nirfmxbluetoothgen 26.3.0

Python APIs for interacting with RFmx Bluetooth(R) Generation Product

Info	Contains Python APIs for interacting with RFmx Bluetooth® Test Generation Product.
Author	National Instruments

Table of Contents

• Table of Contents
• About
  • Documentation
  • Operating System Support
• Installation
• License
• Support and Feedback
• Example

About

The nirfmx-python repository generates Python bindings (Application Programming Interface) for interacting with the RFmx Products.

nirfmx-python follows Python Software Foundation support policy for different versions.

RFmx Instr Python API Status

Item	Details
Driver Version Tested	2026 Q1
Supported Python Versions	Python 3.9+ (64-bit)
Documentation	RFmx Instr Docs

RFmx Bluetooth® Test Generation Python API Status

Item	Details
Driver Version Tested	2026 Q1
Supported Python Versions	Python 3.9+ (64-bit)
Documentation	RFmx Bluetooth® Test Generation Docs

Documentation

You can find the latest API documentation for the nirfmx-python package on Read the Docs

Refer to the RFmx User Manual for an overview of RFmx, system requirements, troubleshooting, key concepts, etc.

Operating System Support

nirfmx-python supports Windows systems where the supported drivers are installed. Refer to NI Hardware and Operating System Compatibility for which versions of the driver support your hardware on a given operating system.

Installation

You can use pip to download nirfmxbluetoothgen and install it.

$ python -m pip install nirfmxbluetoothgen

Upgrade

You can use pip to upgrade nirfmxbluetoothgen package using following command:

$ python -m pip install nirfmxbluetoothgen --upgrade

License

This project is licensed under the MIT License. While the source code is not publicly released, the license permits binary distribution with attribution.

Note: This Python driver depends on several third-party components that are subject to separate commercial licenses. Users are responsible for ensuring they have the appropriate rights and licenses to use those dependencies in their environments.

gRPC Features

For driver APIs that support it, passing a GrpcSessionOptions instance as a parameter to nirfmxinstr.Session.init() is subject to the NI General Purpose EULA.

SSL/TLS Support

The server supports both server-side TLS and mutual TLS. Security configuration is accomplished by setting the server_cert, server_key and root_cert values in the server's configuration file. The server expects the certificate files specified in the configuration file to exist in a certs folder that is located in the same directory as the configuration file being used by the server. For more detailed information on SSL/TLS support refer to the Server Security Support wiki page.

Support and Feedback

For support with Python API, hardware, the driver runtime or any other questions, please visit NI Community Forums.

RFmx Bluetooth Generation Example

import nirfmxbluetoothgen
import nirfsg

waveform_name = "BTWaveform"
script = (
    "script GenerateDataPkt\n"
    "    repeat forever\n"
    "        generate BTWaveform\n"
    "    end repeat\n"
    "end script"
)

btsg_session = None
rfsg_session = None

try:
    # Create Bluetooth Generation Session
    btsg_session = nirfmxbluetoothgen.Session(
        nirfmxbluetoothgen.CompatibilityVersion.Version020000, "RFSG"
    )

    # Convert Channel Number to Carrier Frequency
    carrier_frequency, error_code = btsg_session.channel_number_to_carrier_frequency(3, 0)

    # Configure BD Address
    btsg_session.set_bd_address_lap("", 0)
    btsg_session.set_bd_address_uap("", 0)
    btsg_session.set_bd_address_nap("", 0)

    # Configure Packet Type
    btsg_session.set_packet_type("", nirfmxbluetoothgen.PacketType.DH1.value)

    # Configure Number of Unique Packets and Idle Slots
    btsg_session.set_number_of_unique_packets("", 1)
    btsg_session.set_number_of_idle_slots("", 1)

    # Configure Payload Header
    btsg_session.set_payload_header_llid("", 0)
    btsg_session.set_payload_header_flow("", 0)
    btsg_session.set_payload_length_mode("", nirfmxbluetoothgen.PayloadLengthMode.MAXIMUM_LENGTH.value)
    actual_payload_length, error_code = btsg_session.get_actual_payload_length("")

    # Configure Payload Data
    btsg_session.set_payload_data_type("", nirfmxbluetoothgen.PayloadDataType.PN_SEQUENCE.value)
    btsg_session.set_payload_pn_order("", 9)
    btsg_session.set_payload_pn_seed("", 497)

    # Configure Packet Header
    btsg_session.set_packet_header_lt_address("", 0)
    btsg_session.set_packet_header_flow("", 0)
    btsg_session.set_packet_header_arqn("", nirfmxbluetoothgen.PacketHeaderArqn.NAK.value)
    btsg_session.set_packet_header_seqn("", 0)

    # Configure Waveform Properties
    btsg_session.set_auto_headroom_enabled("", nirfmxbluetoothgen.AutoHeadroomEnabled.TRUE.value)
    btsg_session.set_carrier_frequency_offset("", 0.0)

    # Configure IQ Impairments
    btsg_session.set_all_iq_impairments_enabled("", nirfmxbluetoothgen.AllIQImpairmentsEnabled.FALSE.value)

    # Configure AWGN
    btsg_session.set_awgn_enabled("", nirfmxbluetoothgen.AwgnEnabled.FALSE.value)
    btsg_session.set_carrier_to_noise_ratio("", 50.0)

    # Configure Whitening
    btsg_session.set_whitening_enabled("", nirfmxbluetoothgen.WhiteningEnabled.FALSE.value)
    btsg_session.set_whitening_clock("", 0)

    # Create RFSG Session
    rfsg_session = nirfsg.Session("RFSG")
    rfsg_session.frequency = carrier_frequency
    rfsg_session.external_gain = 0.0
    rfsg_session.power_level_type = nirfsg.PowerLevelType.PEAK

    # Create and Download Waveform
    btsg_session.rfsg_create_and_download_waveform(rfsg_session, "", waveform_name)

    # Configure Script and Initiate Generation
    btsg_session.rfsg_configure_script(rfsg_session, "", script, 0.0)
    actual_headroom, error_code = btsg_session.get_actual_headroom("")
    rfsg_session.output_enabled = True
    rfsg_session.initiate()

    # Print Results
    print("------------------BT Generate Data Packet------------------")
    print(f"Carrier Frequency (Hz)             : {carrier_frequency}")
    print(f"Actual Payload Length (bytes)       : {actual_payload_length}")
    print(f"Actual Headroom (dB)               : {actual_headroom}")

except Exception as e:
    print("ERROR: " + str(e))

finally:
    # Close Sessions
    if btsg_session is not None:
        if rfsg_session is not None:
            rfsg_session.abort()
            rfsg_session.output_enabled = False
            rfsg_session.commit()
            btsg_session.rfsg_clear_database(rfsg_session, "", "")
        btsg_session.close()
        btsg_session = None
    if rfsg_session is not None:
        rfsg_session.close()
        rfsg_session = None