Accessories, Batronix Magnova BMO NC
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The Complete Magnova Platform
The BMO350-LAB combines the most powerful Magnova extensions into a versatile measurementplatform for demanding development and laboratory work.
With 350 MHz bandwidth, 16 digital channels provided by two BMO-MSO logic probes, the BMO- AWG function generator and the BMO-FS foot switch, it offers exceptional flexibility for analysis, characterization and troubleshooting. Analog and digital measurements, protocol analysis, signal generation and frequency response analysis work together within a single user environment.
The included BMO-FS foot switch supports efficient laboratory workflows. Measurements can be triggered, saved or documented without removing hands from the DUT, probes or test setup.
The BMO350-LAB is designed for engineering teams, research organizations and professional laboratories that want to leverage the full potential of the Magnova platform in a configuration optimized for flexibility and productivity.
| Features | Magnova BMO350-LAB |
|---|---|
| Channels | 4 |
| Bandwidth | 350 MHz |
| Sample rate | 1.6 GSa/s when using channel 1 and/or 2 1.0 GSa/s with additional use of channel 3 and/or 4 |
| Waveform capture rate | 300,000 wfms/s (12,000,000 wfms/s History Mode) |
| Memory depth | Single-channel mode: 320 Mpts Dual-channel mode: 160 Mpts Four-channel mode: 80 Mpts |
| Integrated decoders | I²C, SPI, UART, CAN, CAN-FD, LIN and Parallel |
You will find the specifications of the Magnova here.
The Key Features of the BMO350-LAB Sets
Analysis, Signal Generation and Debugging
The BMO350-LAB combines 350 MHz bandwidth, 16 digital channels and the BMO-AWG function generator within a single platform. Mixed-signal analysis, protocol decoding, FFT analysis and frequency response measurements are available whenever they are needed.
Designed for Development and Research
From analog circuits and embedded systems to characterization of electronic assemblies, the BMO350-LAB provides the tools required for a wide range of development and research tasks.
Built for Everyday Laboratory Use
The BMO-FS foot switch allows measurements to be triggered conveniently while keeping both hands free. This improves efficiency and comfort during repetitive measurements, test bench operation and prototype development.
Three Configurations. One Platform.
| Magnova BMO Sets | Bandwidth | Channel | Logic Analyzer | Waveform Generator | Foot Switch | MSO Demo Board |
|---|---|---|---|---|---|---|
| BMO100-EDU | 100 MHz (upgradable to 350 MHz) | 4 | Option | Option | ||
| BMO200-EMB | 200 MHz (upgradable to 350 MHz) | 4 | Option | Option | Option | |
| BMO350-LAB | 350 MHz | 4 | Option |
The Complete Magnova Platform
The BMO350-LAB combines the most capable Magnova configuration in a single package. With 350 MHz bandwidth, 16 digital channels, the integrated BMO-AWG function generator, and the BMO-FS foot switch, signal generation, mixed-signal analysis, and advanced measurement capabilities are available within one seamless working environment.
Development, verification, and laboratory analysis can all be performed without switching between instruments or software. Every tool works together as part of a continuous measurement workflow—from generating the first test signal to completing the final analysis.
Characterize and Understand Electronic Circuits
The included BMO-AWG expands the Magnova with a fully integrated function generator offering output frequencies of up to 90 MHz. Test signals can be generated directly within the instrument and immediately analyzed using the Magnova's comprehensive measurement tools. In addition to standard waveforms, the generator supports arbitrary waveforms, sweeps, burst operation, and modulation. Automated Bode plot measurements allow gain, phase, and frequency response to be characterized directly within the same user interface, making circuit analysis both efficient and fully reproducible.
Make Analog and Digital Relationships Visible
Two BMO-MSO logic probes expand the Magnova to a total of 16 digital channels. Analog signals, communication interfaces, and digital control lines can be displayed, decoded, and analyzed simultaneously.
Many development challenges only become apparent when analog and digital signals are viewed together. The BMO350-LAB keeps these relationships visible within the same time context, enabling efficient troubleshooting across complete electronic systems.
Stay in Control of Complex Measurement Setups
The large 15.6-inch Full HD touchscreen provides ample space for analog channels, digital channels, protocol decoders, FFT spectra, Bode plots, and comprehensive measurement results.
Even demanding measurement setups remain well organized. Multiple analysis tools can be used simultaneously without switching between different views, making the Magnova equally well suited for development, laboratory work, and research.
Work More Efficiently at the Bench
The four Flex-Encoder® controls automatically adapt to the currently selected function. Relevant parameters remain immediately accessible beside each encoder and can be adjusted without navigating through menus. Combined with the BMO-FS foot switch, this creates a highly efficient laboratory workflow. Measurements can be triggered, documented, or stored while both hands remain free to operate the DUT, probes, or test setup. Even extensive measurement series can therefore be performed comfortably and reproducibly.
