Non-terrestrial networks (NTNs), which can provide wireless connectivity in areas where terrestrial networks cannot provide coverage, are expected to be utilized in public safety services, including emergency, rescue, fire, and police.
This white paper describes the architectures, public safety use cases, and technical challenges of NTNs.
Main Contents:
40:28Exploring the Anritsu Remote Spectrum Monitoring solution with real-world examples of interference, including BDA’s.
5:09TETRA base station receiver testing with the LMR Master S412E with hardware and software setup instructions.
In our increasingly mobile-dependent world, the need for reliable wireless coverage and capacity inside buildings has become paramount.
58:41Passive Intermodulation (PIM) is a problem for every wireless network – commercial or private. With the rollout of 5G networks in the C-Band now underway, the issues of PIM have become imperative for
58:57learn how remote spectrum monitoring systems can be quickly set up to provide situational awareness of the RF environment
59:50In this webinar, we examine how the in-building networks will change and also the challenges in coverage mapping introduced by these changes.
14:58The RF spectrum is an ever increasingly congested space and coverage both in-building and outdoors is being enhanced by amplifiers and repeaters.
Conventional spectrum analyzers have been, and will continue to be, a workhorse tool for general RF measurements and spectral power.
The MS27101A-IBCM In-Building Coverage Mapper solution is a complete software and hardware package that allows easy coverage mapping of single or multi-story buildings.
Anritsu’s Mobile InterferenceHunter MX280007A is a quick and reliable way to find multiple or single emitters even in difficult reception conditions.
PTC ACSES is an important addition and mandate for rail safety that will prevent train-to-train collisions, protect against speeding, and enforce speed restrictions.
