Home All Rigol Oscilloscopes Rigol MSO8064
Image 1
Image 2
Image 3
All Rigol Oscilloscopes

Rigol MSO8064

Rs. 1063947.00

Versatile 4-channel digital oscilloscope with 600 MHz bandwidth, real-time 10 GSa/s sampling, and deep memory of up to 500 Mpts. Features a 10.1” touch-enabled display (1024×600), and upgrade-ready to a Mixed Signal Oscilloscope with 16-channel logic analyzer and 2-channel waveform generator..

  • Detail
  • Special Features
  • Specification

The Rigol MSO8064 is a cutting-edge 4-channel oscilloscope tailored for precision signal analysis in applications ranging from industrial control systems to embedded electronics and power supply diagnostics. Built on the trusted UltraVision II platform, it brings together six essential instruments into one compact, intuitive device.

With 600 MHz analog bandwidth, 10 GSa/s sample rate, and a maximum memory depth of 500 Mpts, the MSO8064 offers engineers the ability to observe both long-duration trends and high-frequency signal behavior with complete clarity. Whether you're tracking down clock instability or decoding serial communication protocols, the MSO8064 delivers a comprehensive set of features for fast and reliable debugging.

What sets it apart:

  • Integrated logic analysis via optional RPL2316 probe

  • Dual-channel waveform generation

  • Real-time eye diagram and jitter analysis

  • Color persistence grading

  • 600,000 wfms/s waveform update rate for glitch detection

  • Seamless search/navigation over deep memory data

For engineers who demand flexibility, the MSO8064 provides an upgrade path to full mixed-signal functionality and protocol decoding capabilities — making it a smart, scalable investment for modern test environments.

2.1 Responsive 10.1” Capacitive Touch Display
Navigate, zoom, and interact using intuitive touch gestures or traditional knobs and buttons — designed for seamless operation.

2.2 Built-in Real-Time Eye Diagram Analysis
Capture and analyze key signal integrity metrics such as:

  • Eye height, width, and amplitude

  • Crossing percentage, Q Factor

  • Clock recovery via manual, auto, and PLL methods

2.3 Advanced Jitter Diagnostics
Measure and assess:

  • TIE (Time Interval Error)

  • Cycle-to-cycle jitter

  • Pulse width variation (positive/negative)

2.4 Exceptional Sample Bandwidth Ratio
Delivers 10 GSa/s real-time sampling — with 20:1 sample-to-bandwidth ratio at 500 MHz — for superior signal detail and edge detection.

2.5 High-Speed Capture (600,000 wfms/s)
Quickly identify rare anomalies and intermittent glitches that traditional scopes may miss.

2.6 256-Level Intensity Grading & Persistence Display
Visualize signal activity density over time using advanced color grading and customizable persistence effects.

2.7 Full Memory Auto Measurement System
Hardware-accelerated measurements for 41 waveform parameters. Offers statistical analysis for up to 10 metrics simultaneously.

2.8 Histogram-Based Signal Analysis
Use horizontal, vertical, and long-duration measurement histograms to analyze:

  • Clock jitter distributions

  • Signal noise

  • Behavioral drift over time

2.9 Built-in Pass/Fail Mask Testing
Automate waveform verification with mask-based analysis — ideal for QA, production, and compliance testing.

2.10 FFT Spectrum Analysis (1 Mpts)
Resolve fine spectral components and disturbances using high-resolution Fast Fourier Transform with user-defined ranges.

2.11 Comprehensive Protocol Triggering & Decoding
Supports multi-protocol decoding and triggers for:

  • UART, SPI, I2C

  • CAN, LIN, FlexRay

  • I2S, MIL-STD-1553, and more
    Simultaneously decode up to 4 serial buses.

2.12 Deep Memory Search & Navigation Tools
Pinpoint specific events from long signal captures with intelligent search, tagging, and navigation utilities.

N/A