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Network optimization Non-public / private networks 5G

5G network interactivity test - short

5G network interactivity test
Milimeter-wave 5G network measurements using scanners

Milimeter-wave 5G network measurements using scanners
Interference hunting in 5G networks

Interference hunting in 5G networks
How R&S®PACE2 classifies IP traffic despite encryption and NAT

How R&S®PACE2 classifies IP traffic despite encryption and NAT

With the interactivity test, operators can measure the fundamental 5G network performance characteristics of latency, throughput and availability and derive network quality for real-time applications like eGaming and AR/VR in a single integrated test.

It shows the ability of a network to support a 5G application and also creates a scalable QoE model for the new 5G URLLC use cases such as smart manufacturing that require very low latencies.

Related products

QualiPoc Android, Front view
QualiPoc Android Product information
R&S®TSMx drive and walk test scanner, front view
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Related solutions

Smart platform

Network analytics services

Interference hunting

Interference hunting

Network optimization

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Network benchmarking

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Related videos

Interference hunting in 5G networks

Interference hunting in 5G networks

Rohde & Schwarz introduces the new R&S®PR200 portable monitoring receiver and in particular the gated spectrum trigger function that enables users to effectively separate uplink and downlink TDD signals, on the spectrum display.
How R&S®PACE2 classifies IP traffic despite encryption and NAT

How R&S®PACE2 classifies IP traffic despite encryption and NAT

The video explains how application classification and extraction of metadata and content reveal actionable information from IP traffic. Learn how advanced detection methods even allow for network adress translation (NAT) visibility and classification of encrypted traffic.
Milimeter-wave 5G network measurements using scanners

Milimeter-wave 5G network measurements using scanners

With the release of the TSME44DC scanner downconverter, operators now have the ability to passively capture network LTE and 5G performance and quality data from the air interface.

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