From Flipper Zero to Flipper One: A Different Kind of Pocket Tool
Flipper One arrives not as a replacement for the wildly popular Flipper Zero, but as a very different class of gadget: a pocket Linux computer and portable networking tool. Where Flipper Zero focused on protocol-level access to physical systems like NFC, RFID, infrared, and sub‑1 GHz radio, Flipper One shifts up the stack to IP networking, high-performance computing, and on‑device AI. The new device drops built‑in NFC and RFID, but adds dual Ethernet ports, Wi‑Fi 6E, Bluetooth, and an M.2 slot for optional 4G/5G or SDR modules, effectively turning it into a modular computing device. Flipper Devices explicitly positions the Flipper One as a Linux multi‑tool—something closer to a cyberdeck than a key‑fob hacker toy—capable of acting as a VPN gateway, Ethernet sniffer, USB network adapter, or even a tiny workstation. Crucially, the Zero will continue to be sold for close‑range hardware hacking while the One targets networking and general computing.
RK3576 at the Core: A Linux-First Hardware Bet
At the heart of the Flipper One device is Rockchip’s RK3576, an octa‑core ARM application processor chosen specifically for a Linux‑first strategy. Flipper partnered with Collabora to ensure the SoC is deeply supported in the mainline Linux kernel, rather than relying on a vendor BSP that becomes obsolete. Over several years, Collabora engineers have upstreamed key pieces of the Rockchip ecosystem—from display pipelines and GPU/VPU acceleration to power management—making RK3576 a strong foundation for long‑term support. Compared with the STM32 microcontroller in the Flipper Zero, the leap is dramatic: gigabytes of LPDDR5 RAM, UFS storage, a Mali GPU with open drivers, and an NPU aimed at on‑device inference. This hardware platform allows the Flipper One to run Debian‑based Flipper OS and standard Linux software with minimal out‑of‑tree patches, framing it as a pocket Linux computer that “keeps up with the world” instead of freezing at launch‑day firmware.
Modular Design and Connectivity: Building a Pocket Cyberdeck
Flipper One’s hardware design embraces modularity and expansion, pushing it beyond a fixed‑function gadget into a flexible pocket Linux computer. The chassis houses 8GB of LPDDR5 memory, 64GB of internal UFS 2.2 storage, a microSD slot, and a dedicated RP2350B microcontroller to drive the 256 × 144 monochrome display and physical controls. Around the edges, users get two Gigabit Ethernet ports, two USB‑C ports, USB‑A, full‑size HDMI, a 3.5mm audio jack, Wi‑Fi, and Bluetooth. An M.2 slot and GPIO headers open the door to serious customization: you can add a 4G or 5G modem, SDR modules to reintroduce NFC/RFID‑style capabilities, or completely different I/O for niche workflows. PCIe, SATA, and USB 3.0 interfaces further reinforce its role as a portable networking tool that can double as a mini‑server, media box, or lab node. Rather than prescribing one use case, Flipper One is designed as a modular computing device you assemble around your own projects.
Open-Source Hardware Philosophy and Community Focus
Flipper Devices is pitching Flipper One as a “truly open hardware platform,” extending the open‑everything ethos that helped Flipper Zero go viral. The company’s goal is to ship what it calls “the most open and best‑documented ARM computer in the world,” with full mainline Linux kernel support and no proprietary binary blobs required for core functionality. Collabora’s upstream work underpins this promise, allowing the device to avoid vendor lock‑in and retain long‑term maintainability. On the software side, Flipper OS builds on Debian, while the new Developer Portal invites community members to follow development, contribute code, and design custom modules and workflows. By exposing low‑level interfaces, networking stacks, and AI acceleration, Flipper One aims to be a sandbox for hardware hackers, network engineers, and tinkerers alike. The device embodies a shift away from sealed, closed‑ecosystem gadgets toward open source hardware that users can inspect, modify, and repurpose over its entire life.
Positioning in the Landscape of Portable Networking and Linux Tools
With a planned base price target of USD 350 (approx. RM1,610) excluding cellular modules, Flipper One sits far above an impulse buy but competes more with niche network appliances and DIY cyberdecks than with mass‑market phones. Its dual identity—as a portable networking tool and general‑purpose pocket Linux computer—means it can serve as a VPN gateway on the go, a wired or wireless debugging station, or a compact Linux workstation via HDMI and USB peripherals. Built‑in AI acceleration enables on‑device analysis of captured traffic or other compute‑heavy tasks without cloud access. For network administrators, security professionals, and enthusiasts, it promises a highly customizable field companion. For hobbyists, it can morph into a retro console, media box, or embedded controller. Crucially, Flipper insists it is not a Flipper Zero successor but a complementary, higher‑layer tool, signaling a broader move toward open, modular ARM Linux devices that blur the line between multi‑tool and full computer.
