DPO/DSA/MSO70000 Digital & Mixed Signal Oscilloscope Series
Winner of the "EDN Innovation Award"
The DPO/DSA/MSO70000 Series combine industry-leading bandwidth of 20 GHz with the industry's highest waveform capture rate, best signal fidelity, lowest noise floor and the only available hardware-based serial pattern trigger for data rates up to 6.25 Gb/s. The MSO70000 also includes 16 logic channels with a very accurate 80psec timing resolution. Together, these are the most powerful real-time oscilloscopes on the market, enabling you to make the most challenging measurements with the confidence you only get from a Tektronix oscilloscope.
Models in the DPO/DSA/MSO70000B Series:
| Model | Bandwidth | Sample Rate | Record Length | Channels | Starting Price* |
|---|---|---|---|---|---|
| DPO/DSA72004B | 20 GHz | 50 GS/s | 10 M / 20 M (DSA) | 4 | Select Your Country |
| MSO72004 | 20 GHz | 50 GS/s | 10 M / 20 M | 4 + 16 Logic | Select Your Country |
| DPO/DSA71604B | 16 GHz | 50 GS/s | 10 M / 20 M (DSA) | 4 | Select Your Country |
| MSO71604 | 16 GHz | 50 GS/s | 10 M / 20 M | 4 + 16 Logic | Select Your Country |
| DPO/DSA71254B | 12.5 GHz | 50 GS/s | 10 M / 20 M (DSA) | 4 | Select Your Country |
| MSO71254 | 12.5 GHz | 50 GS/s | 10 M / 20 M | 4 + 16 Logic | Select Your Country |
| DPO/DSA70804B | 8 GHz | 25 GS/s | 10 M / 20 M (DSA) | 4 | Select Your Country |
| MSO70804 | 8 GHz | 25 GS/s | 10 M / 20 M | 4 + 16 Logic | Select Your Country |
| DPO/DSA70604B | 6 GHz | 25 GS/s | 10 M / 20 M (DSA) | 4 | Select Your Country |
| MSO70604 | 6 GHz | 25 GS/s | 10 M / 20 M | 4 + 16 Logic | Select Your Country |
| DPO/DSA70404B | 4 GHz | 25 GS/s | 10 M / 20 M (DSA) | 4 | Select Your Country |
| MSO70404 | 4 GHz | 25 GS/s | 10 M / 20 M | 4 + 16 Logic | Select Your Country |
- Overview
- Application Notes
- Probes & Accessories
- Software Packages
- Videos
Features |
Benefits |
| Uncompromised Acquisition of 20 GHz on all 4 channels | Trust that you are seeing your real signals. Supports highest signal integrity measurements all the way to 12.5 Gb/s on all four channels simultaneously, required for PCI Express, HDMI, etc. |
| High sample rate simultaneously on all 4 channels | Enables thorough analysis, channel to channel and multi-lane measurements. Capture more signal details (transients, imperfections, fast edges) with 50 GS/s across all 4 channels. |
| 16 logic channels with 80 psec timing resolution** | Precisely understand logic circuit performance with correlated analog/digital signal views. |
| DPX® technology and Waveform capture rate >300,000 wfms/s | Shorten debugging time by quickly seeing the infrequent or intermittent events that often cause system defects. |
| Low Noise Floor | As frequencies increase, design margins decrease. Trust that you are seeing your real signal and perform your tests with more available margin. |
| 6.25 Gb/s hardware-based serial pattern trigger | Guaranteed trigger on the very first instance of a serial pattern addressing the latest high speed serial standards up to 6.25 Gb/s. |
| Advanced triggering and Search & Mark | Using Pinpoint® triggering and Advanced Search and Mark minimizes time spent trying to acquire problem signals. |
| iCAPTURE™ enables an integrated analog view of a logic channel** | Analyze the signal integrity of logic signals without reprobing on a debug area of interest |
- Time-Correlated Multi-domain RF Analysis with the MSO70000 Series Oscilloscope and SignalVu™ Software
Whether your design validation needs include wideband radar, high data rate satellite links, or frequency hopping communications, SignalVu vector signal analysis software can speed your time-to-insight by showing you time variant behavior of these wideband signals. - Electrical Verification of DDR Memory
With the ever increasing DDR SDRAM Clock Frequencies and Signal Edge Rates, signal integrity and bus state verification techniques are increasingly important for DDR Memory design success. This application note focuses on techniques for triggering and decode of the command bus and isolating read/write signals, as well as on a variety of memory signal integrity measurements. - Electrical Verification of DDR Memory
With the ever increasing DDR SDRAM Clock Frequencies and Signal Edge Rates, signal integrity and bus state verification techniques are increasingly important for DDR Memory design success. This application note focuses on techniques for triggering and decode of the command bus and isolating read/write signals, as well as on a variety of memory signal integrity measurements. - iCapture™ Analog MUX
