HardBreak
GitHubDiscordLinkedInX
  • HardBreak - Hardware Hacking Wiki
  • Introduction
    • How to start
    • Methodology
    • Case Study (Led to a CVE Update)
      • General Case Study
  • Hardware Hacking
    • Introduction
    • Basics
      • Tools
        • Hardware Tools
          • Essential Tools
          • Soldering Tools
          • Logic Analyzer
            • Saleae Logic Analyzer
          • Open-Source Tools
            • Bus Pirate v3.6
            • Bus Pirate 5
            • GoodFET
          • Multimeters & Oscilloscopes
          • JTAG and SWD Debuggers
            • Segger JLink
            • TI CC-Debugger
          • UART-to-TTL adapter
          • Chip readers and programmers
            • Xgecu T56
        • Software Tools
          • Binwalk
          • Firmwalker
          • flashrom
          • Ghidra
          • OpenOCD
          • Mitmrouter
      • Common Hardware Components
      • Firmware Extraction Methods
      • Ethics
    • Reconnaissance
      • Closed device
        • OSINT (search the web)
        • USB Ports / SD-card
      • Opened device
        • Board Analysis
    • Interface Interaction
      • UART
        • Identify UART
        • Connect to UART
        • Extract Firmware using UART
      • I2C
      • SPI
        • Extract Firmware using SPI
      • JTAG/SWD
        • JTAG
          • Identify JTAG
        • SWD
        • Extract Firmware using JTAG/SWD
      • VE.Direct
    • Bypassing Security
      • Voltage Glitching
        • Example: LPC1768
      • Electromagnetic Fault Injection
    • Analyze Firmware
  • Network Analysis
    • Introduction
    • Reconnaissance
    • Protocols
      • WIFI
        • WEP
        • Deauthentication Attacks
      • Application Layer
        • Proprietary Protocols
          • Parrot Anafi Drone Reverse Engineering
        • MQTT
        • CoAP
        • Web Sockets
  • Radio Hacking
    • Introduction
    • Reconnaissance
    • Protocols
      • NFC
      • RFID
    • Tools
      • RF Signal Analyzers
        • RTL-SDR
        • HackRF
      • Flipper Zero
        • NFC
        • Sub-GHz
  • Contribute
    • How to contribute
    • Gitbook - Basics
      • Markdown
      • Images & media
      • Interactive blocks
  • About
    • Impressum – Legal Notice
    • Privacy Policy
    • Datenschutzerklärung
    • License
Powered by GitBook
On this page

Was this helpful?

Edit on GitHub
  1. Radio Hacking
  2. Tools
  3. Flipper Zero

Sub-GHz

PreviousNFCNextHow to contribute

Last updated 6 months ago

Was this helpful?

The Flipper Zero is equipped with a built-in CC1101 transceiver that can receive and transmit radio frequencies between 300-928 MHz. It can read, store, and emulate signals from remote controls (like gates,remote switches, wireless doorbells, smart lighting, etc.).

The Flipper Zero web page describes all the techniques in detail:

Here are some hints:

  • If you don't know the frequency: Start with the Frequency Analyzer to determine it

  • If you don't know the modulation: "Read Raw" and try to figure out the correct modulation used

  • You need to configure the right modulation before reading a signal, else, Flipper Zero will not receive the correct data. Flipper supports:

    • AM270

    • AM650

    • FM238

    • FM476

https://docs.flipper.net/sub-ghz