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Use Cases and Product Updates



5G Applications

In today’s discussion, we discuss the various 5G applications, both for the enterprise and consumer user.

Educational

The Shared Lab Challenge

The constantly evolving communication networks require development of new Ethernet network devices, being either traditional hardware implementations or virtual, software based implementations – Virtual Network Functions (VNF). In both cases the devices need to be tested during development to troubleshoot and validate the functioning of the new devices.

Educational

5G Basics: Non-Standalone vs Standalone (NSA vs SA)

5G is the fifth generation of mobile communication technology; revolutionary with an achievable downlink speed of 1000Mbps under ideal conditions. The deployment of 5G is consequential, but complicated with one contributing factor to the complexity being the two difference 5G network modes.

Educational

Open RAN vs. O-RAN Communities, and their Upcoming Challenges

In today’s discussion we chat about some of the differences between the Open RAN and O-RAN communities and some of the challenges both communities face in the very near future.

Educational

5G Fronthaul Network Testing Considerations

5G networks offer lower latency, greater flexibility, and increased bandwidth compared to 4G technology. To deliver these improvements, 5G fronthaul networks use different hardware and networking protocols to those found in previous generation networks.

Educational

5G Fronthaul Network Testing Considerations

How will service providers offer a supreme user experience in the upcoming #5gtechnology world? #5G fronthaul networks will need a way to test how their equipment and applications cope with network impairments.

Educational

Why Ceramic Waveguide Filters?

The emerging fifth generation (5G) mobile communication system threatens to demand the exponential increase of passive components. With 10Gpbs of peak data rate and the enabling technologies such as massive MIMO and carrier aggregation, some experts estimate the passive components volume to increase by at least 10x of a 4G network system...

Educational

Passive Intermodulation (PIM)

As wireless research and testing extend beyond the lab and onto the field, Passive intermodulation (PIM) issues are a growing challenge for network designers and cell operators. ...

Educational
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