August 29, 2026 – The UNI-T MSO8000HD series brings high-definition measurement performance to demanding high-speed electronic design, signal-integrity, communications, and embedded-system applications. Built around a native 12-bit architecture, the MSO8804HD combines 8 GHz analog bandwidth, up to 20 GSa/s real-time sampling, four analog channels, and optional 16-channel digital logic analysis. A large 15.6-inch high-definition touchscreen, deep acquisition memory, advanced protocol analysis, and optional jitter, eye-diagram, power, compliance, and arbitrary waveform generation capabilities make the MSO8000HD a comprehensive platform for advanced R&D and validation.
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High-Definition Performance for High-Speed Applications
The MSO8000HD is designed for engineers who need more than conventional oscilloscope measurements. With 12-bit vertical resolution and 8 GHz analog bandwidth, the MSO8804HD provides the detail and speed required to investigate fast transitions, high-frequency components, serial data, and subtle signal variations.
The 12-bit architecture provides 4,096 vertical levels—16 times the resolution of a conventional 8-bit oscilloscope—allowing engineers to see smaller waveform variations without giving up high-speed acquisition performance. The combination of high bandwidth, high sampling rate, and high vertical resolution makes the MSO8000HD particularly well suited to signal-integrity validation and high-speed interface debugging.
Key Features of the MSO8000HD Series:
✅ 8 GHz Analog Bandwidth
Capture and analyze high-speed signals with the bandwidth required for advanced serial, RF, and high-frequency electronic designs.
✅ 20 GSa/s Real-Time Sampling Rate
Accurately resolve fast signal transitions and high-frequency waveform details.
✅ 12-Bit Vertical Resolution
Deliver 16× the vertical detail of traditional 8-bit oscilloscopes for improved measurement of small signal variations.
✅ 4 Analog Channels + Optional 16 Digital Channels
Combine high-speed analog measurements with digital logic analysis for mixed-signal debugging.
✅ Up to 2 Gpts Memory Depth
Extend waveform capture time for long-duration events, complex protocol sequences, and high-speed signal analysis.
✅ Ultra Phosphor 3.0 Technology
Visualize waveform behavior with high-speed acquisition and 256-level color grading.
✅ 15.6-Inch HD Touchscreen
View complex waveforms, protocol information, measurements, and analysis results on a large 1920 × 1080 display.
✅ Advanced Protocol and Compliance Analysis
Support options for Ethernet, USB 2.0, PCIe, 8b/10b, NRZ, CAN-FD, FlexRay, MIL-STD-1553, ARINC 429, I3C, SMBus, SPMI, and more.
Native 12-Bit Resolution at Multi-Gigahertz Bandwidth
High-speed signal analysis often requires engineers to balance bandwidth against vertical resolution. The MSO8000HD is designed to address both requirements simultaneously, combining an 8 GHz analog front end with native 12-bit vertical resolution.
The additional vertical detail is valuable when analyzing low-amplitude disturbances, power-rail noise, overshoot, ringing, and signal-integrity problems that can be difficult to distinguish with lower-resolution instruments. This makes the MSO8000HD particularly useful for engineers investigating both large high-speed transitions and small variations superimposed on those signals.
For high-speed serial applications, this resolution also provides greater visibility into waveform shape and timing behavior, helping engineers identify issues that may otherwise be hidden by quantization or display limitations.
20 GSa/s Sampling for Fast Signal Capture
The MSO8804HD provides up to 20 GSa/s real-time sampling, giving engineers the acquisition speed needed for detailed analysis of multi-gigahertz signals.
High sampling speed is particularly important when examining short-duration events such as ringing, glitches, overshoot, reflections, and fast switching transitions. Combined with the instrument’s 8 GHz bandwidth, the acquisition system provides a detailed view of high-speed signal behavior from the initial transition through settling and recovery.
This makes the MSO8000HD a strong choice for high-speed digital design, RF characterization, clock analysis, memory interfaces, and serial-data validation.
Mixed-Signal Analysis with Analog and Digital Channels
The MSO8000HD combines four high-performance analog channels with an optional 16-channel digital logic analyzer, allowing engineers to correlate analog waveforms with digital activity.
This mixed-signal capability is valuable when debugging embedded systems where a digital transaction may be accompanied by an analog anomaly. Engineers can simultaneously examine clock signals, data lines, power rails, control signals, and communication activity to identify the relationship between digital events and physical waveform behavior.
