NanoVNA‑X is a refined firmware for NanoVNA‑H/H4, introducing an event‑driven architecture, improved sweep stability, UI polish, per‑unit USB identifiers, and integrated SD features for reliable field operation.​

Open-source framework for designing and manufacturing measurement equipment devices

PyVNA: Multi-protocol Python library for NanoVNA V1/V2/LiteVNA, derived from GoVNA for high performance & secure server-side applications. Supports auto-detection, robust device pooling, and comprehensive data handling.

A set of SCPI and API examples for using the PicoVNA® devices with various programming languages using the PicoVNA 5 software and SDK.

A set of Python examples for PicoVNA® products.

C# examples for PicoVNA® Vector Network Analyzers

A Toolbox for use with PicoVNA® Vector Network Analyzer products in MATLAB.

This repository contains MATLAB code for remotely controlling a Vector Network Analyzer (VNA) to perform measurements on a head phantom equipped with an antenna helmet. The project aims to collect extensive data across multiple stroke configurations and phantom inclinations.

GoVNA: A robust and secure Go library for controlling NanoVNA vector network analyzers. Features multi-protocol support (V1, V2/LiteVNA), automatic device detection, and optimized for high-performance server-side applications.

Measuring magneto-impedance in ferromagnetic wires subjected to external stimuli such as magnetic field, tensile stress, and temperature

An unofficial (simple) Python API for the nanoVNA device line

Design and Implementation of a Microwave Laboratory for Composite Material Testing

Measuring magneto-impedance in ferromagnetic wires subjected to external stimuli such as magnetic field, tensile stress, and temperature

A browser-based control and measurement application for NanoVNA vector network analyzers