Capture Measurement Events with Precision
The Magnova performs triggering entirely in the digital domain using the acquired measurement data, enabling exceptionally precise detection of even the smallest signal events.
For complex measurements involving both analog and digital signals, engineers benefit from high trigger accuracy, adjustable hysteresis, and reproducible results. Even infrequent events can be captured and analyzed reliably.
Reveal the Finest Signal Details
High-performance 12-bit analog-to-digital converters, a powerful 16-bit system architecture, and an exceptionally low-noise front end ensure outstanding signal fidelity across the entire dynamic range.
Small signal components, interference, and subtle waveform details remain clearly visible, enabling precise measurements in both the time and frequency domains. This provides the foundation for demanding development, research, and laboratory applications.
Analyze Circuits in the Time and Frequency Domains
With up to four simultaneous FFT channels, waterfall display, peak tables, and markers, the Magnova provides powerful tools for frequency-domain analysis.
Combined with the integrated BMO-AWG, automated Bode plots make it possible to evaluate gain and phase characteristics directly within the same environment. Time-domain, frequency-domain, and transfer-function analysis can therefore be performed side by side as part of one continuous workflow.
Document Long-Term Signal Behavior
With up to four independent counter and digital voltmeter (DVM) instances together with integrated trend charts, the Magnova supports high-resolution long-term measurements as well as continuous monitoring of frequency, voltage, and signal stability.
Drift, aging effects, and sporadic events can be documented and evaluated over extended periods, making the BMO350-LAB equally suitable for development, validation, endurance testing, and research projects.
Here you will find the videos we have already published on the Batronix Magnova oscilloscope. They show various functions of the Magnova – from FFT and decoding to generator functions and Bode plot measurements.
Most of the videos were recorded directly via the Magnova's DisplayPort output using video capture. They show the behavior and display that can also be seen on the device's screen. In the videos, we use a mouse for operation so that a clearly visible mouse pointer is available. Operation via the Magnova's touch display works in much the same way.
The most recent videos are at the top of the list and show the latest enhancements from the latest firmware updates.
Magnova Update 1.8.1 from March 31, 2026
This video shows some of the new features introduced with firmware update 1.8.1:
- Counters for frequency, period, and count measurements with up to 15 digits, trend display, and statistics. Measurement intervals from 100 ms to 100,000 s for frequencies ranging from 10 µHz to over 400 MHz.
- Digital voltmeters (DVM) for DC, AC RMS, and AC+DC RMS measurements.
Magnova Update 1.7.1 from December 16, 2025
This video shows some of the new features introduced with firmware update 1.7.1:
- Protocol decoder tables in detailed and compact display
- Roll mode with automatic measurements
- Annotations, measurement windows, and trend charts in roll mode
- Internal triggering on signals from the built-in generator (signal, burst, sweep, modulations)
Magnova Update 1.6.9 from October 24, 2025
This video shows some of the new features introduced with firmware update 1.6.9:
- Arbitrary waveforms from the generator
- Waveform editor
- Generator modulations and noise
- FFT with linear and logarithmic frequency axes
- Bode plot with automatic measurements of gain and phase margin, cutoff frequencies, and bandwidth
Batronix BMO-AWG Magnova Generator
Introductory video for the launch of the generator module:
- Basic generator functions (now significantly expanded, see the update video 1.6.9 above)
- Bode plot functionality
XY Oscilloscope Music on Batronix Magnova
An entertaining example of the Magnova's XY mode – and at the same time a good impression of the system's performance:
- XY oscilloscope music
- Time display and FFT running parallel to the XY display
- Very smooth and precise XY display (even possible in roll mode with the Magnova)
Batronix Magnova – Unique, precise, fast, silent
General overview of the device and its functions during introduction:
- Exterior view and design
- Overall overview of operating concept and functions
- Automatic measurements, annotations, and trend charts
- Protocol decoding
- History mode
- FFT and waterfall display
- XY mode
Downloads
Product information
Magnova Product Brochure
Language: German
File Size: 3.64 MiB
Release Date: 06.02.2026
Magnova Product Brochure
Language: English
File Size: 3.64 MiB
Release Date: 06.02.2026
Datasheet
Magnova Datasheet
Language: English
Version: 1.20
File Size: 772.41 KiB
Release Date: 21.08.2025
Manual
Magnova SCPI-Manual
Language: English
Version: 1.7
File Size: 566.38 KiB
Release Date: 28.03.2026
Magnova User Manual
Language: German
Version: 1.2
File Size: 5.23 MiB
Release Date: 21.08.2025
Magnova User Manual
Language: English
Version: 1.2
File Size: 5.05 MiB
Release Date: 21.08.2025
Firmware
Magnova Changelog
Language: English
File Size: 469.02 KiB
Release Date: 02.04.2026
Magnova Firmware
Language: German, English
Version: 1.8.2
File Size: 53.29 MiB
Release Date: 02.04.2026