The optional logic-analysis capability also expands the oscilloscope’s usefulness for system-level debugging, reducing the need to switch between separate analog and digital instruments.
Deep Memory for Long-Duration Captures
The MSO8000HD supports memory expansion to 2 Gpts, providing substantially longer acquisition records for complex debugging tasks. The additional memory is particularly useful when engineers need to maintain high sampling rates while capturing events that occur over extended periods.
Deep memory can help capture complete communication sequences, intermittent faults, startup behavior, system initialization, and other events where the trigger condition may occur long before or after the signal of interest.
For high-speed serial testing, long acquisition records can also provide additional context around errors, making it easier to determine what happened before and after a failure.
Ultra Phosphor 3.0 for Intermittent Events
The MSO8000HD incorporates UNI-T’s Ultra Phosphor 3.0 acquisition and display technology. The architecture supports waveform capture rates of up to 1.5 million waveforms per second and 256-level color grading, helping engineers visualize waveform density and identify abnormal signal behavior.
This is particularly useful for intermittent glitches and transient events that may not occur on every acquisition. Color grading allows frequently occurring waveform paths to appear differently from less-common paths, making unusual behavior easier to recognize.
Combined with gesture-based Zone Trigger functionality, the MSO8000HD provides an intuitive approach to isolating complex waveform events.
Advanced Serial Protocol Analysis
The MSO8000HD can be expanded with an extensive collection of protocol-analysis options covering automotive, aerospace, embedded, networking, audio, and high-speed serial applications. Available options include CAN-FD, FlexRay, SENT, PSI5, MIL-STD-1553, ARINC 429, I3C, SMBus, SPMI, Audio Serial Bus, Manchester, 8b/10b, NRZ, PCIe, and Ethernet.
Protocol decoding allows engineers to move beyond viewing electrical waveforms and directly interpret the information being transmitted. Triggering and search functions can then be used to locate specific packets, symbols, errors, or protocol events.
For example, the PCIe option supports Gen 1/2 protocol triggering, decoding, and search, including link-training states and TLP/DLLP packets.
The 8b/10b option provides decoding of K-characters, data symbols, and running disparity, while also supporting triggers for specific symbols, control characters, and disparity errors.
High-Speed Serial and Signal-Integrity Validation
The combination of 8 GHz bandwidth, 20 GSa/s sampling, high vertical resolution, deep memory, and optional serial-analysis tools makes the MSO8000HD particularly well suited to signal-integrity work.
Engineers can examine high-speed transitions, reflections, ringing, overshoot, timing variations, and encoding behavior while using dedicated analysis functions to evaluate the underlying data stream.
Optional NRZ analysis provides decoding, configurable bit-rate and threshold settings, pattern triggering, and eye-diagram generation for signal-quality evaluation.
For 8b/10b-based interfaces, the dedicated analysis option can identify encoding and disparity errors, providing additional insight into potential high-speed link problems.
Jitter and Eye-Diagram Analysis
For demanding timing and signal-integrity applications, the MSO8000HD supports advanced jitter and eye-diagram analysis through optional software capabilities.
These tools allow engineers to evaluate timing behavior and assess the quality of high-speed serial links. Eye diagrams provide a visual representation of voltage and timing margins, while jitter analysis can help identify sources of timing variation that may affect system reliability.
The dedicated protocol and jitter suite combines advanced jitter and eye analysis with a broad collection of serial-bus decoding capabilities, giving users a cost-effective way to expand the instrument for high-speed validation.
Integrated Power and Waveform Generation Capabilities
The MSO8000HD can also be expanded beyond traditional oscilloscope measurements. Optional power-analysis functionality adds specialized tools for evaluating power-related behavior, while the AWG option provides built-in arbitrary waveform generation.
The AWG option supports sine, square, ramp, pulse, noise, DC, and arbitrary waveforms. It also enables Bode-plot analysis for automated frequency-response measurements and stimulus-response testing, allowing engineers to generate a stimulus and capture the resulting response using the same instrument.
This integration can simplify laboratory setups by reducing the need for a separate signal generator for many characterization tasks.
Compliance Testing for Ethernet and USB
The MSO8000HD supports dedicated compliance-testing options for common high-speed interfaces. The platform includes options covering 100BASE-Tx Ethernet and USB 2.0, providing engineers with specialized tools for interface validation.
