In testing, distros such as Ubuntu handle the system well, and boot without any additional setup – presumably, this is down to the use of the GRUB bootloader. UEFI Shenanigansĭespite the BIOS allowing custom UEFI boot locations, it turns out that the 3040 requires the UEFI fallback location ( \EFI\BOOT\BOOTX64.EFI) to be populated. However, if you’ve opted for something a little more exotic, such as Arch or Gentoo, you’ll want to consider the points below when configuring your system. If you’re using a more ‘user-friendly’ Linux distro, such as Ubuntu or Fedora, you shouldn’t encounter any issues. How to install thinstation on usb Pc#Just bare in mind, the 3040 doesn’t use a typical storage device – while a typical PC will use /dev/nvme* (PCIe) or /dev/sd* (SATA) mount points, as this device uses eMMC, the storage mount point is /dev/mmcblk0. Whichever Linux distro you’ve chosen, you should follow the installation instructions for that distro. Once booted from an external drive, the device is (for the most part) just like any other. Once the USB is configured with Ventoy, adding bootable OS’s is as simple as copying the ISO file to the drive. The USB device used must support UEFI – if you need to set this up, I recommend taking a look at Ventoy. With the box for USB support checked, we will now be able to boot from a USB device. The setting for this can be found under System Configuration > USB Configuration. To install a new OS, we’ll need to make sure USB boot is enabled. If you do this, you’ll still need to unlock the BIOS each time if you want to change any settings. How to install thinstation on usb password#Click ‘OK’ to save, and the password will now be removed.Īlternatively, you can enter an alternative password in the lower two boxes, to set a new password. Setting a new admin password.Įnter the current password in the top box, and leave the other two blank. The option to change this can be found under Security > Admin Password. Note that this is optional if you’d rather keep the current password, this step can be skipped. Once the system is unlocked, we can remove the password completely, so we will not have to unlock the device in future. In the box that pops up, type the system password. If you’re unsure, check the buttons along the bottom right of the screen – if you see an ‘Unlock’ button, with a padlock above it, your BIOS is password protected. If your BIOS does not have a password lock, you can skip to the next section. Click on the ‘Unlock’ button at the bottom of the screen. Unlocking the BIOSīefore we can change any settings, the BIOS needs to be unlocked. The tree structure on the left-hand side houses all of the available menus. This machine is the 2GB RAM/8GB storage version. System information displayed in the BIOS. To do this, press the F2 key once you’ve powered the device on. The first step is to boot the device into the BIOS. It is possible, however, to install a fully fledged Linux OS on these machines. Out of the factory, the only operating systems available were ThinOS and ThinLinux, both very basic and providing only what is required to use the device as a thin client. If you’re interested in a more detailed comparison with a Raspberry Pi 4, check out our comparison article here. How to install thinstation on usb software#Boards such as the Raspberry Pi are ARM based, which has more limited software support. How to install thinstation on usb driver#Like other Intel CPUs, this Cherry View Atom is x86-64 based, meaning it can theoretically run any software that will run on a fully-fledged PC, with decent driver support to boot. There is a second variant that takes 12V – be sure to check the bottom of your device before plugging it in.Ī major difference between this and other similarly sized devices is the CPU architecture. How to install thinstation on usb full#While the device is rated at 3A, in practice, even under full load it remains at around 1.5A. This one can be powered using 5V – a USB to 4 x 1.7mm centre positive barrel jack cable allows it to be powered using a USB charger. Bottom of the Wyse – you can see this particular device is the 5V version. Barely larger than a Raspberry Pi, the 3040 features 2 DisplayPort outputs, gigabit ethernet, 4x USB ports (2x front, 2x rear, one of which is USB 3), and an internal hardware clock. But what it lacks in raw performance, it makes up for in size. Sporting an Intel Atom x5-8350 CPU, 2/4GB of RAM, and 8/16GB of storage, this thin PC is never going to win any performance awards. The Wyse 3040, in all of its pocket-sized glory. The Dell Wyse 3040 is an ultra low power, fanless thin PC.
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