Why use it
Get the best performance from your oscilloscope
Analysis on the fly everywhere, no need of PC or laptop
Easy to use
Simple interface, touch screen interaction. A new experience
|High frame rate
|Real-time oscilloscope, up to 1000 scans per second and 25 FPS according oscilloscope performance
|Software trigger and AC/DC
|improved software trigger with wave stabilizer. AC/DC emulator (for oscilloscopes without this hardware support).
|Peak-Peak, Max, Min, RMS and DC value. Frequency and duty cycle. Cursors for manual calculations
|Real-time processing with several windows. Peak detect and Peak-hold functions.
|Long time logger
|Up to 24H logging, record and export to .csv
|available sinc interpolator with infinite sampling rate for the best signal view. Maximum visible frequency = Sampling rate / 4
|Phosphor decay effect
|plot multiple signal traces on the screen
|calculate and visualize difference among 2 signals, amplitude, frequency, phase and delay
|apply operations on single or both channels
|apply Filters on each channels (low pass, high pass)
|available configuration for several standard probes and possibility to create new ones with several units available
|data available in .csv format, Matlab, and other standard formats
|Android (list of tested devices), Windows Emulators (reported by users): PrimeOS, android-x86
|Android 4.4+, Google Play, USB OTG, 2GB RAM or more.
|Android 9+, 4GB RAM (
|HScope on Raspberry Pi
The following modules requires an additional license on the top of the Oscilloscope License.
Automotive Module allow real-time data sampling with long time recording.
Audio Module allow real-time streaming of the input signal to the phone speaker and RMS calculation for amplifiers.
Digital Module allow to transform analog signals to digital and analyze them.