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Keysight is #1 in Oscilloscopes
(Source: Frost & Sullivan Oct 2020)
Highlights
The World's Most Advanced Oscilloscope
Developing next generation technology requires world-class signal integrity from your test equipment. Achieve design insights you never thought possible with the highest bandwidth, highest ENOB, and lowest noise floor. Keysight’s breakthrough technology enables you to conquer even the most difficult measurement and design challenges.
- 5 to 110 GHz of bandwidth, with the most comprehensive set of probing, analysis applications, and measurements for advanced technologies
- Most accurate oscilloscope at any bandwidth - lowest noise, highest ENOB, and 10-bit vertical resolution enable you to see the truest representation of of your signal
- Solve problems faster with hardware-accelerated measurements and analysis
- EVM performance for wideband mmWave measurements that rivals even the best signal analyzers
- Protect your investment with a fully upgradeable, multipurpose platform capable of time domain, frequency domain, and phase noise measurements - the last oscilloscope you will ever need to purchase
The Custom Power Behind Our Instruments
Pushing the boundaries of technology requires instantaneous bandwidth, spurious-free dynamic range, and signal fidelity beyond basic measurements. Keysight powers every performance product with custom MMICs, designed in-house, manufactured in our proprietary indium phosphide (InP) and gallium arsenide (GaAs) fab with custom ASIC signal processing that ensure the industry’s fastest, most reliable measurements. Count on Keysight to accelerate your next innovation. Keysight's semiconductor technology enables the Infiniium UXR-Series to be the world's fastest and lowest noise oscilloscope.
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Simplify Data Gathering and Analysis
The UXR-Series offers a robust suite of powerful software for signal integrity, power integrity, protocol decode and trigger applications as well as compliance test applications.
Solve Your Toughest Measurement Challenges with the Right Capabilities
- Have confidence in your measurements with superior signal integrity and specifications.
- Measure with the highest effective number of bits (ENOB) at full bandwidth.
- Upgrade your oscilloscope to meet your ever evolving design requirements with full bandwidth and channel upgradeability.
- Test with the lowest noise floor: less than 1 mVrms of vertical noise at 110 GHz.
- Ensure accuracy in your measurements with the lowest jitter: less than 25 fs (rms) of intrinsic jitter and less than 10 fs (rms) of inter-channel jitter.
- Guarantee precision with the self-calibration modules.
Key Specifications
Bandwidth
5 to 110 GHz
ADC Bits
10-bits
Channels
1, 2, or 4
Max Memory Depth
2 GPts
GSa/sec
128 or 256
Max DDC Bandwidth
2.16 GHz
Want to see more specifications?
Find the Model That's Right for You
Prev
Bandwidth:
5 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
129 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
10 GHz
Max sample rate:
128 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
n/a
Bandwidth Upgrades:
Up to 33 GHz via FW
up to 110 GHz via HW
Noise Floor:
129 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
13 GHz
Max sample rate:
128 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
33.8 ps(10-90%), 23.9ps(20-80%)
Bandwidth Upgrades:
Up to 33 GHz via FW
up to 110 GHz via HW
Noise Floor:
150 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
16 GHz
Max sample rate:
128 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
27.5 ps(10-90%), 19.4ps(20-80%)
Bandwidth Upgrades:
Up to 33 GHz via FW
up to 110 GHz via HW
Noise Floor:
165 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
20 GHz
Max sample rate:
128 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
22 ps(10-90%), 15.6ps(20-80%)
Bandwidth Upgrades:
Up to 33 GHz via FW
up to 110 GHz via HW
Noise Floor:
188 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
25 GHz
Max sample rate:
128 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
17.6 ps(10-90%), 12.4ps(20-80%)
Bandwidth Upgrades:
Up to 33 GHz via FW
up to 110 GHz via HW
Noise Floor:
212 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
33 GHz
Max sample rate:
128 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
13.3 ps(10-90%), 9.4ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via HW
Noise Floor:
266 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
25 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
290 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
25 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
290 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
40 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
340 µV(rms)
Effective Number of Bits (ENOB):
As high as 9.0
Bandwidth:
40 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
340 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
40 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
11 ps(10-90%), 7.8ps(20-80%)
Bandwidth Upgrades:
up to 70 GHz via FW
up to 110 GHz via HW
Noise Floor:
340 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
40 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
11 ps(10-90%), 7.8ps(20-80%)
Bandwidth Upgrades:
up to 70 GHz via FW
up to 110 GHz via HW
Noise Floor:
340 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
50 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
8.8 ps(10-90%), 6.2ps(20-80%)
Bandwidth Upgrades:
up to 70 GHz via FW
up to 110 GHz via HW
Noise Floor:
410 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
50 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
8.8 ps(10-90%), 6.2ps(20-80%)
Bandwidth Upgrades:
up to 70 GHz via FW
up to 110 GHz via HW
Noise Floor:
410 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
59 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
460 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
59 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
460 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
59 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
up to 70 GHz via FW
up to 110 GHz via HW
Noise Floor:
460 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
59 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
up to 70 GHz via FW
up to 110 GHz via HW
Noise Floor:
460 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
70 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
500 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
70 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
7.5 ps(10-90%), 5.3ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
500 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
70 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
6.3 ps(10-90%), 4.4ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via HW
Noise Floor:
500 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
70 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
6.3 ps(10-90%), 4.4ps(20-80%)
Bandwidth Upgrades:
Up to 110 GHz via HW
Noise Floor:
500 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
80 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
5.6 ps (10-90%), 3.9ps (20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
580 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
80 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
5.6 ps (10-90%), 3.9ps (20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
580 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
100 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
5.6 ps (10-90%), 3.9ps (20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
770 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
100 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
5.6 ps (10-90%), 3.9ps (20-80%)
Bandwidth Upgrades:
Up to 110 GHz via FW
Noise Floor:
770 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
110 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
5.6 ps (10-90%), 3.9ps (20-80%)
Bandwidth Upgrades:
n/a
Noise Floor:
860 µV(rms)
Effective Number of Bits (ENOB):
n/a
Bandwidth:
110 GHz
Max sample rate:
256 GSa/s
Max memory depth:
2 Gpts
Minimum Rise/Fall Time:
5.6 ps (10-90%), 3.9ps (20-80%)
Bandwidth Upgrades:
n/a
Noise Floor:
860 µV(rms)
Effective Number of Bits (ENOB):
n/a
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