SRAN-Radio-Network-Performance-Optimization Valid Real Exam & SRAN-Radio-Network-Performance-Optimization Free Study Material

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Nokia SRAN-Radio-Network-Performance-Optimization Exam Syllabus Topics:

Section	Weight	Objectives
Advanced Optimization and SON Features	10%	- Energy saving and advanced features - Self-Organizing Networks (SON) use cases and optimization
Coverage and Capacity Optimization	30%	- Coverage analysis, tuning and optimization - Capacity planning, load balancing and optimization - Interference analysis and mitigation techniques
Mobility and Handover Optimization	20%	- Handover parameters and algorithms - Inter-RAT mobility and optimization - Mobility robustness and optimization
Quality of Service and Resource Management	15%	- QoS parameters, scheduling and admission control - Radio resource management and optimization
SRAN Performance Optimization Fundamentals	25%	- Key performance indicators (KPIs) definition and measurement - Performance optimization principles and methodology - Network performance monitoring and analysis tools

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Nokia MN: NCSS NPS - SRAN Radio Network Performance Optimization Certification Exam | GS40-NPS-SRPER-E-S03-2510 Sample Questions (Q10-Q15):

NEW QUESTION # 10
Which of the following best describes one of the primary purposes of the Coverage and Quality use case?

A. To identify problem areas such as low coverage or high interference
B. To replace the Kronos parser during troubleshooting
C. To convert LCBIN files to CSV files for analysis
D. To configure the VPN tunnel for secure data transfer

Answer: A

Explanation:
The correct answer is B .
The Coverage and Quality use case is used in network planning and optimization to identify RF problem areas. These may include:
Low RSRP or weak coverage areas
Poor SINR or low radio quality areas
High interference zones
Overshooting cells
Coverage holes
Areas where users experience poor throughput or poor accessibility
This type of use case helps NPO engineers prioritize optimization actions such as antenna tilt changes, azimuth changes, parameter tuning, neighbor optimization, power adjustment, or site expansion.
The other options are not the primary purpose:
VPN tunnel configuration is a connectivity/security task.
LCBIN-to-CSV conversion is a data processing task.
Replacing the Kronos parser is a tool-chain or troubleshooting function, not the main purpose of coverage and quality analysis.
So the best answer is:
To identify problem areas such as low coverage or high interference.

NEW QUESTION # 11
Evaluate the impact of using MantaRay SON's centralized PCI optimization module compared to distributed SON implementations.

A. Distributed SON implementations provide better optimization benefits.
B. Centralized PCI optimization can identify and resolve PCI issues across multi-vendor networks.
C. Centralized PCI optimization offers less visibility into network configuration.
D. Distributed SON implementations are more effective in handling multi-vendor networks.

Answer: B

Explanation:
The correct answer is C .
A centralized SON approach has broader network-level visibility than a purely distributed implementation.
For PCI optimization , this is important because PCI conflicts, PCI confusion, and neighbor-related PCI issues are not always local to one cell. They may involve several neighboring cells, multiple layers, and sometimes multiple vendors.
Nokia positions MantaRay SON as a centralized, AI-powered network optimization and automation platform for improving RAN quality, efficiency, and customer experience. Nokia also describes MantaRay SON as supporting multi-supplier/non-real-time RIC functionality in the MantaRay SMO framework.
So compared with distributed SON, centralized PCI optimization can better analyze wider-area PCI relationships and resolve PCI problems across multi-vendor or multi-layer networks.
Therefore, the correct statement is:
Centralized PCI optimization can identify and resolve PCI issues across multi-vendor networks.

NEW QUESTION # 12
Which of the following statements about CBRA , or contention-based random access , is correct?

A. If the RACH procedure fails for an NSA UE, it reports the failure to the eNB via the 4G RRC connection, and the eNB informs the gNB via the X2 connection.
B. If the RACH preamble is not particularly robustly coded, there is a risk that random noise combines into something that the BTS receiver interprets as a valid preamble.
C. If there is already an existing connection, the gNB can instruct the UE to use a specific, dedicated preamble. Therefore, there is no risk of preamble collision, and contention resolution is not needed.
D. If there is no existing connection between the UE and the RAN, the UE autonomously selects a preamble from the provided range and starts the access procedure.

Answer: D

Explanation:
The correct answer is B .
In contention-based random access , the UE chooses a random access preamble by itself from a configured pool of available contention-based preambles. This is typically used when the UE does not yet have a dedicated connection or when the network has not assigned a dedicated preamble.
Because multiple UEs may choose the same preamble at the same time, preamble collision is possible . That is why CBRA requires a contention resolution step.
Option C describes contention-free random access , not CBRA. In contention-free random access, the network assigns a dedicated preamble to the UE, so collision risk is avoided and contention resolution is not required.
Option A is not the correct CBRA principle being tested. RACH false detection can be a receiver/design issue, but it does not define the CBRA procedure.
Option D describes a possible NSA signaling behavior around access failure handling, but it is not the core correct definition of CBRA.
Therefore, the correct CBRA statement is:
The UE autonomously selects a preamble from the configured range and starts the random access procedure.

NEW QUESTION # 13
In a high-mobility network, the maximum cell size must be restricted to 33 km . Which PRACH format and restricted-set type should be used?

A. Format 2 / Unrestricted Type
B. Format 0 / Type B
C. Format 1 / Type A
D. Format 1 / Type B

Answer: D

NEW QUESTION # 14
In NR SA Option 2, the UE is camped on an SA serving cell. An IRAT handover is triggered for a multi-QCI call, QCI 1 and QCI 6, due to weak coverage of the serving cell. What will happen to both QCIs during the IRAT handover toward LTE?

A. The QCI 1 bearer, or voice call, will be released, while the QCI 6 data bearer will continue on LTE.
B. The QCI 1 bearer, or voice call, will continue on LTE, while the QCI 6 data bearer will be released.
C. The QCI 1 bearer, or voice call, and the QCI 6 data bearer will both continue on LTE.
D. IRAT handover is not supported in SA Option 2.

Answer: C

Explanation:
The correct answer is D.
In 5G SA Option 2, NR works independently with the 5G Core, but interworking with LTE/EPC can be supported for mobility continuity. When IRAT handover toward LTE is triggered due to weak NR coverage, the goal is to preserve the active services during mobility.
For a multi-QCI service:
QCI 1 normally represents the voice bearer, such as VoLTE/IMS voice continuity after movement to LTE.
QCI 6 normally represents a non-GBR data bearer.
During a supported IRAT handover from NR SA to LTE, both the voice bearer and data bearer can be transferred to LTE, assuming proper interworking, bearer mapping, and LTE coverage availability.
Option C is incorrect because IRAT mobility from NR SA to LTE is supported in properly configured networks. Option A is incorrect because the voice bearer is the most critical bearer to preserve. Option B is also not the best answer because the data bearer does not necessarily need to be released during IRAT handover.
Therefore, the expected result is:
Both QCI 1 voice and QCI 6 data continue on LTE.

NEW QUESTION # 15
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