View electrical signals in digital and analog forms simultaneously using a single voltage probe - Mixed Signal Design Guide
Modern embedded and computing systems have become - MSO70000 Series Oscilloscope
Product Fact Sheet - SDRAM Memory Systems: Embedded Test & Measurement Challenges
This DRAM memory primer provides an overview of DRAM concepts, presents potential future DRAM developments and offers an overview for memory design improvement through verification. - MSO70000 Industry Comparison: Introduction
Introduction of Tektronix MSO70000 - MSO70000 Industry Comparison: DSP Analog Filter
Tektronix MSO70000 Comparison with Agilent MSO9404A: DSP Analog Filter - MSO70000 Industry Comparison: Logic Channel Performance
MSO70000 Industry Comparison - Debug and Validation of High Performance Mixed Signal Designs
MSO70000/Serial Mixed Signal and iCapture Capability - Mixed Signal Debugging Workshop - Sponsored by Altera
Workshop on techniques for faster debugging.
Following is a list of common probes and accessories. Don't see what you need? Visit the Probes & Accessories Advisor to find the right probe for your application.
When ordering an MSO70000 Series Mixed Signal Oscilloscope, choose either a P6780 Differential Input Logic Probe or P6717 General-purpose Logic Probe for connecting the digital channels. Find more detailed information regarding these probes in the DPO/DSA/MSO70000 Series datasheet.
The new P7500 series - Industry's only TriMode™ Probe
Find out how TriMode™ Probe can save you valuable setup and debug time and make sure that the complete measurement system is up for the task to perform your critical measurements with confidence.Oscilloscope Accessories Selection Guide
Tektronix oscilloscope probes and accessories allow you to adapt your oscilloscope to your specific application needs and environment.
Analysis Support to Accelerate Your Design Validation
With the DPO/DSA/MSO70000 Series real-time oscilloscopes you have access to a large number of different analysis and debugging packages; from the popular DPOJET Jitter Analysis tool to SignalVu™, a comprehensive RF Signal Analyzer suite. Tektronix' floating licenses maximize your test equipment investment by offering you the ability to move valuable software options from one instrument to another.
| DPOJET Jitter And Eye Diagram Analysis (Opt. DJA) | Simplifies identifying signal integrity concerns, jitter, and their related sources and provides the highest sensitivity and accuracy available for real-time oscilloscopes. |
| DDR Memory Bus Analysis (Opt. DDRA) | Automatically identify DDR1, LP-DDR1, DDR2, DDR3 and GDDR3 Reads and Writes and clearly see and analyze how analog anomalies are affecting your DDR/Memory. |
| Ethernet Compliance Test Solution (Opt. ET3) | Receive full PHY layer support for 10BASE-T, 100BASE-TX, and 1000BASE-T. Analog verification, automated compliance software, and device characterization solutions are all included. |
| FB-DIMM Compliance Test Solution (Opt. FBD) | Test the Receiver, Transmitter and Reference clock test points for compliance as per FB-DIMM standards. |
- Measure with Tektronix: Triggering using Pinpoint Trigger System Video
Learn how to Trigger on complex events using a Pinpoint Triggering System. - Measure with Tektronix: Discovering Anomalies with DPX Acquisition Technology
Learn how to find anomalies quickly using DPX Acquisition Technology - and debug faster. - Understanding Noise Contributions from your Oscilloscope - Video
Jit Lim explains the the noise contributions from your oscilloscope including concepts like Frequency Response and Effective Number of Bits, for making the most accurate, high margin measurements. - Making Very Low Jitter Measurements Video
Jit Lim demonstrates how to use the DSA70000B Series performance oscilloscopes to make Rj measurements to less than 300fs for high-speed serial applications - Reducing Measurement Errors When Using Probe Video
Jit Lim demonstrates how to use the P7500 Series performance probes to make precision differential, single-ended and common mode measurements.
*To change the Country/Currency for products listed, please update your pricing preferences. Starting from prices do not include Value Added Tax (VAT) or sales tax, and, depending on the country, may or may not include customs duty, delivery and exchange rate variations.
**MSO70000 Series only
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