Ubuntu based Casper persistence works with FAT32 or NTFS formatted drives. This persistence feature allows you to save some changes and then restore them on subsequent boots. However, it may be possible to recover lost drive space and then create an exFAT partition for continued storage purposes.Īnother key feature of UUI is the use of persistent storage, where available. The DD method of copying, also known as Data Destroyer works by overwriting the entire file system, making the device appear as a CD/DVD which is limited to the size of the ISO file. Unlike tools which simply use the DD (Copy and Convert) command to directly burn an ISO to a USB flash drive, UUI includes several other methods that natively allow you to continue using your removable device for storage purposes, whilst including a “Try via DD” option. Once finished, you should have a ready to run Live USB containing the Live Operating System, Windows Installer, or System Diagnostics utility you previously selected. Simply choose your distribution from the list, browse to the ISO file, select your target flash drive, and then click Create. Popular Antivirus Scanners, Disk Cloning software or other System tools can also easily be made to run from the removable media. Make a flash drive boot from a Live Linux distribution, Windows Installer, or fully Install and Run Windows 10 or 11 from USB using Windows to Go methods. This ISO to USB imaging tool allows users to easily Boot from USB. Amjad also added USB mass storage in U-Boot SPL for the AM43xx-HS-EVM board.Universal USB Installer (Imager) aka UUI is a Live Linux Bootable USB Creator Software. With this new release, U-Boot can now boot the IPU without waiting for Linux to be running on the A15 cores.Īmjad enabled boards with the AM335x SoC, like the AM3359 Industrial Communications Engine (ICE), to choose Ethernet port configuration (CPSW or PRUSS) based on jumper settings. However, this may not be suitable for automotive applications with tight time constraints like a rear view camera. Typically, U-Boot would boot Linux on an A15 core, and then Linux remoteproc drivers would boot co-processors like the IPU. These SoCs contain multiple heterogeneous cores with the Cortex A15 cores usually running Linux. Texas InstrumentsĪmjad Ouled-Ameur added support for IPU (image processing unit) early boot on the AM57xx and DRA7 SoC families. Julien implemented a function to wait for DAT0 line state change, and this eliminated the need to delay 500 ms after every mode switch. Julien Masson shaved 5 seconds off the boot time by fixing a regression during MMC initialization. Neil also updated documentation for the Amlogic P200 and P201 reference boards. Firmware Image Package (FIP) is a packaging format used by Arm Trusted Firmware (TF-A) to package firmware images in a single binary. Neil Armstrong added documentation for pre-generated FIP files from Amlogic. Prior to this release, these boards required the vendor’s fork of U-Boot to run AOSP. Mattijs Korpershoek added support to flash and boot Android on the Khadas VIM3 and VIM3L boards. Here are our contributions in this release organized by SoC family, and a graph of the contributions by each engineer. U-Boot development takes place in release cycles which normally span two months. BayLibre contributed to U-Boot v2022.04 which was released in early April.
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