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| Section | Weight | Objectives |
|---|---|---|
| 5G Radio Network Planning | 10% | - Link budget calculation - Interference analysis and mitigation - Coverage and capacity planning - Parameter planning and configuration |
| 5G Radio Network Optimization | 20% | - Drive test and signaling tracing - Performance indicator analysis - Fault diagnosis and troubleshooting - Coverage, capacity, and quality optimization |
| 5G Industry Applications & Private Network Solutions | 5% | - Private 5G network requirements and design - Vertical industry scenarios and KPI requirements |
| 5G Radio Network In-depth Principles | 30% | - 5G spectrum and frame structure - 5G NR protocol stack and signaling procedures - 5G NR air interface fundamentals - Massive MIMO and beamforming principles |
| 5G RAN Feature Application | 35% | - Power control and load balancing - Mobility management and handover optimization - Energy saving and coverage enhancement features - Carrier aggregation and dual connectivity |
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NEW QUESTION # 55
Which of the following parameters determines the PRACH time-domain position?
Answer: A
NEW QUESTION # 56
Which TA offsets may be configured for a 5G network operating in n41?
Select All that Apply
Answer: B,C
Explanation:
Options B and C are correct because the standardized Timing Advance (TA) offset values applicable to an NR Frequency Range 1 (FR1) Time Division Duplex (TDD) deployment include 25600 T_c and 39936 T_c, depending on the coexistence scenario.
NR band n41 operates in FR1 using TDD.
Timing Advance enables the UE to adjust uplink transmission timing so that signals from different UEs arrive at the gNodeB within the required timing alignment.
In NR, the effective uplink timing relationship includes a timing-advance offset represented by N_TA,offset.
According to the standardized timing requirements:
Option B - 25600 T_c: This value applies to FR1 TDD operation without the relevant LTE-NR coexistence requirements. It is also the default FR1 offset in applicable configurations when no explicit n- TimingAdvanceOffset is provided.
Option C - 39936 T_c: This value applies to FR1 TDD operation involving LTE-NR coexistence.
Option A - 0 T_c: This value is associated with the specified FR1 FDD coexistence case, not the normal n41 TDD configurations represented by this question.
Option D - 51200 T_c: This is not one of the applicable standardized NR timing-advance offset values.
Therefore, B and C are correct.
Official Reference: 3GPP TS 38.533, Section 4.4.1.0.1, Table 4.4.1.0.1-2, Timing Advance Offset Values ; TS 38.213, Section 4.2, Transmission Timing Adjustments .
NEW QUESTION # 57
Which of the following parameters relate to open-loop power control for PUCCH power control?
Select All that Apply
Answer: A,B,D
Explanation:
Options A, B, and C are the intended answers because the 5G NR Physical Uplink Control Channel (PUCCH) transmit-power calculation depends on subcarrier spacing, allocated radio resources, and format-dependent control-information characteristics.
PUCCH carries Uplink Control Information (UCI), including HARQ acknowledgments, Scheduling Requests (SR), and Channel State Information (CSI).
PUCCH power control combines open-loop parameters with dynamically accumulated closed-loop Transmit Power Control (TPC) adjustments.
The open-loop component establishes a transmission-power baseline using configured power offsets, downlink path-loss estimation, and the transmission-resource configuration.
Option A - PUCCH SCS: Subcarrier spacing contributes to the bandwidth-dependent term of the PUCCH transmit-power formula.
Option B - UCI format: The intended concept concerns PUCCH format and UCI payload-dependent adjustments. Different PUCCH formats have different symbol structures, payload capacities, and associated power-adjustment requirements.
Option C - Number of RBs: The allocated PUCCH Resource Blocks affect transmission bandwidth and the corresponding power calculation.
Option D - PUCCH MCS: Unlike PUSCH, PUCCH power control does not use a conventional PUCCH MCS index as an independent open-loop power-control parameter.
Consequently, options A, B, and C correctly identify the relevant factors in the intended examination context.
Official Reference: 3GPP TS 38.213, Section 7.2.1, PUCCH Transmit Power ; TS 38.331, PUCCH- PowerControl Configuration .
Technical warning / qualification: The original option B states UCI format . The standards use the more precise concepts of PUCCH format and UCI payload-dependent adjustments. For technical accuracy, this option should be revised before publication. The original wording has been preserved above.
NEW QUESTION # 58
How many narrow beams are transmitted when the 4:1 slot configuration and 30-kHz subcarrier spacing are used, the SSB pattern is case C, and the maximum number of SSBs is 8?
Answer: B
Explanation:
The expected answer is eight narrow beams because the described configuration permits up to eight Synchronization Signal/PBCH Blocks (SSBs) within an applicable SSB burst set.
In 5G NR, beam sweeping enables the gNodeB to transmit synchronization information in different spatial directions, allowing UEs to identify suitable beams during cell search and initial access.
An SSB contains the Primary Synchronization Signal (PSS), Secondary Synchronization Signal (SSS), Physical Broadcast Channel (PBCH), and associated demodulation reference signals.
SSB pattern Case C uses 30 kHz subcarrier spacing and specifies candidate SSB transmission locations within the applicable half-frame.
For a configuration supporting a maximum of eight SSBs, the network can associate eight transmitted SSBs with eight distinct beam directions.
The specified 4:1 TDD slot configuration influences the available downlink transmission occasions, while the SSB pattern defines the candidate synchronization-block positions.
When all eight candidate SSB positions are configured for transmission, the gNodeB can sweep eight narrow beams during the SSB burst set.
However, the maximum supported SSB count and the number actually transmitted are not necessarily identical. The network can configure a smaller active subset.
Therefore, eight is the intended answer under the assumption that all eight SSB positions are enabled.
Official Reference: 3GPP TS 38.213, Section 4.1, Cell Search and SS/PBCH Block Candidate Positions ; TS
38.211, Section 7.4.3, SS/PBCH Block Structure .
Technical warning / qualification: The question specifies a maximum of eight SSBs but does not explicitly state that all eight are transmitted. The correct choice is A under the intended full-beam configuration.
NEW QUESTION # 59
Which of the following channels or signals uses the same transmit power as the PUSCH?
Answer: A
Explanation:
In NR, SRS is transmitted by the UE to provide uplink channel-sounding information for scheduling, channel estimation, beam management, and MIMO-related procedures.
The SRS transmission-power calculation follows the uplink power-control principles specified in 3GPP TS
38.213.
These principles include configured target-power parameters, transmission bandwidth, estimated path loss, path-loss compensation, and applicable closed-loop adjustments.
Under certain configurations, SRS may share a power-control adjustment state with PUSCH. Under other configurations, separate adjustment states and SRS-specific parameters are used.
Consequently, SRS transmission power is related to the PUSCH power-control mechanism but is not necessarily numerically identical to PUSCH transmit power .
PRACH has its own random-access transmit-power and power-ramping procedures.
PUCCH uses a separate uplink power-control calculation, while PDSCH is a downlink physical channel.
The intended comparison therefore points toward SRS, represented incorrectly as SRC in the original choices.
Official Reference: 3GPP TS 38.213, Sections 7.1 and 7.3, PUSCH and SRS Transmit Power Control .
Technical warning / qualification: Replace option C, SRC , with SRS . The question should also state uses a related power-control mechanism rather than uses the same transmit power , because the latter is not universally correct.
NEW QUESTION # 60
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