== | =='''Enabling the On-Screen-Keyboard'''== | ||
Revision as of 00:36, 9 June 2020
> Main Page > Piano Expander based on Pianotec and Odroid-N2
Contents
Installation of the base-system
- The installation of the operating system is pretty easy when you are using the Linux distributions which are supported by "Hardkernel".
- The OS which I have used for doing my first experiences is UBUNTU MATE 18.04.4-4.9-mate-odroid-n2-20200224
Enable Auto-Login
Enabling the On-Screen-Keyboard
- In applications, where you don't want to use an external keyboard you have the possibility to use an "On-Screen-Keyboard" which could be controlled via the Touch-Screen.
Switch-On the On-Screen-Keyboard on Ubuntu-Mate
- On Ubuntu-Mate the On-Screen-Keyboard is already installed. You can find it in the ‘Universal Access’ menu. In this menu you find the application "Onboard" -> a click on this menu-point activates the On-Screen-Keyboard.
Adding support for ARM 32-bit code execution
- Pianoteq 6 for ARM architecture is unfortunatly only available as 32-bit code - by meaning we have to install first the 32-bit support on the Ubuntu-Mate distribution supplied by "Hardkernel".
- Here is an article about how much the 64-bit CPUs would benefit from the additional AARCH64 instructions: 64-bit ARM (Aarch64) Instructions Boost Performance by 15 to 30% Compared to 32-bit ARM (Aarch32) Instructions.
- Odroid-Forum article: 32 Bit executables in AARCH64 system
odroid64:$ sudo dpkg --add-architecture armhf odroid64:$ sudo apt-get update apt install libc6:armhf apt install libx11-6:armhf apt install libfreetype6:armhf apt install libxext6:armhf apt install libasound2:armhf
Changing FDT (Flattened Device Tree) to support second UART-Interface for MIDI
- Article on the Odroid-Wiki: UART Interface on the 40 Pin Header
Enabling 31250 UART-Baud-Rate for Midi-Usage
- The baud-rate 31250 which is used for MIDI-trafic is normally NOT supported on standard UART drivers.
- We have to tweek the UART-Kernel-driver for supporting this baud rate. This sounds like a complicated action, but it isn't really complicated - take a look on this article in the Odroid-Magazine -> ODROID-N2 UART Custom Baud Rate for MIDI
> Main Page > Piano Expander based on Pianotec and Odroid-N2