RF analog signal generators produce continuous wave (CW) RF signals for testing wireless devices, communication systems, and RF components. With fast switching speeds, low phase noise, and wide frequency and power range, NI RF analog signal generators integrate seamlessly into PXI-based automated test systems and NI software environments, enabling scalable, high-performance validation for applications like 5G, Wi-Fi, and LTE.
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The NI PXI RF Analog Signal Generator requires a free NI-RFSG driver, which provides APIs for NI LabVIEW and text-based programming languages.
You can also purchase NI RFmx software for faster implementation of wireless tests for many popular wireless and cellular standards.
RF signal generators produce precise radio frequency signals for testing wireless devices, communication systems, and RF components. Engineers use them to simulate real-world RF conditions, validate performance, and ensure compliance with industry standards such as 3GPP. They are essential for applications like radar testing, 5G development, and satellite communication testing.
Key specifications include frequency range, output power, modulation capabilities, and signal purity. Engineers should also evaluate phase noise, switching speed, frequency accuracy, and support for advanced modulation formats. Integration with automated test systems and compatibility with software tools like LabVIEW are critical for efficient workflows.
NI RF signal generators provide high-performance signal generation with fast switching speeds and low-phase noise. Their PXI modular architecture enables scalable, multichannel configurations for complex applications like MIMO and 5G testing. Seamless integration with NI software tools allows engineers to automate signal generation, logging, and analysis, improving throughput, repeatability, and overall test efficiency.