Product Overview
Keysight's Infiniium MXR B-Series oscilloscopes have hardware-accelerated, automated analysis tools, extra-low, front-end noise, and uncompromised performance so engineers can test faster, shorten time to market, and design without compromise using an oscilloscope that delivers dependable results.
-
Up to 70% faster jitter analysis (compared to MXR A)
-
65% faster power integrity analysis (compared to MXR A)
-
45% faster FFTs (compared to MXR A)
-
15% faster USB 2.0 compliance testing (compared to MXR A)
-
500 MHz to 6 GHz on all 4 or 8 analog channels
-
Accurate measurements with effective number of bits (ENOB) up to 9.0, and a noise floor as low as 43 µV
-
8-in-1 instrument integration: oscilloscope, logic analyzer, protocol analyzer, DVM, counter, real-time spectrum analyzer, frequency response analyzer, and waveform generator in one unit
-
Full HD 1920 x 1080 resolution on a 15.6-inch display that can be extended or duplicated to a large monitor
-
Upgradeable in every possible way with dozens of options to make testing faster, easier, and less prone to human error
Key Features
Simplify Data Gathering and Analysis
The MXR B-Series offers a robust suite of powerful software for signal integrity, power integrity, protocol trigger and decode applications as well as compliance test applications.
|
|
|
The Infiniium MXR B-Series Offers
-
Real-time spectrum analysis, ideal for testing fast-changing signals
-
>750,000 UI/s eye diagrams at 10 bits
-
6 GHz on 8 channels
-
16 GSa/s on 8 channels
-
200 Mpts per channel memory, standard
-
Full upgradeability, no exceptions
|
Infiniium MXR B-Series specifications
|
Analog channels
|
4 or 8, upgradeable
|
Bandwidth
|
500 MHz to 6 GHz, upgradeable
|
Sample rate
|
16 GSa/s
|
Memory
|
200 Mpts, upgradeable to 400 Mpts or 1.6 Gpts flexible memory
|
Resolution
|
10 bits, up to 16 with high resolution
|
ENOB
|
As high as 9.0
|
Timebase accuracy
|
8 parts per billion
|
Intrinsic Jitter
|
As low as 118 fs
|
Noise (1 mV/div)
|
As low as 43 µV
|
Digital logic channels
|
16, dedicated input, upgradeable
|
Integrated tools
|
8-in-1
|
Eye diagram speed
|
> 750,000 UI/s
|
Screen display
|
15.6” touch, full HD, dual screen support
|
The Infiniium MXR-B series real-time oscilloscopes are suitable for a wide range of typical application areas due to their high performance and multifunctionality. The following are some of the key application scenarios:
•
Electronic Design and Validation: During the design, development, and verification stages of electronic products, the MXR-B series can be used to perform detailed analysis of various electronic signals (such as digital, analog, and RF signals), helping engineers identify and resolve signal integrity, timing, and other related issues.
•
Communication System Debugging: For monitoring and analyzing communication signals (such as wireless and optical communication signals), ensuring the normal operation and performance optimization of communication systems. For example, in the base station debugging of 5G communication systems, the oscilloscope is used to analyze signal spectrum, modulation quality, and other parameters.
• Automotive Electronics Testing: Used in the development and testing of automotive electronic systems, including measurement and analysis of sensor signals, controller signals, and in-vehicle communication signals, ensuring the reliability and safety of automotive electronic systems.
•
Education and Scientific Research: As an important tool in universities and research institutions, it is widely used in experiments and research across electronics, telecommunications, physics, and other fields, helping teachers, students, and researchers gain a deeper understanding of the characteristics and behaviors of electronic signals.
•
High-Speed Interface and Bus Signal Testing: Thanks to its high bandwidth and fast sampling rate, the MXR-B series is well-suited for compliance testing and debugging of high-speed interfaces such as PCIe, DDR memory interfaces, USB, and other high-speed serial data links.
• Power Integrity and Signal Integrity Analysis: Using built-in advanced analysis tools, the oscilloscope enables in-depth analysis of power distribution network (PDN) quality, as well as noise, reflection, and crosstalk issues along signal paths.
•
Multi-Channel Synchronized Acquisition: Supports multi-channel synchronized signal acquisition, making it ideal for applications requiring simultaneous monitoring of multiple signal sources, such as three-phase current and voltage measurements in motor drive systems.
•
Protocol Analysis: By adding optional software modules, the MXR-B series can also decode and trigger a variety of serial protocols, enabling users to perform protocol-level debugging and validation with greater ease.