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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: 5G Radio Network Basics | 20% | - 5G Network Architecture and Interface - 5G Overview - Overview of 5G Basic Signaling Process - 5G Physical Layer |
| Topic 2: 5G Network Planning Basics | 20% | - 5G Wireless Network Coverage and Capacity Estimation - 5G Site Solution Overview - 5G Site Survey and Planning |
| Topic 3: 5G Network Testing and Optimization | 30% | - Analysis of 5G Radio Network Coverage Problems - 5G Network Test and Problem Analysis - Radio Network Performance Management Basics |
| Topic 4: 5G Base Station Basic Operation | 10% | - 5G Base Station Basic Operation - Huawei 5G Base Station Product Overview |
| Topic 5: 5G Radio Network Basic Feature | 20% | - NSA Networking Based on EPC Feature - Uplink Fallback to LTE - 5G NR Scheduling Feature - 5G NR Power Control Feature - 5G NR Mobility Management Feature - 5G MIMO Feature |
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NEW QUESTION # 62
In order to achieve ideal coverage, what is the clearance requirement around an antenna?
Answer: A
Explanation:
Explanation
In order to achieve ideal coverage, there should be a clearance zone around an antenna of at least d, where d is the Fraunhofer or Rayleigh distance at which the near/far-field transition zone exists 17. This distance depends on the largest dimension of the antenna, D, and the operating wavelength, \uF06C. Ideally, D should be at least a half of a wavelength, which gives a minimum clearance zone of a half-wavelength. For example, at 2.4 GHz, the wavelength is about 0.125 m, so the minimum clearance zone is about 0.0625 m. However, in practical situations, this clearance zone is often compromised and the effects must be determined through simulation or empirical measurement 18. A general guideline is to have a clearance zone of 5-10 m around an antenna to avoid significant degradation of performance 19. Therefore, the best answer is C.
NEW QUESTION # 63
Handover execution failures can use the counters to collect failure reasons in SA networking.
Answer: B
Explanation:
According to the HCIA-5G V2.0 Exam Outline , handover execution failures can use the counters to collect failure reasons in SA networking, which corresponds to option A. The counters include N.HO.Exec.Fail.RadioResFail, N.HO.Exec.Fail.TAExceed,
N.HO.Exec.Fail.NoRespFromUE, and N.HO.Exec.Fail.Other.
NEW QUESTION # 64
As long as the SSB frequency or SCS between the serving cell and the neighboring cell is different, the terminal's measurement of the neighboring cell is an inter-frequency measurement.
Answer: B
Explanation:
If either the Synchronization Signal Block (SSB) frequency or the Subcarrier Spacing (SCS) differs, the measurement is treated as an inter-frequency measurement.
NEW QUESTION # 65
In a Huawei base station, which of the following bearers can only be configured as an MCG bearer?
Answer: D
Explanation:
According to the LTE-NR tight-interworking and the first steps to 5G , in a Huawei base station, QCI2 can only be configured as an MCG (Master Cell Group) bearer. QCI2 is a voice bearer that requires low latency and high reliability. Therefore, it cannot be configured as an SCG (Secondary Cell Group) bearer or a split bearer that may introduce additional delay or packet loss. QCI6, QCI9, and QQ1 can be configured as either MCG bearers, SCG bearers, or split bearers depending on the service requirements and network conditions.
NEW QUESTION # 66
In SA networking, which of the following is the first step for a UE to perform a cell search?
Answer: B
Explanation:
Explanation
According to the 5G SA Cell Search & Network Entry Matrix, the first step for a UE to perform a cell search in SA networking is to synchronize frames and obtain PCI group number. This step involves the following sub-steps:
The UE scans the available frequency range to detect the presence of Synchronization Signal Blocks (SSBs) from different base stations. SSBs are periodic signals that contain essential synchronization and system information for cell search and initial access.
The UE selects an SSB with the strongest signal strength and decodes its Primary Synchronization Signal (PSS) and Secondary Synchronization Signal (SSS). The PSS and SSS are part of the SSB and provide coarse timing synchronization and cell identity information.
The UE uses the PSS and SSS information to synchronize its internal clock with that of the base station and obtain the Physical Cell Identity (PCI) group number. The PCI group number is a 9-bit value that identifies a group of 8 cells that share the same PSS and SSS sequences. The PCI group number ranges from 0 to 1007.
The other steps for a UE to perform a cell search in SA networking are:
Synchronize half-frames and obtain the ID within a PCI group: The UE further synchronizes its timing with the base station by decoding its Narrowband Synchronization Signal (NSSS), which is also part of the SSB. The NSSS provides more precise timing information and the ID within a PCI group, which is a
3-bit value that identifies a specific cell within a PCI group. The ID within a PCI group ranges from 0 to
7. By combining the PCI group number and the ID within a PCI group, the UE can obtain the full PCI, which is a 10-bit value that uniquely identifies a cell.
Obtain other cell information: The UE decodes other signals and channels in the SSB to acquire other cell information, such as system bandwidth, subcarrier spacing, frame structure, etc. These signals and channels include Demodulation Reference Signals (DMRS), Master Information Block (MIB), System Information Block (SIB), etc.
Obtain the cell signal quality: The UE measures the cell signal quality based on various indicators, such as Reference Signal Received Power (RSRP), Reference Signal Received Quality (RSRQ), Signal-to-Interference-plus-Noise Ratio (SINR), etc. These indicators reflect the strength, quality, and interference level of the received signal.
NEW QUESTION # 67
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