5G RAN

The figure above show

• 5G SA

• 5G NR

• LTE-NR Carrier Aggregation

• EN-DC

mmWv deployment scenarios can be use for the following, except

• Nationwide 5G Coverage

• FWA with advance CPE

• Hotspots

• Private Network with Indoor Coverage

Which one is not include on the benefit of combining 5G NR with LTE at existing sites

• Improve downlink rate both indoor and outdoor

• the performance of LTE will improve significantly

• increased downlink capacity

• provide significant performance boost

Which one from statement below is the correct characteristic for 5G NSA option 3X EN-DC

• S1-C can be terminated both at MCG or SCG

• S1-U only can be terminated at SCG

• S1-C only can be terminated at MCG

• S1-C only can be terminated at SCG

Some of the 5G NSA KPIs can be negatively impacted by poor 4G performance. Which one is the correct statement for the prerequisite a LTE site can be used as anchor in EN-DC configuration?

• Low traffic on user plane

• Sufficient capacity on control plane

• high traffic on user plane

• high latency

What is the benefit of 5G NR SA if compared with 5G NR NSA?

• requires a new advance 5G Core

• the easiest method for 5G deployment

• reduced signaling

• More complex RAN architecture

Which from the following scenario that can't be used as voice solution for 5G NR?

• VoLTE for EN-DC

• VoNR for SA

• EPS Fallback

• CSFB

Ericsson solution is TCO efficient due to the following, except?

• Require new radio for Midband

• ERS Radio can be used for Low Band NR

• BB 52xx/66xx/63xx can be reused

• ESS can be deployed on existing LTE site

By seeing the building characteristic above, the best AAS used for the site is?

• 16T16R

• 64T64R

• 32T32R

• 4T4R

An operator has BB66xx and Radio 22xx on their existing site. Recently they buy additional AIR64xx and new BB66xx for 5G NR. Which the following scenario is possible to be deployed at the site?

• 5G SA Midband

• 5G NSA Highband

• 5G NSA Midband with ESS

• 5G NSA Lowband