Products and Services
Make better measurements with award-winning Keysight oscilloscopes
Whether you design, debug, or perform compliance tests, you need proven measurement technology to be successful. Our oscilloscope hardware, with industry-leading signal integrity, high effective number of bits (ENOB), and the fastest waveform update rates, captures the true performance of your device under test. Couple this with superior protocol decoding, analysis, and compliance software, and you’re guaranteed to get measurements you can trust.
Whether you need high signal integrity, a portable form factor, or an affordable oscilloscope, we’ve got you covered. With our broad range of oscilloscopes, you are sure to find the right scope no matter where you are in the development cycle.
50 MHz to 6 GHz
Perform everyday, general debugging and capture glitches faster with an industry-leading waveform update rate
500 MHz to 110 GHz
Get the signal integrity you need to create next generation technology with the highest bandwidth oscilloscope, lowest noise floor, and high ENOB
10 GHz to >100 GHz
Achieve precise measurements on high-speed digital designs and analyze your optical devices with sampling oscilloscopes
100 MHz to 1 GHz
Don’t compromise quality for size. Analyze your devices with the same InfiniiVision technology in smaller or portable form factors.
Keysight offers the industry’s largest selection of compliance, debugging, and application-specific oscilloscope test software. Explore and select the oscilloscope software that completes your testing solution.
The software works seamlessly with your Keysight oscilloscope and provides the insight you need to quickly and easily innovate your best designs. Explore how you can create, test, and validate your designs faster with automated software testing and stay up to date on the latest standards with over 50 compliance test software packages.
PathWave BenchVue oscilloscope test software for PCs makes it easy to connect, control, capture, and view measurement data from your oscilloscopes with no additional programming. The software enables you to do the following:
– Connect and control your oscilloscopes in the cloud
– Log data, screenshots, and system status
– Export measurement data in the desired format
– Make prototypes and create automated custom test sequences
– Save and replicate instrument configurations to repeat results
– Visualize multiple types of instrument measurements simultaneously
High-speed digital transceivers require validation to ensure compliance with the latest standards. Pair your Keysight oscilloscope with over 50 compliance test software packages to speed up debugging and validation.
– High-speed digital: USB, DDR, MIPI, PCIe, and HDMI
– Automotive: CAN, LIN, FlexRay, and Ethernet
– Aerospace and defense: MIL-STD and ARINC 429
– General-purpose: I2C, SPI, NFC, SATA, SAS, XAUI, and more
Keysight offers a broad range of voltage, current, and optical probing solutions for InfiniiVision and Infiniium Series oscilloscopes. Check out this guide to see which probe is right for your testing needs.
Oscilloscope Probes Selection Guide
Understanding common probing mistakes is crucial to making accurate measurements. Probes can introduce loading, noise, and jitter into your system. The electrical behavior of your probes greatly affects your measurement results and potentially even the operation of your device. Learn how to avoid common oscilloscope probing pitfalls in this eBook.
7 Common Oscilloscope Probing Pitfalls to Avoid
Reduce budget challenges with KeysightAccess subscription service.
Get more functionality out of your test hardware today by pairing it with the right accessories to improve productivity and the right Keysight PathWave design and test automation software to accelerate your product development.
Catalogs
2024.04.09
Catalogs
2022.09.30
eBooks
2022.11.17
Application Notes
2023.05.31
eBoooks
2023.01.25
Application Notes
2022.07.07
White Papers
2022.11.22
White Papers
2018.07.02
An oscilloscope, sometimes shortened to “scope” or “o-scope”, is a test instrument that captures and displays the behavior of electrical signal over time.
All modern oscilloscopes are digital storage oscilloscopes (DSOs), which use digital signal processing to capture and display the analog signal. If the scope has the ability to accept digital signals, it is a mixed-signal oscilloscope (MSO). If the scope has a spectrum analyzer feature built into it, it is a mixed-domain oscilloscope (MDO), though this terminology is less common.
Oscilloscopes play a key role across all industries for a variety of applications (troubleshooting, validation, characterization, manufacturing test) and technologies (high-speed digital electronics, optical communication, RF, power electronics). An oscilloscope is a critical test instrument to observe, analyze, or record, the behavior of an electrical signal.
An oscilloscope uses a probe to connect to a test point in a circuit and amplifies or attenuates the voltage at that point. The signal path after that depends on the scope, but in general analog circuitry conditions the signal and an analog-to-digital converter digitizes it for further evaluation, processing, and analysis.
An oscilloscope captures and displays a signal in the time domain, while a spectrum analyze captures and displays a signal in the frequency domain. Sometimes an oscilloscope will have a spectrum analyzer feature built into it for convenience of analyzing the signal in the time and frequency domain.
Keysight offers a wide range of free technical resources for engineers to learn about essential oscilloscope functions and specifications. Get started with the How to Use an Oscilloscope Keysight University Course, and continue your learning with free Oscilloscope Technical Resources.
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