Digital Oscilloscope
The MSO8000A series oscilloscope is categorized in between mid to high-end mixed-signal digital oscilloscope range. It was designed based on RIGOL's ASIC chip and UltraVision II technology platform.
2GHz
10GSa/s
4
500Mpts
600,000 wfms/s
Excellent bandwidth and sampling rate
The MSO8000A series digital oscilloscope provides you with up to 3GHz analog bandwidth and 10GSa/s sampling rate. The low-bandwidth model can be upgraded to 3GHz (single-channel mode) at any time through software, ensuring higher signal fidelity and resolution down to 100ps (up to 2ps at the minimum time base), allowing you to view subtle waveform details.
Economical and practical eye diagram pre-testing
Using an oscilloscope to measure eye diagrams can display the quality of the transmitted digital signals. Thus, allowing users to understand the strength of inter-symbol interference in the system and facilitate improvements in system design. For situations where digital signal quality verification is often required, the MSO8000A digital oscilloscope with eye diagram functionality is undoubtedly a wise choice.
Supporting jitter analysis for diverse displays
Through the jitter analysis function of the MSO8000A series oscilloscope, multiple consecutive bits can be measured and statistically analyzed at once, effectively completing jitter analysis for large data volumes.
Capture rate up to 600kwfms/s
With a waveform capture rate of up to 600,000wfms/s, the MSO8000A series oscilloscope can reduce dead time and make it easier to detect glitches and other random events in the signal, greatly improving the debugging efficiency.
Full-memory hardware measurement
Waveform is fully captured into the memory and display on the screen. The MSO8000A series oscilloscope can accurately capture and display results of high-frequency signal testing with multiple cycles.
500Mpts deep storage, up to 450,000 frames of hardware waveform recording
The MSO8000A series oscilloscope comes with a standard storage depth of 500Mpts. The hardware waveform recording function uses segmented storage technology to selectively capture and store signals of interest to the user by setting triggering conditions, and marks the time on the signal. This ensures efficient capture and further extends the total waveform observation time.
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MODELBANDWIDTHANALOG CHANNELSREAL-TIME SAMPLE RATEMAX. MEMORY DEPTHWAVEFORM CAPTURE RATEDIGITAL CHANNELSBUILT-IN SIGNAL SOURCEPRICE (Exclude Taxes)
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MSO8204A2GHz410GSa/s500Mpts600,000 wfms/s16(Probe opt.)25MHz, 2CH（opt.）
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MSO8154A1.5GHz410GSa/s500Mpts600,000 wfms/s16(Probe opt.)25MHz, 2CH（opt.）
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MSO8074A750MHz410GSa/s500Mpts600,000 wfms/s16(Probe opt.)25MHz, 2CH（opt.）
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MSO8000A FirmwareMSO8000A Firmware - v00.03.01
- 2024-02-29
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Ultra Sigma HelpDocumentUltra Sigma HelpDocument
- V1.0
- 2024-02-29
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Ultra Sigma patch file for MSO8000Ultra Sigma patch file for MSO8000
- V1.1
- 2024-02-29
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Ultra Sigma (PC) InstallerUltra Sigma (PC) Installer
- V00.01.06.01
- 2024-02-29
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Ultra Scope SoftwareUltra Scope Software
- V00.01.02.13
- 2024-02-29
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MSO8000A User ManualMSO8000A User Manual
- V1.0
- 2024-02-29
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PDF
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MSO8000A RackmountKit ManualMSO8000A RackmountKit Manual
- V1.0
- 2024-02-29
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MSO8000A DatasheetsMSO8000A Datasheets
- V2.0
- 2024-12-17
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MSO8000A Programming ManualMSO8000A Programming Manual
- V1.0
- 2024-02-29
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MSO8000A Quick GuideMSO8000A Quick Guide
- V1.0
- 2024-02-29
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MSO8000A Performance Verification GuideMSO8000A Performance Verification Guide
- V1.0
- 2024-02-29
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MSO8&DS7000&8000 Open Source AcknowledgmentMSO8&DS7000&8000 Open Source Acknowledgment
- V1.0
- 2021-11-01
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