Top 10 Best Usb Multimeter Software of 2026

OWON Multimeter BLE4.0 and USB Data Acquisition Software is built for PC-based logging of multimeter readings collected over a BLE link, then stored for later review. The USB Data Acquisition Software focus on measurement logging and export makes it practical for repeat test runs where results must be captured consistently. It is a good fit when the measurement cadence matches a multimeter reading loop rather than requiring high-speed oscilloscope-grade capture.

A tradeoff appears in trigger depth and event capture, since multimeter apps typically record meter update cycles rather than provide input-level triggering with deterministic latency. Use OWON Multimeter BLE4.0 and USB Data Acquisition Software when workflows need desktop capture, CSV time-series export, and simple post-test inspection instead of deep bus-level protocol tracing.

RIGOL UltraSigma is a desktop application that wraps RIGOL USB multimeter acquisition in an operator-run workflow with automation hooks for repeat measurements and batch logging. It targets scenarios where standard front-panel reads are insufficient because runs must be timed, repeated, and recorded with consistent formatting. Exports are geared toward time-series review by pairing measurement values with run timing so results can be compared across iterations. Integration depth is strongest when lab automation already expects direct device control from a host PC.

A key tradeoff is that UltraSigma’s control and logging workflow is best aligned to the specific RIGOL multimeter command set rather than acting as a universal multimeter abstraction layer. Setup time can be higher than simple USB reader tools because users must map measurement sequences to the expected capture cycle and verify trigger timing. A common usage situation is production test or validation where the same stimulus sequence is applied, then voltage and current readings are captured in a consistent order for CSV-style analysis.

GW Instek DMM Software provides USB multimeter control for real-time readouts and buffered measurement capture for later review. Logging outputs are oriented to lab documentation needs such as time-series exports, which reduces manual copy steps when collecting long runs. Device communication is driven by the installed instrument interface components that map specific functions and ranges to supported meter models.

A key tradeoff is automation depth, since the software’s integration story is primarily GUI-driven rather than an exposed programming API for LabVIEW or PyVISA-style scripted control. It fits situations where test engineers need consistent operator workflows and CSV time-series capture for ripple or transient trending, not where complex trigger logic and programmatic session management must be driven entirely from external code.

Sigrok PulseView is a GNU project tool for capturing multimeter and related measurement streams with a device-driver model that maps probes to measurement channels. It supports instrument control through sigrok device backends and measurement decoding, then outputs standardized time-series and event data for later analysis.

PulseView is distinct for its trigger-driven capture workflow and for using device-specific drivers rather than a single fixed measurement stack. For lab use, it fits when mixed capture and decoding needs stay repeatable across compatible hardware families.

FlukeView Forms is the Fluke USB multimeter software used to capture measurements from Fluke handheld and benchtop meters and drive form-based workflows for repeatable test sequences. It emphasizes configurable data capture into forms, structured results review, and export-oriented output rather than raw streaming.

Device connectivity is oriented around USB meter integration with the application’s test forms, including run logging for later inspection. For lab teams that need controlled measurement runs, it supports repeatability through templates and operator-facing form fields.

UNI-T USB DMM Software is a desktop application that manages a UNI-T USB DMM device over USB and provides interactive measurement views plus capture logging tied to the active meter session.

The core workflow centers on selecting DMM modes, initiating a capture run, and exporting the recorded measurements as a time-series dataset for later analysis.

Compared with USB-multimeter stacks that emphasize programmable automation via third-party instrument-control layers, this software is more oriented to operator-driven session control than lab-wide orchestration.

NI LabVIEW is distinct because it combines USB instrument control patterns with a visual programming environment that can be extended into measurement workflows. It supports NI data acquisition and measurement instrument drivers under a unified project model, with instrument control via NI-VISA and SCPI-style command sets.

LabVIEW is often used to build timed measurement runs with data logging to CSV time series and automated state-machine control. For USB multimeter use cases, it is strongest when the workflow needs repeatable triggers, operator-friendly GUIs, and tight integration with other lab equipment.

Pico Technology PicoLog is lab-focused USB multimeter software built around direct device control and time-series capture from Pico USB instruments. It pairs data logging with analysis-oriented exports so captured readings can be reviewed in spreadsheet tools without extra conversion steps.

The application also supports trigger-based acquisition so long runs can be aligned to a condition instead of a fixed start time. SCPI-driven instrument workflows are handled through Pico’s automation surface, which fits lab rigs that already standardize on command-based control.

Yokogawa Test Navigator coordinates USB multimeters inside measurement routines with a lab-focused workflow and instrument control layer. It provides automated test sequencing, parameterized measurement steps, and centralized configuration for repeatable runs across multiple test cases.

The software supports data collection to time-series files and can drive device commands through a structured control model rather than ad hoc scripts. For USB-based meter integration, it emphasizes traceable test execution and operator-ready run steps tied to instrument settings.

Gossen Metrawatt Metrawin is a USB multimeter software package built to work with Gossen Metrawatt instruments through a measurement workflow that stays tied to the device. It supports live acquisition, data capture, and export from the connected meter, with configuration options exposed inside the PC application.

The distinct angle is its focus on meter-first control and repeatable measurement sessions rather than turning the PC into a generic scripting host. In lab setups, that translates into tighter device control during collection and fewer moving parts than software stacks that rely on external automation layers.