Flipper One: Inside the Linux‑Powered Cyberdeck From the Makers of Flipper Zero

This architecture separates high‑performance computing from real‑time device management, allowing the Linux system to focus on networking, storage, and user applications.

Key Hardware Specifications

The main computing power comes from the Rockchip RK3576 system‑on‑chip. According to documentation and early reports, it includes:

• Octa‑core ARM CPU: 4× Cortex‑A72 performance cores + 4× Cortex‑A53 efficiency cores
• Arm Mali‑G52 MC3 GPU for graphics acceleration
• 6 TOPS neural processing unit (NPU) for on‑device AI workloads
• 8 GB LPDDR5/LPDDR5x RAM for running a full Linux environment

This hardware moves the device well beyond microcontroller‑class gadgets and into the territory of small ARM computers capable of running standard Linux applications and AI inference tasks locally.

Networking and Connectivity Features

One of the defining goals of Flipper One is strong networking capability. Early specifications highlight features that are unusual in handheld devices:

• 2× Gigabit Ethernet ports for wired networking experiments
• Wi‑Fi 6E support across 2.4, 5, and 6 GHz bands
• USB networking support up to 5 Gbps
• M.2 expansion slot for modules such as:
  • 5G modems
  • NVMe SSD storage
  • software‑defined radio (SDR) modules
  • additional Wi‑Fi adapters or AI accelerators

The system also supports typical computer interfaces such as USB, HDMI, storage, and audio through the Linux‑managed application processor.

Together these capabilities mean the device could function as a portable router, VPN gateway, network analyzer, or compact Linux workstation when connected to external peripherals.

How It Differs From Flipper Zero

Although Flipper One comes from the same company, it is not meant to replace the Flipper Zero. The two devices target very different roles.

Flipper Zero:

• Microcontroller‑based embedded tool
• Focused on physical and low‑level protocols such as RFID, NFC, and sub‑GHz radio

Flipper One:

• Linux‑based ARM computer
• Focused on networking, Linux applications, and modular hardware expansion

In practice, this means Flipper One operates more like a portable cyberdeck or mini Linux workstation, while Flipper Zero remains a specialized embedded security gadget.

Open‑Source Development and Linux Software

Flipper Devices is building the project openly and encouraging community participation. The company has published extensive documentation and development resources for contributors.

The software stack includes several key pieces:

Mainline Linux support

Flipper Devices is working with open‑source developers to bring mainline Linux kernel support for the RK3576 platform, reducing reliance on vendor‑specific code and improving long‑term maintainability.

Flipper OS

The device will run Flipper OS, a Linux‑based operating system designed specifically for the handheld platform and multitool use cases.

The goal is to provide a streamlined Linux environment suitable for a small device while still supporting powerful networking and experimentation tools.

Current Status and Remaining Uncertainties

Despite the detailed documentation and hardware plans, Flipper One is not yet a finished product.

Official documentation states that the device is still under active development and that specifications may change as the project evolves.

Several things remain unclear:

• No confirmed release date has been announced.
• No official price has been disclosed.
• Hardware and software features may still evolve before any commercial launch.

Because the project is being developed publicly with heavy community involvement, new updates to the design and software stack continue to appear in the developer documentation as work progresses.

The Big Picture

Flipper One represents a major shift from the company’s original hacking gadget. Instead of a specialized embedded device, the new platform aims to be a fully open portable Linux computer with powerful networking capabilities and modular expansion.

If the project reaches production with its planned hardware—RK3576 CPU, AI acceleration, multi‑gigabit networking, and open‑source Linux support—it could become one of the most capable handheld platforms for networking experimentation and hardware hacking.

For now, though, it remains an ambitious project still moving through active development.