MSO8000 Series is a medium and high-end mixed signal oscilloscope designed on the basis of the ASIC chip (RIGOL self-owns its intellectual property right) and UltraVision II technical platform developed by RIGOL. This advanced mixed signal oscilloscope integrates 7 independent instruments into one, making it suitable for a wide range of testing and measurement applications.
Integrating 7 independent instruments into one, the MSO8000 Series is equipped with an analog bandwidth of up to 2 GHz, making it a powerful 2 GHz oscilloscope for high-speed signal analysis. It features an extremely high memory depth of 500 Mpts, sound waveform display effects, excellent waveform capture rate, and powerful data analysis functions. Many of its specifications have reached the top level in the industry.
The 2GHz oscilloscope supports many popular triggering modes and decodes RS232/UART, I2C, SPI, CAN, LIN, FlexRay, I2S, and MIL-STD-1553 protocols, making this product useful for users working in Embedded Systems, Automotive, and Audio industries. More than 600,000 wfms/sec waveform capture rate minimizes the dead time between trigger events, reducing the possibility of missing critical signal events.
As one of the most capable mixed signal oscilloscopes in its class, the MSO8000 Series delivers exceptional performance, accuracy, and versatility for advanced electronic design, debugging, and validation applications.
Features
Analog bandwidth: 600 MHz, 1 GHz, and 2 GHz (single-channel and half-channel modes)
4 analog channels, 1 EXT channel, and 16 standard configuration of digital channels (required to purchase the probe)
Up to 10 GSa/s real-time sample rate
Up to 500 Mpts memory depth (standard)
High waveform capture rate (over 600,000 waveforms per second)
Up to 450,000 frames of hardware real-time and ceaseless waveforms recording and playback functions
Integrates 7 independent instruments into 1, including digital oscilloscope, 16-channel logic analyzer, spectrum analyzer, arbitrary waveform generator (option), digital voltmeter, 6-digit frequency counter and totalizer, and protocol analyzer (option)
Auto measurement of 41 waveform parameters; full-memory hardware measurement function
A variety of math operations, built-in enhanced FFT analysis, and peak search function
Waveform histogram analysis (standard)
Independent search, navigation keys, and event table
Real-time eye diagram and jitter analysis software (option)
Built-in advanced power analysis software (option)
User-defined one-key quick operation
10.1-inch capacitive multi-touch screen, 256-level intensity grading display, with color persistence
Multiple interfaces available: USB HOST&DEVICE, LAN(LXI), HDMI, TRIG OUT, and USB-GPIB
Web Control remote command
Unique online version upgrade
Sophisticated and convenient industrial design, easy to operate
 Model
Model
Bandwidth
Analog Channels
Real-Time Sample Rate
Max. Memory Depth
Waveform Capture Rate
Digital Channels
Built-in Signal Source
MSO8064
600MHz
4
10GSa/s
500Mpts
600,000 wfms/s
16 (Probe opt.)
25MHz, 2CH (opt.)
MSO8104
1GHz
4
10GSa/s
500Mpts
600,000 wfms/s
16 (Probe opt.)
25MHz, 2CH (opt.)
MSO8204
2GHz
4
10GSa/s
500Mpts
600,000 wfms/s
16 (Probe opt.)
25MHz, 2CH (opt.)
Probe
Passive Probe
Model
Description
RP1018H
18kV 150MHz High Voltage Probe
RP1300H
300MHz High Voltage Probe (2kV)
RP6150A
1.5GHz Passive Low Resistance Probe (500ohm)
RP3500A
500MHz Passive High Resistance Probe
Active Probe
Model
Description
PVA7250
2.5GHz Active Differential Probe
RP7150S
1.5GHz Active Single-Ended Probe
RP7150
1.5GHz Active Differential Probe
RP7080S
800MHz Active Single-Ended Probe
RP7080
800MHz Active Differential Probe
Current Probes
Model
Description
PCA1150
Current Probe: 10MHz, 150A
PCA2030
Current Probe: 100MHz, 30A
PCA1030
Current Probe: 50MHz, 30A
RP1002C
1MHz, 70ADC
RP1001C
300KHz, 100A DC
High Voltage Differential Probe
Model
Description
PHA1150
High Voltage Differential Probe, DC-100MHz, 1500V
PHA0150
High Voltage Differential Probe, DC-70MHz, 1500V
RP1100D
100MHz, 6.5KV
RP1050D
50MHz, 6.5KV
RP1025D
25MHz, 1.4KV
Logic Probe
Model
Description
RPL2316
MSO4000/2000A Logic Probe, 16CH
Applications of Mixed Signal Oscilloscope
A mixed signal oscilloscope is widely used for analyzing, debugging, and validating both analog and digital signals within a single test environment. By combining the capabilities of a digital oscilloscope and logic analyzer, it enables engineers to troubleshoot complex electronic systems more efficiently.
