TL;DR
The Flipper One team has publicly announced their project to create a fully open, Linux-based ARM platform, emphasizing community involvement to overcome technical and support challenges. They seek help to develop a truly open hardware platform without proprietary blobs.
The Flipper One project has publicly launched its effort to develop a fully open Linux-based ARM computer, calling for community help to achieve its ambitious goals of open hardware and upstream Linux support.
The project, initiated by a team with years of development behind it, aims to build the most open and well-documented ARM computer, free of binary blobs and proprietary firmware. Unlike the Flipper Zero, Flipper One is a separate device designed to serve as an open platform capable of high-performance tasks such as networking, SDR, and AI. It features multiple network interfaces, including Gigabit Ethernet, Wi-Fi 6E, and optional 5G connectivity via M.2 modules. The team has partnered with Collabora to push full support for the Rockchip RK3576 SoC into the mainline Linux kernel, making the platform more open and maintainable. They are currently seeking community contributions to improve power management, USB support, and eliminate remaining binary blobs, particularly the DDR trainer. The project emphasizes transparency by publishing task trackers, discussions, and unfinished documentation through the new Flipper One Developer Portal.
Why It Matters
This initiative matters because it aims to challenge the current proprietary and fragmented state of ARM Linux hardware, promoting open-source standards and community-led development. If successful, it could set a new benchmark for open hardware platforms, benefiting developers, educators, and the open-source community at large. The project also highlights ongoing issues with vendor lock-in and closed-source components in ARM devices, which limit transparency and customization.
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Background
The effort builds on longstanding frustrations within the open-source community regarding the lack of fully open ARM hardware and upstream Linux support. Previous efforts have struggled with vendor-specific patches, closed drivers, and proprietary boot components. The team behind Flipper One has been working for years, repeatedly rebuilding the project, and now seeks broader community involvement to overcome remaining technical hurdles and push for a more open ecosystem. Their collaboration with Collabora to support the RK3576 chip is a key milestone, aligning with broader industry efforts to improve Linux support for ARM devices.
“We believe this is the only way to make a truly meaningful contribution to the open-source community and to education.”
— Flipper One Team
“Support for the RK3576 in the mainline Linux kernel is progressing well, but community help is needed to close remaining gaps.”
— Collabora representative
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What Remains Unclear
It remains unclear how much community support will materialize, especially regarding convincing Rockchip to open the last binary blob in the boot chain. The timeline for fully eliminating proprietary components and achieving complete upstream support is uncertain, and some accelerators and hardware features are still not fully supported in mainline Linux.
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What’s Next
The team plans to continue developing the platform, focusing on power management and USB support, while expanding the Flipper One Developer Portal to gather contributions. They expect ongoing discussions with hardware vendors and community members to address remaining technical challenges and push for open hardware standards.
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Key Questions
What is the main goal of the Flipper One project?
The main goal is to develop a fully open, well-documented ARM Linux platform without proprietary blobs, supporting upstream kernel development and community contributions.
How does Flipper One differ from Flipper Zero?
Flipper One is a Linux-based hardware platform designed for high-performance tasks and open hardware development, while Flipper Zero is a different device focused on offline access control and hacking tools.
What kind of community help is needed?
Contributions include code, hardware suggestions, efforts to convince vendors to open proprietary blobs, and participation in testing and documentation efforts.
When will the project be fully open and supported?
The timeline is uncertain; they are actively working on closing gaps in support and hope to make significant progress in the coming months with community involvement.
Can I contribute if I am not a developer?
Yes. Contributions can include advocacy, helping with documentation, community outreach, or assisting in discussions with hardware vendors.
Source: Hacker News
