Bandwidth Matters: How much bandwidth will you need for your designs?

Without enough bandwidth in your oscilloscope, you won't be able to capture all the frequency components necessary to accurately capture the true signal. And without a true signal representation, you will have less margin to pass your test. Standard committees specify test equipment performance high enough to capture the 5th harmonic of the fundamental signal. View this comparative Video and learn how the lack of bandwidth can cause your test to fail.

DPX^® and Fast Acquisition: Quickly reveal infrequent events that often cause system defects.

Infrequent or intermittent signal anomalies are hard to find and often cause system defects. Tektronix' proprietary FastAcq mode captures and displays >300,000 wfms/s to reveal those infrequent events. Shorten your debugging time by quickly finding intermittent events. See how this compares.

Triggering and Search & Mark: Minimize the time spent to acquire problem signals.

Capturing just the portion of the signal you need is the basis for any subsequent signal analysis. Flexible and effective triggering allows for efficient troubleshooting and debug. Learn how using the proven Pinpoint^® triggering, Advanced Search and Mark and industry's only 5Gb/s hardware-based serial pattern trigger enables you to minimize the time spent trying to acquire problem signals.

Noise Performance and Effective Bits: Be confident you are seeing the true representation of your waveform.

With increasing frequencies, measurement margins decrease. Trust that you are seeing a true representation of your signal and that your available margin is not being sacrificed by the vertical noise performance of the measurement system. Learn about the concept and the importance of "Number Of Effective Bits" (ENOB).

Long Record Capabilities: Effectively analyze long records.

Analyzing long records of data is becoming imperative for many design verification and debug tasks. Doing so, not only requires instruments that and capture the data, but also tools able to analyze this amount of data in a timely manner. View this comparative look beyond the banner specs and learn about the capability to effectively analyze long records.

TriMode^™ Probing: Speed up your setup time with three probes in one.

No measurement can be performed without proper probing consideration. With superior signal fidelity and industry leading bandwidth up to 20GHz, Tektronix TriMode^™ probe architecture allows a single probe to make single-ended, differential and common mode measurements. See how choosing the right probe can reduce setup time and speed up your design verification.

Application Support: Accelerate your design validation with unparalleled software solutions.

With the DPO/DSA70000B real-time oscilloscope 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. Learn more about Tektronix unparalleled software solutions to accelerate your design validation.