Common Applications of Mixed Signal Oscilloscopes
Embedded System Development – Monitor and debug microcontroller, FPGA, and processor-based designs by analyzing analog and digital signals simultaneously.
Automotive Electronics Testing – Validate communication protocols such as CAN, LIN, and FlexRay used in modern vehicles.
Communication System Analysis – Test and troubleshoot high-speed digital communication interfaces and signal integrity issues.
Power Electronics Design – Analyze switching waveforms, power supply performance, and transient events in power conversion systems.
Consumer Electronics Development – Verify the performance of smartphones, IoT devices, wearables, and other electronic products.
Audio and Video Equipment Testing – Measure signal quality, timing relationships, and protocol communications in multimedia systems.
Industrial Automation Systems – Diagnose control systems, sensors, actuators, and industrial communication networks.
Research and Development Laboratories – Perform advanced signal analysis, debugging, and validation during product development.
Electronics Manufacturing and Quality Control – Ensure product reliability and compliance through detailed waveform analysis and testing.
The MSO8000 Series mixed signal oscilloscope is particularly suitable for these applications due to its high bandwidth, deep memory, advanced triggering capabilities, and comprehensive protocol decoding support.
Why Choose the MSO8000 Series Mixed Signal Oscilloscope?
The MSO8000 Series is a high-performance mixed signal oscilloscope designed to meet the demanding requirements of modern electronics testing and debugging. Combining advanced measurement capabilities, deep memory, and powerful analysis tools, it provides engineers with a comprehensive solution for signal acquisition and troubleshooting.
Key Reasons to Choose the MSO8000 Series
High Bandwidth Performance – Available with bandwidth options up to 2 GHz, making it an ideal 2 GHz oscilloscope for high-speed signal analysis.
Integrated Multi-Instrument Functionality – Combines seven instruments into one platform, including an oscilloscope, logic analyzer, spectrum analyzer, frequency counter, and protocol analyzer.
Advanced Protocol Decoding – Supports popular protocols such as RS232/UART, I2C, SPI, CAN, LIN, FlexRay, I2S, and MIL-STD-1553.
Deep Memory and Fast Capture Rate – Up to 500 Mpts memory depth and over 600,000 waveforms per second capture rate help detect and analyze intermittent events.
Comprehensive Signal Analysis – Built-in FFT analysis, waveform histogram, eye diagram analysis, jitter analysis, and power analysis capabilities.
Mixed-Signal Debugging Efficiency – Simultaneously analyze analog and digital signals, reducing troubleshooting time and improving development productivity.
User-Friendly Operation – Features a 10.1-inch capacitive multi-touch display and intuitive controls for a streamlined user experience.
Designed for Diverse Industries – Suitable for embedded systems, automotive electronics, industrial automation, communications, semiconductor testing, and research laboratories.
FAQS
What Is a Mixed Signal Oscilloscope?
A mixed signal oscilloscope (MSO) is a test and measurement instrument that combines the capabilities of a digital oscilloscope and a logic analyzer. It allows engineers to analyze both analog and digital signals simultaneously, making it ideal for debugging embedded systems, communication interfaces, and mixed-signal electronic designs.
What Is the Maximum Bandwidth Available in the MSO8000 Series?
The MSO8000 Series offers bandwidth options of 600 MHz, 1 GHz, and up to 2 GHz, making it a powerful 2 GHz oscilloscope for high-speed signal analysis and advanced debugging applications.
Which Communication Protocols Does the MSO8000 Series Support?
The MSO8000 Series supports triggering and decoding for popular protocols including RS232/UART, I2C, SPI, CAN, LIN, FlexRay, I2S, and MIL-STD-1553, helping engineers quickly identify and troubleshoot communication issues.
How Many Channels Are Available on the MSO8000 Series?
The oscilloscope includes 4 analog channels, 1 external trigger channel, and 16 digital channels (with the optional logic probe), providing comprehensive mixed-signal analysis capabilities.
What Industries Can Benefit from the MSO8000 Series Mixed Signal Oscilloscope?
The MSO8000 Series is widely used in embedded systems development, automotive electronics, industrial automation, telecommunications, semiconductor testing, audio engineering, research laboratories, and educational institutions.
What Are the Advantages of Using a 2 GHz Oscilloscope?
A 2 GHz oscilloscope enables accurate measurement of high-frequency signals, faster edge transitions, and complex digital waveforms, making it suitable for advanced electronics design, validation, and troubleshooting.
Does the MSO8000 Series Support Advanced Waveform Analysis?
Yes. The MSO8000 Series includes advanced analysis tools such as FFT analysis, waveform histogram analysis, eye diagram analysis, jitter analysis, automatic waveform measurements, and event search functions.
Why Choose the MSO8000 Series Over Other Mixed Signal Oscilloscopes?
The MSO8000 Series combines high bandwidth, deep memory, fast waveform capture rates, extensive protocol decoding, and multiple integrated instruments in a single platform, providing a comprehensive solution for complex testing and measurement applications.
