Have you heard of UXR oscilloscopes, which develop a new generation of millimeter wave communications and applications?
Source: InternetPublisher:狂妄火龙果 Keywords: uxr Keysight Technologies oscilloscope Updated: 2020/03/11
Do you know about the UXR oscilloscope that is developing a new generation of millimeter wave communications and applications? What does it do? Keysight Technologies, Inc. (NYSE: KEYS) recently announced the launch of a cost-effective, flexible single-channel oscilloscope designed to accelerate the development of new generation of millimeter wave communications, satellite communications and radar applications. Keysight Technologies is a leading technology company helping enterprise, service provider and government customers accelerate innovation and create a secure and connected world.
UXR0051AP is the latest model of Keysight’s UXR series oscilloscope product. With a frequency range of 110 GHz and a standard analysis bandwidth of 5 GHz, the product enables cost-effective, fast and flexible performance of broadband measurement analysis. Keysight's UXR series oscilloscopes can be equipped with millimeter-wave broadband analysis options, which integrate time-domain signal analysis, spectrum analysis and digital demodulation functions into one instrument, achieving excellent signal integrity and rich functions. And the price is affordable and the performance is excellent.
Dr. Gabriel M. Rebeiz, Distinguished Professor at the University of California, San Diego and a member of the National Academy of Sciences, said: "Keysight's UXR Series has outstanding performance and can easily and accurately analyze millimeter wave 1x1 and 2x2 MIMO 5G NR communication links. Even in- At an input power of 40 dBm and a frequency of 67 GHz, it also has very low error vector magnitude (EVM) (0.2-0.9%) when measuring signals with a bandwidth of 200 MHz to 5 GHz. We do not need to use any external amplifiers or filtering Just connect the 5G phased array to the UXR, and then run the 89600 VSA software to start measurement analysis. It shortened our measurement time from hours to minutes. It is hard to imagine that without Keysight's UXR, today's How an advanced 5G lab will work.”
Key features and benefits:
Excellent -158 dBm/Hz DANL (Displayed Average Noise Level) between the 28 GHz and 85 GHz frequency bands, enabling standard receiver quality EVM (Error Vector Magnitude) measurements of low power wideband signals.
·Direct measurement of broadband signals with bandwidths up to 10 GHz and carrier frequencies up to 110 GHz, enabling high-quality broadband analysis without the use of external downconverters.
·Instant upgrade to two independently configurable phase-coherent channels for easy implementation of MIMO (Multiple Input Multiple Output) measurement support.
·10-bit high-definition ADC (analog-to-digital converter) with 16-bit digital downconversion (DDC) I/Q data output ensures excellent millimeter wave measurement accuracy.
·256GSa/s real-time sampling rate or 3,200 MSa/s composite sampling rate, providing an extremely wide 110 GHz frequency range and 2.16 GHz DDC analysis bandwidth.
·Flexible millimeter-wave expansion and DDC bandwidth licensing options enable oscilloscope-based millimeter-wave broadband analysis with excellent performance and an industry-affordable price.
"To meet the demand for higher speeds and greater bandwidth, millimeter wave technology joins technologies such as MIMO and phased array antennas," said Brad Doerr, vice president and general manager of digital and optical communications equipment R&D for Keysight Technologies' Communications Solutions Group. are constantly being upgraded. The industry needs an affordable single-channel oscilloscope with dynamically configurable bandwidth to support today's single-channel millimeter wave broadband measurement requirements.
Keysight sees this need, and the new oscilloscope launched this time can quickly expand to two coherent channels, allowing customers to easily support the test needs of the multi-channel evolution of this emerging standard. "The above is the UXR oscilloscope analysis for developing a new generation of millimeter wave communications and applications. I hope it can help you.
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