Summary
- Imager 2.0 shifts from a single-pane UI to a step-by-step wizard for model, OS, and target drive selection.
- New pre-write stage lets you configure users, Wi-Fi, locale and enable headless access; supports Raspberry Pi Connect.
- Improved accessibility: labeled controls, full keyboard navigation, and high-contrast Raspberry Red palette.
The Raspberry Pi Foundation has long offered an official flashing tool in the form of the Raspberry Pi Imager, which lets you install an operating system onto an SD card for use on your tiny Raspberry Pi board. Now, with version 2.0, it has been completely overhauled.
Raspberry Pi has officially released Raspberry Pi Imager 2.0, a major update to its widely used utility for flashing operating systems onto SD cards and SSDs. As per the official blog post, the new version has been in the works for at least a year, and represents a complete departure from what Raspberry Pi was doing before with its previous Imager.
While the original Imager was designed to simplify the flashing process compared to older command-line tools, the addition of new features over the last five years resulted in a cluttered interface. Specifically, the developers noted that the OS customization form had become unwieldy and difficult to manage within the constraints of the previous UI layout. So this is mainly an UI reimagining that can better handle all of the new stuff that was added after the fact to the original Imager.
The most immediate change in version 2.0 is the shift from a static, single-pane window to a step-by-step wizard interface. In previous versions, you could select your OS and storage on a single screen, and most advanced options were hidden behind keyboard shortcuts or settings menus.
Imager 2.0 has a new workflow with a logical, sequential progression that’s easier to follow. Users specify the exact Raspberry Pi model they are using, the operating system image, and identify the target SD card, USB drive, or SSD. From there, there’s a dedicated stage for setting system parameters before the software flashes the image and verifies the data.
This fourth stage is probably the most important part of this new redesign. Here, you’re prompted to configure user accounts, wireless LAN settings, locale, and interface options before the writing process begins. This change is useful for those setting up “headless” devices (Raspberry Pis without a monitor or keyboard attached), as it ensures the device is accessible via the network immediately upon the first boot. It wasn’t impossible before, but it was a convoluted experience on the older Imager, and the new version wants to make sure it’s actually easy to get to that.
The update also introduces native support for Raspberry Pi Connect. While the original Imager allowed you to pre-load SSH public keys for remote terminal access, version 2.0 allows users to authenticate with their Raspberry Pi Connect account directly within the Imager application. When the image is written, the necessary credentials are embedded into the OS. Pretty cool.
It’s also easier to use in general, even for those with accessibility software. All controls in the interface now include proper labeling for screen-reading software. Furthermore, the entire application workflow can be navigated without a mouse. The color scheme has also been updated, utilizing a high-contrast “Raspberry Red” palette and increased white space to improve readability and parseability.
Check it out now for your next flash.
Source: Raspberry Pi Foundation
