NovaOS features

Every band the analog front end really makes, 10 to 150 MHz, each measured, before the converter so the trigger sees it too.

A Bode sweep that settles, checks and averages each point before it moves on.

Waveforms off the scope at the network port's own speed, and ngscopeclient at full speed.

Every cycle on the screen counted into the statistics, timed on the captured samples at full rate.

A current, maintained Linux in place of the scope's 2016 Android, with the scope's own software rebuilt on it.

The scope screen about 14 s after power-on.

Roll ten times faster than stock on the DHO800/900, and a trigger that works while rolling.

A normal triggered display at 50 ms/div and slower, instead of being forced into roll.

Stock's UART decoder, made readable: every bit field in its own colour, and long packets decoded from the whole record.

Keep only the acquisitions whose trace passes through, or stays out of, a box you draw on the screen.

The monitor gets its own layout at its own resolution, not the 7-inch screen scaled up.

RS-485 multidrop buses decoded: addresses told from data, and a trigger on one slave's address only.

A Bode plot from any generator, so scopes without one of their own get Bode too.

See and drive the scope's screen from another display on the network.

The whole 1-Wire conversation, from reset to temperature, decoded.

One view from a microcontroller's I2C write to the 1-Wire part's answer.

CAN with a flexible-data-rate data phase, decoded on the scope.

Stage-lighting DMX512 universes and RDM messages, decoded.

The eye of a serial signal and its jitter, split into its parts.

FlexRay frames decoded, and a trigger on a bus position, an error, a frame or a symbol.

Digital audio decoded, with a trigger on sample values.

MIPI I3C messages beside legacy I2C, decoded.

JTAG TAP states and shifted data, decoded.

MIL-STD-1553B decoded, with a trigger on the sync, a data word, a terminal address or an error.

Modbus frames over a UART or RS-485 line, decoded.

Power quality, ripple, switching and safe-operating-area analysis on the scope.

The scope keeps looking for buses, and tells you when a new one appears or one changes.

Serial-flash and PSRAM transfers on one to four data lines, decoded.

Digital audio on S/PDIF and AES3, decoded frame by frame with its channel status.

The FFT made into a spectrum analyzer: markers, RBW, a waterfall and tone measurements.

ARM Serial Wire Debug, decoded.

USB-PD messages on the CC line, decoded.

A third channel sets the trace's brightness, in XY and on the time plot.

Catch only the acquisitions whose trace enters, or stays out of, an area you draw on the screen, in any shape.