Software

Software for the AD-FMCOMMS2-EBZ / AD-FMCOMMS3-EBZ / AD-FMCOMMS4-EBZ / AD-FMCOMMS5-EBZ.

• Linux

• No-OS drivers

• Using the IIO Oscilloscope
  • ADI IIO Oscilloscope
    • For Linux
      • Remote run on host
      • Locally run on the board
    • Plugin
    • Data capture
• AD9361 IIO Scope Plugin
  • Device Global Settings
  • Receive Chain
  • Transmit Chain
  • FPGA Settings
    • Transmit/DDS
      • One CW Tone
      • Two CW Tones
      • Independent I/Q Control
      • DAC Buffer Output
      • Disable
• Advanced AD9361 IIO Scope Plugin
  • Main
    • Clockout Setting
  • Gain Control
  • RSSI
  • External LNA
  • TX Monitor
  • Auxiliary IO (ADC, DAC, Control IO, Temp Sensor)
  • MISC
  • BIST (Built-In Self-Test)
    • BIST Tone
    • BIST PRBS
    • BIST Loopback
• Filter response
• MATLAB Filter Design Wizard
  • Videos
  • Use MATLAB App
    • Basic Functions
    • Advanced Functions
    • Toolbar
  • Use MATLAB Functions
    • Inputs and Outputs
      • Inputs
      • Outputs
    • Transmit
    • Receive
    • Example: Tx LTE-5
  • Key Steps in Design
    • Define Filters
      • Define Analog Filters
      • Define Half Band Filters
    • Determine Half-band Filters
    • Design TFIR
    • Visualization
    • Some Notes About dBstop_FIR
  • C/C++ Source For Internal Designer
    • Getting MATLAB Source and Testing
    • Generating C/C++ Source Code From MATLAB
  • Support
• Filter Design license
• Linux support
• Installing RF Blockset Models
• AD9361 Receive Testbench
• SimRF Models
  • Downloads
  • Comments and Feedback
  • Support
• Beacon Frame Receiver Example
• QPSK Transmit and Receive Example
  • QPSK Transmitter
  • QPSK Receiver
  • Results
• LTE Transmitter and Receiver Example
  • Introduction
  • Requirements
  • Methods
    • Using File I/O
      • Setting up the AD9361
      • LTE Playback
        • Creating a LTE Signal in MATLAB
        • Copying it to the target
        • Playing it via the osc application
      • LTE Recording
        • Capturing a waveform via the osc application
        • Copying it to the host
        • Analyzing the LTE waveform in MATLAB
    • A Complete Example in MATLAB
• ADS-B Airplane Tracking Example
  • Requirements
  • MATLAB
    • Use Pre-captured Data
    • Use Live Data
  • Simulink
  • Reference
  • Support
• ADS-B Airplane Tracking Tutorial
  • Overview
  • Software and Hardware Requirements
    • Software Requirements
    • Hardware Requirements
  • From Simulation to Production Workflow
    • Component Evaluation
    • Behavioral Simulation
      • Transmit Model
      • Receive Model
    • Radio I/O
      • MATLAB
        • Pre-captured Data
        • Live Data
      • Simulink
    • Prototype and Production
      • Intermediate Model
      • MathWorks HW/SW Co-Design
        • Steps to Follow
      • ADI Board Support Package for the HDL Workflow Advisor
        • Use pre-captured data to verify
        • Observe live data
        • Use External Mode
  • Reference
  • Support
• FM Radio/Tuner
  • About FM radio
  • The sysfs interface
  • Equipment used
  • Monitoring the FM band
  • Playback