Introducing the Rigol MSO/DS9000 Digital Oscilloscopes! – Rigol UK
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Introducing the Rigol MSO/DS9000 Digital Oscilloscopes!

Posted on: June 1st, 2026 by Kane Brady

The MSO/DS9000 series digital oscilloscope is designed to meet mainstream application needs in design, debugging, and testing. Adopting RIGOL’s brand-new self-developed module, the oscilloscope achieves a fast waveform capture rate of 1,000,000 wfms/s in the fast recording mode, 2 Gpts memory depth, 8 to 16-bit vertical resolution, all combined with an excellent noise floor performance and vertical accuracy to meet your requirements for more accurate measurements, delivering an exceptional test and measurement experience.

Key Features and Performance

  • Based on RIGOL’s brand-new, self-developed module
  • Up to 4 analogue channels, 1 EXT channel
  • Max. 6 GHz analogue bandwidth
  • Max. real-time sampling rate of 20 GSa/s
  • Max. memory depth of 2 Gpts
  • Max. waveform capture rate of 1,000,000 wfms/s in fast recording mode
  • Vertical resolution: 8 to 16 bits selectable
  • Vertical sensitivity range: 1 mV/div to 10 V/div (1 MΩ), 1 mV/div to 1 V/div (50 Ω)
  • Time base range: 50 ps/div to 500 s/div
  • Up to 2,000,000 hardware real-time waveform continuous recording and playback functions
  • Integrates various independent instruments into one, including a digital oscilloscope, function/arbitrary waveform generator[1], digital voltmeter, 8-digit frequency counter and totaliser, and protocol analyser (optional)
  • Comprehensive trigger and bus decoding functions: Edge, Pulse, Slope, Video, Pattern, Duration, Timeout, Runt, Window, Delay, Setup/Hold, Nth edge, RS232, I2C, SPI, CAN, CAN-FD (optional), FlexRay (optional), LIN (optional), I2S (optional), MIL-STD-1553 (optional), and SENT Decode (optional)
  • Search and navigation, mask testing, and zone trigger functions enable users to identify abnormal signal events and locate them accurately quickly
  • Auto-measurements of 41 waveform parameters
  • Supports Ethernet, Automotive Ethernet, USB 2.0, MIPI D-PHY, and other protocol compliance analysis functions (optional)
  • Supports multiple functions, including digital signal analysis[2], Bode plot[3], and histogram
  • Supports optional real-time eye diagram, jitter analysis, and power analysis
  • Multiple interfaces available: USB HOST & DEVICE, HDMI, AUX OUT, LAN (LXI), and Web Control
  • 10.1″ 1280*800 HD touchscreen display, portable design
  • User-friendly Flex Knobs for a smoother, more intuitive user experience
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More Reliable Range Switching

By replacing traditional mechanical attenuators with a Solid Electronic Attenuator, the DS/MSO9000 Series delivers improved lifetime and reliability in high-frequency, high-duty-cycle range switching applications.

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Deep Memory, Zero Misses

With up to 2 Gpts memory depth and a waveform capture rate of up to 1,000,000 wfms/s, the DS/MSO9000 Series helps engineers detect intermittent events faster and improve debugging efficiency.

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Compact & Portable

Highly integrated and weighing only ~5kg, the DS9000 Series is suitable for both efficient lab testing and portable field deployment.

Applications

  • Electronic Design and Debugging: Prototyping, verifying, and troubleshooting complex analogue and digital circuits.
  • Embedded System Testing: Analysing and debugging microcontrollers, firmware, and integrated hardware systems.
  • Serial Bus Serial Decoding: Troubleshooting and validating communication protocols such as I2C, SPI, UART, CAN, and LIN.
  • Power Supply Analysis: Testing power integrity, switching losses, and efficiency in power supply unit (PSU) designs.
  • High-Frequency RF & Signal Integrity: Examining high-speed clock signals, identifying jitter, and performing eye diagram analysis.
  • Automotive Electronics: Testing and compliance checking for automotive networks, including Automotive Ethernet and CAN-FD.
  • Academic and Research Laboratories: Conducting advanced electronic experiments, sensor analysis, and engineering research.
  • Manufacturing Test and Quality Assurance: Automated testing on production lines to ensure product reliability and specification compliance.

Product Specifications Table

ModelDS9202DS9204DS9404DS9604MSO9402
Analogue Bandwidth (50 Ω, -3 dB)2 GHz2.5 GHz4 GHz6 GHz (half-channel[2]) 4 GHz (all-channel[3])4 GHz
Analogue Bandwidth (1 MΩ, -3 dB)500 MHz
Calculated Rise Time under 50 Ω[1] (10%-90%)≤210 ps≤210 ps≤110 ps≤73 ps≤110 ps
Number of ChannelsDS9202: 2 analogue channels +1 EXT channel DS9204: 4 analogue channels +1 EXT channel DS9404: 4 analogue channels +1 EXT channel DS9604: 4 analogue channels +1 EXT channel MSO9402: 2 analogue channels +1 EXT channel +16 digital channels +2 function/arbitrary waveform generator output channels
Sampling ModeReal-time sampling
Max. Sample Rate of Analogue Channels10 GSa/shalf-channel[2]: 20 GSa/s all-channel[3]: 10 GSa/s
Max. Memory Depth10 Mpts (all-channel[3])Standard: 500 Mpts (half-channel[2]), 200 Mpts (all-channel[3]) Option: 2 Gpts (half-channel[2]), 1 Gpts (all-channel[3])
Max. Waveform Capture Rate1,000,000 wfms/s (in fast recording mode)
Vertical Resolution8 bits (9-16 bits in high-resolution mode)
Notes: 1: The total rise time of the measuring system is calculated as: Image of Screenshot 2026 05 20 131944 2: CH1 and CH2 are considered as a group; CH3 and CH4 are considered as another group. If one of the two channels in each group is enabled, it is called half-channel mode. 3: CH1 and CH2 are considered as a group; CH3 and CH4 are considered as another group. If two channels in either group are enabled, this is called all-channel mode.  
See the MSO/DS9000 Series

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