What differentiates 5G radio planning tools from 2G and 3G radio planning tools?

New antenna pattern and beamset

Which is NOT one of the main features of SDN?

Separation between hardware and control plane

Flexible and scalable architecture

Allows the operator to adjust the network offline

Separation between hardware and control plane

SynchE is transported in OTN frames

SynchE is a layer 2 - link layer

The stability of the recovered frequency depends on the network load

SynchE must be supported at all intermediate nodes on the synchronization path

SynchE is transported in OTN frames

Network support of Interworking without N26

Periodic Registration Update timer

Network support of Interworking without N26

Enables dynamic traffic engineering services

Network virtualization in data centers

Enables dynamic traffic engineering services

Segment routing-traffic engineering

Exposes the full topology to the SON Controller

NSA allows 5G NR deployment while retaining the AG core.

NSA enables low latency 5G end-to-end flow.

NSA restricts 5G throughput to 3 times that of 4G.

NSA requires half the required control plane signals.

NSA allows 5G NR deployment while retaining the AG core.

Home-routed Roaming Architecture

ITE-bypass Roaming Architecture

Local Break-out Roaming Architecture

Single mode fibers need to be swapped by multi-mode fibers.

Dedicated developed fibers for 25G speeds need to be deployed.

Don't worry, your fiber assets are future proof, no swap is needed.

Fill In the blank with the best answer from the available choices. One of the fronthaul solutions is____________which is defined by IEEE 802.1CM.

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