Here's the page we think you wanted. See search results instead:

Already own an oscilloscope?

Trade-in your current oscilloscope or a competitor's model and get credit up to 40% towards a new oscilloscope.

View Trade-In Deal

Maximize Your Memory Promo

For a limited time, you can get 1.6 Gpts of memory for FREE when you purchase a new Infiniium MXR oscilloscope.

Learn More

Highlights

See More. Do More. Save Time.

The Infiniium MXR-Series oscilloscopes are your window into the intricate interactions of complex designs. Offering illuminating views of all your crucial signals, the MXR-Series helps you go from symptom to root cause to resolution in minutes instead of hours.​ Leveraging the same hardware acceleration ASIC as the Infiniium UXR-Series, the MXR-Series accelerates eye plots and triggering with the excellent signal integrity that you've come to expect from Keysight. The MXR-Series also lets you future-proof your budget because it is fully upgradeable, including the number of channels and bandwidth. Buy what you need today and add more to your MXR-Series oscilloscope later.​

  • 500 MHz to 6 GHz on all 4 or 8 analog channels
  • Faster test speeds than ever before with ASICs from the Infiniium UXR-Series
  • Accurate measurements with effective number of bits (ENOB) up to 9.0, noise as low as 43 µV
  • 8-in-1 instrument integration: oscilloscope, logic analyzer, protocol analyzer, DVM, counter, real-time spectrum analyzer, bode plotter, 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

Bundles and Promotions

MXR angled left

Choose a Pre-Configured Bundle and Save

Knowing what to order for your specific application can be daunting, so we made ordering easier by prepackaging commonly-used features and software into convenient bundles. Enjoy savings of up to 25% when you purchase a new MXR oscilloscope and choose the bundle that best fits your needs.

Find Out More About the Bundles
MXR software application screenshots

Buy Two Software Packages, Get Two Free

Instantly unlock the full potential of your instruments and designs when you purchase compliance, debug, and application-specific software from Keysight. For a limited time, buy two eligible software packages for your Infiinium oscilloscope or BERT and get two eligible software packages of equal or lesser list price for free.

PathWave Bench DMM Software enable each connection and control without programming

Simplify Data Gathering and Analysis

The MXR-Series offers a robust suite of powerful software for signal integrity, power integrity, protocol decode and trigger applications as well as compliance test applications.

Check out some of these MXR-Series software applications:

The Infiniium MXR-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

Key Specifications

Bandwidth

0.5 - 6 GHz

Analog Channels

4 or 8, upgradeable

Sampling Rate

16 GSa/s

Standard Memory

200Mpts/ch

Waveform Update Rate

>200,000 wfms/sec

Want to see more specifications?

