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

Section	Weight	Objectives
Radio Network Performance Monitoring	20-25%	- Performance monitoring tools and dashboards - Threshold configuration and alerting - Performance data collection and analysis - KPI definition and measurement - Real-time network monitoring techniques
SRAN Architecture and Fundamentals	15-20%	- SRAN network architecture overview - SRAN solution components and functions - Radio access concepts and principles - Single RAN integration principles
SRAN Optimization Tools and Reports	10-15%	- Automated optimization features - Report generation and interpretation - Configuration management for optimization - Nokia NetAct and performance tools
Performance Troubleshooting	20-25%	- Network failure identification and resolution - Common performance issues diagnosis - Troubleshooting tools utilization - Root cause analysis methodologies - Optimization case studies
Radio Network Optimization Techniques	25-30%	- Coverage optimization methods - Parameter tuning best practices - Interference analysis and mitigation - Handover optimization - Capacity optimization strategies - Load balancing techniques

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Nokia MN: NCSS NPS - SRAN Radio Network Performance Optimization Certification Exam | GS40-NPS-SRPER-E-S03-2510 Sample Questions (Q18-Q23):

NEW QUESTION # 18
Evaluate the impact of extended FR2 cell range on power consumption.

A. It decreases power consumption due to better radio conditions.
B. It reduces power consumption by optimizing beamforming.
C. It has no impact on power consumption.
D. It increases power consumption because UEs need more energy to transmit uplink signals.

Answer: D

Explanation:
The correct answer is C .
In FR2/mmWave , uplink coverage is often the limiting factor because UE transmit power is much lower than gNodeB transmit power, and mmWave propagation suffers from high path loss and blockage. Ericsson's mmWave coverage discussion also notes that high-band coverage is limited by uplink signal quality and high- band propagation characteristics.
When the FR2 cell range is extended, UEs farther from the serving cell must transmit uplink signals over a more difficult radio path. This usually requires higher UE transmit power, more robust MCS, more repetitions or retransmissions, and potentially longer uplink activity. As a result, UE battery consumption can increase.
Therefore, extended FR2 range generally:
Increases power consumption because UEs need more energy to transmit uplink signals.

NEW QUESTION # 19
Which of the following statements does not apply to mmWave radio propagation ?

A. Building penetration losses at mmWave frequencies can prevent practical outdoor-to-indoor coverage solutions.
B. Water absorption is low at high frequencies.
C. Foliage and vegetation attenuation is high.
D. Diffraction loss increases with frequency.

Answer: B

Explanation:
The correct answer is C .
At mmWave / FR2 frequencies , radio propagation is more challenging than in low-band or mid-band spectrum. Diffraction becomes weaker, blockage is more severe, foliage attenuation is high, and building penetration loss is significant. This is why mmWave networks usually require dense site grids, line-of-sight or near-line-of-sight paths, and strong beamforming. Industry mmWave references consistently describe high path loss, high penetration loss, and the need for directional antenna systems to compensate for these losses.
Option C does not apply because water absorption and atmospheric absorption generally become more relevant at higher frequencies, not lower. Rain, humidity, and oxygen/water-vapor absorption are important considerations for mmWave link budgets.
So the statement that does not apply to mmWave propagation is:
Low water absorption at high frequencies.

NEW QUESTION # 20
When selecting an LTE anchor layer for EN-DC , why is it important to check 3GPP band combinations ?

A. To reduce the number of BTS neighbors required for 5G integration
B. To guarantee dual-uplink transmission support for all UE models
C. To avoid configuring LTE with higher bandwidths
D. To ensure that LTE and NR bands are compatible and allowed as EN-DC pairs

Answer: D

Explanation:
The correct answer is B .
In 5G NSA EN-DC , the UE connects to LTE as the Master Cell Group , or anchor, and NR as the Secondary Cell Group . Not every LTE band can be paired with every NR band. The supported LTE-NR combinations are defined by 3GPP band-combination rules and must also be supported by the UE chipset and device capability.
For example, an operator may have LTE Band 3, Band 7, or Band 20 and NR n78, but only certain LTE-NR combinations may be valid for EN-DC. If the selected LTE anchor band is not supported in combination with the NR band, the UE will not be able to establish EN-DC even if LTE and NR coverage both exist.
Option C is not correct because dual-uplink support depends on UE capability and specific band-combination support; it cannot be guaranteed for all UE models. Option A and D are unrelated to the main purpose of checking 3GPP band combinations.
So the correct reason is:
To ensure that LTE and NR bands are compatible and allowed as EN-DC pairs.

NEW QUESTION # 21
In the case of 5G SA, which of the following triggers the Radio Link Failure, or RLF, handling mechanism?

A. None of the above
B. gNodeB indication timer only
C. gNodeB and UE indication timer
D. UE indication timer only

Answer: D

Explanation:
The correct answer is C.
In 5G SA, Radio Link Failure handling is mainly UE-driven. The UE monitors the radio link quality using lower-layer indications such as in-sync and out-of-sync indications. If the UE receives enough out-of-sync indications, it starts the relevant RLF timer, commonly associated with T310 behavior. If the link does not recover before the timer expires, the UE declares Radio Link Failure and starts recovery, such as RRC re- establishment.
The gNodeB can detect uplink problems and may release or reconfigure the UE, but the classical RLF handling mechanism is triggered at the UE side.
So the correct answer is:
UE indication timer only.

NEW QUESTION # 22
Which of the following statements about CBRA , or contention-based random access , is correct?

A. 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.
B. 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.
C. 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.
D. 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.

Answer: C

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 # 23
......

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