The MSO8000 Series Oscilloscopes combine best in class sampling and memory depth with our modern, flexible User Interface enabled by our new UltraVision II architecture and innovative Phoenix Chipset. With 600 MHz,1 GHz, and 2 GHz models each with 4 analog channels the MSO8000 Series brings RIGOL’s UltraVision II performance to the high speed engineering bench. The MSO8000 also adds Jitter and Real-time Eye Analysis capabilities in addition to other UltraVision II functions including zone triggering, 7 instruments in one, Enhanced FFTs, color grading, and histograms all supported by the high sample rate, deep memory, and full memory measurements.
10G Sa/s Max Sample Rate: Visualize fine resolution and signal detail
10 GSamples per second makes it possible to see short and transient signal artifacts on the highest speed embedded signals. Capture signals up to 2 GHz with 5X oversampling on 1 channel providing high speed signal detail ideal for signal fidelity analysis including jitter and eye analysis on digital systems.
500 MPt Useful Long Record Length: Find elusive problems in complex digital streams with long acquisitions at high sample rates
The MSO8000 provides up to 500 Mpt record lengths while making it easier than ever to utilize these samples. The MSO8000 provides complete search navigation and wave recording capabilities to harness the value of our deeper memory.
Jitter & Real-Time Eye Diagram Analysis: Evaluate signal fidelity with analysis tools that previously too expensive including Jitter and Real-Time Eye. Visualize subtle timing issues that have gone unnoticed in a high speed design.
The MSO8000 Series with the MSO8000-JITTER option enables Jitter and Real-Time Eye analysis. Debug subtle timing effects in your high speed clock and digital data lines by visualizing error sources with the eye diagram, histogram, and jitter trend. Combine these visualization tools with direct measurements of the most common jitter and eye parameters.
600,000 wfms/s Waveform Capture rate: Minimize scope “dead time” between trigger events and increases observations of random and sporadic events.
Faster capture times reduce the time it takes to visualize these transient effects. Most of the scope’s capabilities can be used without sacrificing waveform capture rate performance. This enables detailed analysis with high signal fidelity.
Protocol Analysis for today’s common serial communication buses: Trigger, decode, and visualize serial bus traffic to speed analysis and debug of Embedded Serial Bus designs
The MSO8000 Series provides decoding on up to 4 serial buses simultaneously. The MSO8000 provides the option of viewing traffic in a comprehensive event table. Choose from our expanded bus list including RS232/UART, I2C, SPI, LIN, CAN, FlexRay, I2S, and MIL-STD-1553. Add to that search and mark capabilities for the most common serial buses to debug systems quickly and easily.
Enhanced Color FFT: Capture and analyze in the frequency domain using the enhanced color FFT to visualize transient high-speed signals
The FFT capability on the MSO8000 utilizes up to 1 million points for fine resolution. The MSO8000 Series advanced user controls makes it easier to find signals of interest in the frequency domain. The color FFT function provides a probability colorization that highlights transient and hopping RF signals much like a real-time spectrum analyzer.
The MSO8000 Series Oscilloscopes combine best in class sampling and memory depth with our modern, flexible User Interface enabled by our new UltraVision II architecture and innovative Phoenix Chipset. With 600 MHz,1 GHz, and 2 GHz models each with 4 analog channels the MSO8000 Series brings RIGOL’s UltraVision II performance to the high speed engineering bench. The MSO8000 also adds Jitter and Real-time Eye Analysis capabilities in addition to other UltraVision II functions including zone triggering, 7 instruments in one, Enhanced FFTs, color grading, and histograms all supported by the high sample rate, deep memory, and full memory measurements.
- 10G Sa/s Max Sample Rate: Visualize fine resolution and signal detail
- 10 GSamples per second makes it possible to see short and transient signal artifacts on the highest speed embedded signals. Capture signals up to 2 GHz with 5X oversampling on 1 channel providing high speed signal detail ideal for signal fidelity analysis including jitter and eye analysis on digital systems.
- 500 MPt Useful Long Record Length: Find elusive problems in complex digital streams with long acquisitions at high sample rates
- The MSO8000 provides up to 500 Mpt record lengths while making it easier than ever to utilize these samples. The MSO8000 provides complete search navigation and wave recording capabilities to harness the value of our deeper memory.
- Jitter & Real-Time Eye Diagram Analysis: Evaluate signal fidelity with analysis tools that previously too expensive including Jitter and Real-Time Eye. Visualize subtle timing issues that have gone unnoticed in a high speed design.
- The MSO8000 Series with the MSO8000-JITTER option enables Jitter and Real-Time Eye analysis. Debug subtle timing effects in your high speed clock and digital data lines by visualizing error sources with the eye diagram, histogram, and jitter trend. Combine these visualization tools with direct measurements of the most common jitter and eye parameters.
- 600,000 wfms/s Waveform Capture rate: Minimize scope “dead time” between trigger events and increases observations of random and sporadic events.
- Faster capture times reduce the time it takes to visualize these transient effects. Most of the scope’s capabilities can be used without sacrificing waveform capture rate performance. This enables detailed analysis with high signal fidelity.
- Protocol Analysis for today’s common serial communication buses: Trigger, decode, and visualize serial bus traffic to speed analysis and debug of Embedded Serial Bus designs
- The MSO8000 Series provides decoding on up to 4 serial buses simultaneously. The MSO8000 provides the option of viewing traffic in a comprehensive event table. Choose from our expanded bus list including RS232/UART, I2C, SPI, LIN, CAN, FlexRay, I2S, and MIL-STD-1553. Add to that search and mark capabilities for the most common serial buses to debug systems quickly and easily.
- Enhanced Color FFT: Capture and analyze in the frequency domain using the enhanced color FFT to visualize transient high-speed signals
- The FFT capability on the MSO8000 utilizes up to 1 million points for fine resolution. The MSO8000 Series advanced user controls makes it easier to find signals of interest in the frequency domain. The color FFT function provides a probability colorization that highlights transient and hopping RF signals much like a real-time spectrum analyzer.