An optional Ethernet analysis package adds 10BASE-T and 100BASE-TX triggering, decoding, and search capabilities. Engineers can inspect Ethernet frames, including preamble, MAC addresses, type/length information, data, and FCS, while also identifying conditions such as FCS errors, runt frames, and jabber.
These capabilities make the MSO8000HD useful for engineers developing connected embedded systems and industrial networking products.
Large 15.6-Inch HD Touchscreen
The MSO8804HD features a 15.6-inch high-definition touchscreen with a 1920 × 1080 display. The large-format interface provides ample workspace for viewing multiple waveforms, measurements, protocol tables, eye diagrams, and analysis results simultaneously.
A large display is especially valuable for advanced mixed-signal work, where engineers may need to correlate four analog channels with multiple digital channels and protocol information at the same time.
The touchscreen interface also supports an intuitive workflow for navigating measurements and interacting with complex waveform displays.
MATLAB and Advanced Software Integration
For engineers who need customized data processing or automated workflows, the MSO8000HD supports MATLAB embedded programming through an optional capability. MATLAB integration allows users to create and execute customized analysis workflows directly with the instrument. A separate MATLAB license is required and is not included with the oscilloscope.
Combined with the instrument’s broader software and remote-control capabilities, this makes the MSO8000HD suitable for research laboratories and engineering environments where standard measurements need to be supplemented with custom analysis.
Lifetime-Unlock Option Architecture
One of the key advantages of the MSO8000HD platform is its lifetime-unlock option architecture. Software capabilities are activated through one-time purchases and remain permanently available on the instrument rather than requiring annual subscriptions.
This modular approach allows organizations to configure the oscilloscope according to their immediate requirements and add specialized capabilities later as projects evolve.
Available upgrades cover protocol decoding, jitter and eye analysis, compliance testing, arbitrary waveform generation, logic analysis, memory expansion, advanced filtering, MATLAB integration, and other specialized functions.
Ideal Applications
The MSO8000HD is designed for advanced electronic-development environments where high bandwidth, high resolution, and comprehensive analysis capabilities are required.
For high-speed digital design, the 8 GHz bandwidth and 20 GSa/s sampling rate provide the performance needed to investigate fast interfaces and timing behavior. For signal-integrity validation, high vertical resolution, deep memory, NRZ/8b10b analysis, jitter tools, and eye-diagram capabilities provide a complete workflow for investigating link performance.
In embedded and automotive development, the optional CAN-FD, FlexRay, SENT, and PSI5 analysis tools allow engineers to correlate physical waveforms with communication traffic. For aerospace and defense applications, MIL-STD-1553 and ARINC 429 options extend protocol-analysis capabilities to specialized buses.
The MSO8000HD is also suited to PCIe and Ethernet development, USB testing, RF characterization, power analysis, communications research, mixed-signal debugging, and advanced R&D laboratories.
A Scalable Platform for Advanced Test and Measurement
Rather than functioning as a single-purpose oscilloscope, the MSO8000HD is designed as an expandable measurement platform. Its combination of oscilloscope, logic analyzer, spectrum-analysis, protocol-decoding, waveform-generation, and specialized analysis functions allows engineers to consolidate multiple laboratory tools into one system.
With permanent software options and memory expansion available, organizations can tailor the instrument to their current projects while maintaining room for future measurement requirements.
Availability and Support
The MSO8000HD Series Lab-Grade Mixed-Signal Oscilloscope is available through authorized UNI-T distributors. The current series consists of the MSO8804HD, featuring 8 GHz bandwidth, four analog channels, up to 16 digital channels with the optional logic analyzer, 20 GSa/s sampling, and optional expansion to 2 Gpts of memory.
For detailed specifications, pricing information, configuration recommendations, or to request a quote, visit the MSO8000HD product collection or contact your local UNI-T representative.
About UNI-T
UNI-T is a leading manufacturer of precision test and measurement equipment, providing innovative solutions for electronic design, manufacturing, service, and educational applications. With over 20 years of experience in the test and measurement industry, UNI-T continues to develop instruments that help engineers and technicians work more efficiently and effectively. The company maintains research and development centers in Asia, Europe, and North America, ensuring cutting-edge technology and responsive customer support worldwide.
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