Nokia 5G RAN Network Operations Expert - NRN-522무료 덤프문제 풀어보기

A. Ignore the trend since no active alarms are present

B. Flag the cell for capacity planning review, as the trend suggests the cell may require additional capacity to maintain performance

C. Reduce the cell's transmit power to discourage new connections

D. Immediately lock the cell to prevent further load increase

A. (Total time the cell was in service / total time in the period) x 100 - reflects how much of the period the cell was able to carry traffic

B. (Total active alarms / total cleared alarms) x 100 - reflects fault management efficiency

C. (Total successful handovers / total handover attempts) x 100 - reflects mobility performance

D. (Total downlink throughput / total uplink throughput) x 100 - reflects traffic balance

A. Cell Physical Cell Identity (PCI) configuration

B. IP connectivity/transport link between NetAct and the site (routing, firewall, backhaul status)

C. RF unit VSWR readings

D. Antenna electrical tilt settings

A. A requirement that only one mobile operator can ever use the equipment

B. A type of SIM card used for testing

C. A common baseband hardware platform that can support 2G, 3G, 4G, and 5G simultaneously via software configuration

D. A restriction allowing only one antenna per site

A. These alarms are unrelated to the site and can be safely ignored

B. NetAct has a software defect that always duplicates alarms across cells

C. A shared resource serving all those cells - such as the transport link, power supply, System Module, or synchronization source - has failed

D. Each cell independently and coincidentally developed an unrelated hardware fault at exactly the same moment

A. The configuration of neighboring cells

B. NetAct user account permissions

C. A software licensing issue on the base station

D. The site's AC-to-DC power supply system feeding the equipment

A. NetAct software license utilization

B. Software version compliance across the network

C. The integrity of configuration backup files

D. Mobility performance - how successfully UEs transfer between cells

A. NetAct can only display one alarm per base station at a time

B. The two alarms are unrelated and must be investigated as two separate independent faults

C. The RF unit communication failure is the likely root cause, and the cell out of service alarm is a resulting symptom alarm

D. The cell out of service alarm is always the cause of hardware failures

A. It defines the physical cabling diagram for a base station site

B. It defines the structured hierarchy of configurable objects (such as network elements, cells, and their parameters) that configuration management tools operate on

C. It is a list of all active and historical alarms for a network element

D. It is the software package used to upgrade base station firmware

A. Verify that the TMA has the same weight as the unit it replaced

B. Verify that the cell's PLMN ID has changed to reflect the new TMA

C. Verify that the TMA is detected on the AISG bus and that its gain and bias settings are read correctly and align with the expected configuration for that antenna line

D. Verify that the TMA's external housing matches the color of the antenna