Flipper One: a compact Linux cyber deck with dual gigabit Ethernet and Wi‑Fi 6E

# What the Flipper One is

# Core hardware

The device uses a Rockchip RK3576 processor with eight cores, Mali G52 graphics and 8GB of RAM for general Linux workloads. A secondary microcontroller (Raspberry Pi RP2350) handles low‑power functions and provides GPIO support for hardware projects. Key connectivity and expansion elements are:

• Dual gigabit Ethernet ports for line‑rate wired networking.
• Wi‑Fi 6E for wider 6 GHz spectrum support where available.
• M.2 expansion slot to accept add‑ons such as 5G modems, SSDs or SDR modules.
• Full‑size HDMI 2.1 output supporting up to 4K/120Hz video.
• Multiple GPIO connectors for prototyping and sensor integration.

Those elements make the Flipper One suitable for tasks that depend on sustained network throughput or modular radio and storage upgrades.

# Software and ecosystem

Flipper One runs an open software ecosystem centered on Flip OS and the Flip Ctl framework. The platform emphasizes modular system profiles and user customization, enabling developers to tailor the device for tasks like router software, data capture, or a lightweight Linux workstation.

The project aims to minimize dependence on proprietary firmware, but the ARM Linux environment still requires some closed components. That tension shapes development: the team provides documentation and tools to make the platform adaptable while working through unavoidable binary dependencies.

# Practical uses

One is built to support several concrete scenarios:

• Network analysis and packet capture on wired and wireless links, enabled by dual Ethernet and Wi‑Fi 6E.
• Penetration testing workflows that need a portable Linux host with modular radios or storage.
• Portable media center or presentation device using HDMI 2.1 output.
• Hardware prototyping through GPIO and the RP2350 microcontroller for sensor, actuator or embedded control work.
• Upgradable toolset: add an M.2 5G modem or SSD to change the device role without replacing the base unit.

# Modularity and community

The M.2 slot and exposed GPIO make the Flipper One intentionally flexible: users can add cellular modems, storage, or SDR hardware as projects demand. The product documentation and open tooling are intended to support community contributions, extensions and custom profiles via Flip OS and Flip Ctl.

At the same time, developers acknowledge that some platform pieces depend on closed ARM binaries. The project is balancing openness with practical integration of those components so the device functions reliably.

# Who should consider it

Choose the Flipper One if you need a portable Linux device that prioritizes IP connectivity and modular expansion: network engineers, penetration testers, field researchers and hobbyists who want wired Ethernet, modern Wi‑Fi and upgrade paths for radios or storage. If you require a strictly fully open‑source hardware/firmware stack with no closed blobs, evaluate the specific dependencies first.

# Bottom line

Linux workstation capability into a handheld form factor while prioritizing network connectivity and expandability. Its hardware and software make it a practical tool for networked tasks and on‑the‑go prototyping, provided you accept the limited closed components typical of the ARM Linux ecosystem.