Field Master MS2080A analyzing LTE and 5G signals over the air
Field Master MS2080A combines a fully featured spectrum analyzer with an RTSA, LTE and 5G modulation quality measurement suite plus a comprehensive range of interference hunting tools. This video highlights the ease with which these features can be combined to make over the air measurements on live LTE and 5G base stations. Further analysis includes using the RTSA to monitor for intermittent or in band interfering signals. A broadband log periodic directional antenna is used to identify the location of the transmitter and plot its direction on a digital map. MS2080A is ideal for field service technicians installing and maintaining cellular networks. National regulators monitoring the spectrum for interfering signals and illegal transmitters benefit from a comprehensive set of tools for interference hunting including spectrograms with long term recording, audio tone supported direction finding and an RTSA to capture short term interferers.
Anritsu 110 GHz Opto-electronic Network Analysis system (ONA) solution
Introduction to 110 GHz ONA solution for measuring Opto-electronic devices and components
Connecting the Dots: Understanding WLAN Technology and Measurement
The Latest trends and specifications in wireless LAN IEEE802.11ax/11be standards
Automated Valet Parking Simulation
This video explains the required test solutions to improve Type-2 AVP reliability.
Analyzing 5G Networks in Central London with Anritsu Field Master Spectrum Analyzers
This video highlights the range of measurements available to validate real-world network performance in the field
Detect the Failure Location of Optical Submarine Cables
The MW90010B is a coherent OTDR with a wavelength-tunable light source from 1,527.60 nm - 1,567.13 nm. It can accurately detect the failure location of optical submarine cables up to 20,000 km in length with a resolution of 10 m.
Anritsu Device Characterization Services and Testing Facility 70 kHz to 220 GHz and beyond
Testing Facility in Morgan Hill