RIGOL · Oscilloscope
RIGOL MSO1074Z software
Remote control and data logging for the RIGOL MSO1074Z oscilloscope, on Windows, Linux and macOS - with the same panel BenchMesh uses for every oscilloscope.
Awaiting confirmation
Status
Very likely. Support for the RIGOL MSO1074Z was written from RIGOL’s programming manual and follows the same engine as the bench-tested instruments, but nobody has confirmed it on a real MSO1074Z yet. If you own one, connecting it once and reporting the result moves it to Community-confirmed.
What you can do from BenchMesh
Oscilloscope panel 4 channels
Live readings
- ACQ TYPE
- BWLIMIT
- COUPLING
- DISPLAY
- FREQ
- INVERT
- OFFSET
- PROBE
- SCALE
- SRATE
- TIMEBASE
- TIMEOFFSET
- TRIG LEVEL
- TRIG SLOPE
- TRIG SOURCE
- TRIG STATUS
- TRIG SWEEP
- VAVG
- VPP
- VRMS
Settings you can change
- Acquire type
- Bwlimit
- Coupling
- Display
- Invert
- Offset
- Probe
- Run
- Scale
- Timebase
- Timebase offset
- Trigger level
- Trigger slope
- Trigger source
- Trigger sweep
Connections
- USB-TMC
- USB Test & Measurement Class (USB id 1ab1:04ce). No vendor driver needed on Linux; on Windows BenchMesh installs Microsoft’s WinUSB driver with one click.
- LAN (SCPI socket)
- TCP port 5555. Enter the instrument’s IP address.
Sources
The definition was written from these documents (definition rigol_ds1000z v0.1.0).
- MSO1000Z/DS1000Z Programming Guide PGA19108-1110 (DS1000Z_ProgrammingGuide_EN.pdf), pages PDF p4 models, p14 USB id, p22-23 ACQuire, p25-30 CHANnel, p96 *IDN?, p141 MEASure:ITEM, p172-179 TIMebase/TRIGger, p233-242 WAVeform
- DS1000Z-E Programming Guide PGA27101-1110 (DS1000ZE_ProgrammingGuide_EN.pdf), pages PDF p4 models, p14 USB id, p137 timebase 2 ns-50 s, p142 edge source
Have one on your bench?
Connect it, press Detect, try the controls - then tell us how it went. Every confirmation moves a model from “Awaiting” to “Community-confirmed” for everyone.
Questions
- Does BenchMesh work with the RIGOL MSO1074Z?
- Very likely. Support for the RIGOL MSO1074Z was written from RIGOL’s programming manual and follows the same engine as the bench-tested instruments, but nobody has confirmed it on a real MSO1074Z yet. If you own one, connecting it once and reporting the result moves it to Community-confirmed.
- How do I connect the MSO1074Z to my PC?
- Over USB-TMC or LAN (SCPI socket). USB Test & Measurement Class (USB id 1ab1:04ce). No vendor driver needed on Linux; on Windows BenchMesh installs Microsoft’s WinUSB driver with one click. Then press Detect in BenchMesh: it identifies the oscilloscope by its reply and adds it to the bench.
- What can I control on the MSO1074Z?
- Oscilloscope: set acquire type, bwlimit, coupling, display, invert, offset, probe, run; read acq type, bwlimit, coupling, display, freq, invert, offset, probe.
- Can I log MSO1074Z measurements to CSV?
- Yes. Right-click any reading to add it to a recording; every instrument on the bench is sampled on one shared timeline and exported as one CSV.
- Is BenchMesh free?
- Yes. BenchMesh is free and open source, for Windows, Linux and macOS, and works offline.