User:Fxc

Getting started

The Ox64 can be flashed using an UART connection or by connecting the device to the computer using USB-C.

Using UART

To flash the Ox64 using an UART connection, first connect your UART device as pictured below:

[[File:|360px]]

Then do the following steps:

• Do not connect the micro-USB cable or VBUS yet
• Press and hold the BOOT button
• Connect the micro-USB cable or connect VBUS
• Wait for a few seconds
• Release the BOOT button

Using USB

To flash the Ox64 using a USB-C connection to a computer:

Note: This won't be possible on the first batch of Ox64 devices from October 2022, see here.

• ...

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Chaos

• ROCKPro64 Software Releases#Android
• Special:ListFiles
• Pinebook Pro
• Getting started
• SOEDGE Software Releases
• PineBuds Pro -> stub sections, lacks user manual steps
• Special:UncategorizedPages
• Accessories_Step_by_Step_Guides -> Explanation for which devices this applies
• Rename Accessories_Step_by_Step_Guides section to Accessories everywhere
• PineTime#Community redundant information. Might be solved with a template per article
• PineCube
• SOQuartz Software Releases

ChatGPT: Flashing with dd

Flashing a disk image to a microSD card using the dd command involves writing the disk image file to the microSD card. This process is performed through the terminal on Linux or macOS. Here are the steps to flash a disk image to a microSD card using dd:

1. Determine the device name of the microSD card: On Linux or macOS, you can use the lsblk or diskutil list command to find the name of the microSD card (e.g., /dev/sdb). Make sure to properly identify the microSD card, as using the wrong device name can result in data loss.

2. Unmount the microSD card: If the microSD card is already mounted, you need to unmount it before flashing the disk image. On Linux, you can use the umount command. On macOS, you can use the diskutil unmount command.

3. On Linux or macOS, open a terminal window.

4. Flash the disk image to the microSD card: Use the following command to flash the disk image to the microSD card:

sudo dd if=path_to_disk_image.img of=/dev/sdX bs=4M conv=fsync

• Replace path_to_disk_image.img with the path to the disk image file.
• Replace /dev/sdX with the device name of the microSD card you determined in step 1.

5. Wait for the process to complete: The dd command will not provide any output until it has completed the process. This may take several minutes, depending on the size of the disk image and the speed of your computer and microSD card.

6. Eject the microSD card: Once the dd command has completed, eject the microSD card. On Linux, you can use the eject command. On macOS, you can use the diskutil eject command.

Note: Before flashing the disk image, make sure to backup any important data on the microSD card, as this process will erase all existing data on the card.

ChatGPT: Flashing with Etcher

Here are the steps to flash a disk image to a microSD card:

1. Download and install a disk image writing tool: A commonly used tool for this purpose is Etcher, which is available for Windows, Mac, and Linux.
2. Insert the microSD card into your computer: Make sure that you have an SD card reader, or an adapter to connect the microSD card to your computer.
3. Open the disk image writing tool: Launch Etcher and select the disk image file you want to flash to the microSD card.
4. Select the target device: In Etcher, select the microSD card from the list of available drives.
5. Start the flashing process: Click the "Flash" button to start the process of writing the disk image to the microSD card. This process may take a few minutes, depending on the size of the disk image and the speed of your computer.
6. Verify the flash: After the flash is complete, Etcher will verify the integrity of the image to make sure it was written correctly.
7. Eject the microSD card: Once the flash is complete and verified, safely eject the microSD card from your computer. You can now use the microSD card with the device it was intended for.

Note: Before flashing the disk image, make sure to backup any important data on the microSD card, as this process will erase all existing data on the card.

Main example

Devices

You can learn more about the following ARM and RISC-V devices manufactured by PINE64:

Phones:

• PinePhone
• PinePhone Pro

Phone accessories:

• PinePhone (Pro) Add-ons
• PinePhone (Pro) Keyboard

Tablets:

• PineNote
• PineTab

Wearable:

• PineBuds Pro
• PineTime

Laptops:

• Pinebook, 1080P Pinebook, Pinebook Pro and Pinebook Pro Docking station

Single-board computers:

• Ox64, STAR64, Quartz64, QuartzPro64, ROCKPro64, ROCK64, PINE A64, PINE A64-LTS and PINE H64

Set-top box:

• RockBox

Clusters and modules:

• Clusterboard
• SOPINE and SOPINE Baseboard
• SOEDGE and SOEDGE Baseboard
• SOQuartz

IP camera:

• PineCube

Makerspace:

• Pinecil, PinePower, PineCone and Pinedio

Pinebook notes

Merge https://wiki.pine64.org/wiki/1080P_Pinebook_Software_Releases into https://wiki.pine64.org/wiki/Pinebook_Software_Releases

Compatibility

Pinebook 11.6″	Pinebook 11.6" 1080p	Pinebook 14″
✅	❓	❌

Collapsible test

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