View Data Sheet

Find The Model That's Right For You

Prev
MXR054A
500 MHz on all 4 channels, options to integrate 8 instruments in one, hardware accelerated plotting, and fully upgradeable to 6 GHz and 8 channels 
Starting from  
Analog Channels: 4
Bandwidth: 500 MHz
Minimum Rise/Fall Time: 860 ps (10-90), 620 ps (20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 63 µV(rms)
Max Sample Rate: 16 GSa/s
MXR058A
500 MHz on all 8 channels, option to integrate up to 8 instruments in one, hardware accelerated plotting, and fully upgradeable to 6 GHz 
Starting from  
Analog Channels: 8
Bandwidth: 500 MHz
Minimum Rise/Fall Time: 860 ps (10-90), 620 ps(20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 63 µV(rms)
Max Sample Rate: 16 GSa/s
MXR104A
1 GHz on all 4 channels, option to integrate up to 8 instruments in one, hardware accelerated plotting, and fully upgradeable to 6 GHz and 8 channels 
Starting from  
Analog Channels: 4
Bandwidth: 1 GHz
Minimum Rise/Fall Time: 430 ps (10-90), 310 ps(20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 73 µV(rms)
Max Sample Rate: 16 GSa/s
MXR108A
1 GHz on all 8 channels, option to integrate up to 8 instruments in one, hardware accelerated plotting, and fully upgradeable to 6 GHz 
Starting from  
Analog Channels: 8
Bandwidth: 1 GHz
Minimum Rise/Fall Time: 430 ps (10-90), 310 ps(20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 73 µV(rms)
Max Sample Rate: 16 GSa/s
MXR204A
2 GHz on all 4 channels, option to integrate up to 8 instruments in one, hardware accelerated plotting, and fully upgradeable to 6 GHz and 8 channels 
Starting from  
Analog Channels: 4
Bandwidth: 2 GHz
Minimum Rise/Fall Time: 215 ps (10-90), 155 ps(20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 91 µV(rms)
Max Sample Rate: 16 GSa/s
MXR208A
2 GHz on all 8 channels, option to integrate 8 instruments in one, hardware accelerated plotting, and fully upgradeable , including up to 6 GHz  
Starting from  
Analog Channels: 8
Bandwidth: 2 GHz
Minimum Rise/Fall Time: 215 ps (10-90), 155 ps(20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 91 µV(rms)
Max Sample Rate: 16 GSa/s
MXR254A
2.5 GHz on all 4 channels, option to integrate 8 instruments in one, hardware accelerated plotting, and fully upgradeable , including up to 6 GHz and 8 channels 
Starting from  
Analog Channels: 4
Bandwidth: 2.5 GHz
Minimum Rise/Fall Time: 172 ps (10-90), 124 ps(20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 100 µV(rms)
Max Sample Rate: 16 GSa/s
MXR258A
2.5 GHz on all 8 channels, option to integrate 8 instruments in one, hardware accelerated plotting, and fully upgradeable , including up to 6 GHz  
Starting from  
Analog Channels: 8
Bandwidth: 2.5 GHz
Minimum Rise/Fall Time: 172 ps (10-90), 124 ps (20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 100 µV(rms)
Max Sample Rate: 16 GSa/s
MXR404A
4 GHz on all 4 channels, option to integrate up to 8 instruments in one, hardware accelerated plotting, and fully upgradeable , including up to 6 GHz and 8 channels 
Starting from  
Analog Channels: 4
Bandwidth: 4 GHz
Minimum Rise/Fall Time: 108 ps (10-90), 78 ps(20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 132 µV(rms)
Max Sample Rate: 16 GSa/s
MXR408A
4 GHz on all 8 channels, option to integrate up to 8 instruments in one, hardware accelerated plotting, and fully upgradeable , including up to 6 GHz 
Starting from  
Analog Channels: 8
Bandwidth: 4 GHz
Minimum Rise/Fall Time: 108 ps (10-90), 78 ps (20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 132 µV(rms)
Max Sample Rate: 16 GSa/s
MXR604A
option to integrate up to 8 instruments in one, hardware accelerated plotting, and fully upgradeable , including up to 6 GHz and 8 channels 
Starting from  
Analog Channels: 4
Bandwidth: 6 GHz
Minimum Rise/Fall Time: 72 ps (10-90), 52 ps(20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 193 µV(rms)
Max Sample Rate: 16 GSa/s
MXR608A
6 GHz on all 8 channels, option to integrate up to 8 instruments in one, hardware accelerated plotting, and fully upgradeable  
Starting from  
Analog Channels: 8
Bandwidth: 6 GHz
Minimum Rise/Fall Time: 72 ps (10-90), 52 ps(20-80)
ADC Bits: 10, up to 16 with high-res
Effective Number of Bits (ENOB): As high as 9.0
Max Memory Depth: 1.6 Gpts
Noise Floor: 193 µV(rms)
Max Sample Rate: 16 GSa/s
ellipsis
View and Compare All Models
Next

Extend The Capabilities

Software
See Related Software
Accessories
See Related Accessories
Services
See All Services
Support
See All Support

Featured Resources

Data Sheets 2023.03.07

Infiniium MXR-Series

Infiniium MXR-Series

Keysight's Infiniium MXR-Series oscilloscopes feature fully upgradeable models ranging in performance from 500 MHz to 6 GHz, 4 or 8 analog channels, and dozens of hardware and software options.

2023.03.07

Application Notes 2021.05.24

Infiniium EXR and MXR-Series Oscilloscopes: Quickly Find and Identify Hidden Signal Errors

Infiniium EXR and MXR-Series Oscilloscopes: Quickly Find and Identify Hidden Signal Errors

Troubleshooting and testing designs can be time-consuming on your oscilloscope if you do not know what you are looking for. Keysight's Fault Hunter feature automatically determines which sections of the signal are anomalies.

2021.05.24

Application Notes 2021.03.14

Testing Switch Mode Power Supplies Using the Infiniium EXR- and MXR-Series Oscilloscopes

Testing Switch Mode Power Supplies Using the Infiniium EXR- and MXR-Series Oscilloscopes

Understand and follow along on implementing the fundamental measurements of input, switching, and output analysis performed by the EXR- and MXR-series oscilloscopes using the optional power analysis software (P/N: D9010PWRA).

2021.03.14

Application Notes 2017.12.01

Oscilloscope Probing for High-speed Signals

Oscilloscope Probing for High-speed Signals

The probe is the dominant factor in determining the noise floor and response of your measurement system. Learn more about this and probe loading effects.

2017.12.01

Application Notes 2017.11.30

Bandwidth and Rise Time Requirements for Accurate Scope Measurements

Bandwidth and Rise Time Requirements for Accurate Scope Measurements

Discover the relationship between rise time and bandwidth and learn key rise time and bandwidth requirements for accurate oscilloscope measurements.

2017.11.30

View All Resources

View All Resources

Want help or have questions?

Contact Us