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Huawei H35-581_V2.0 certification exam is intended for professionals who are already working in the telecommunications industry and have a solid understanding of 5G technologies. H35-581_V2.0 exam covers a range of topics, including 5G RAN architecture, 5G RAN planning, 5G RAN optimization, 5G RNO principles, and 5G network troubleshooting. H35-581_V2.0 exam also tests the candidate's ability to work with Huawei's various 5G RAN and RNO products and solutions.
Huawei H35-581_V2.0 Certification Exam is a comprehensive test of a candidateโs knowledge of 5G RAN technology. H35-581_V2.0 exam covers a wide range of topics, including 5G network architecture, 5G network planning and optimization, network performance, and network maintenance. Candidates who pass the exam will be able to demonstrate their expertise in 5G RAN technology and their ability to design, optimize and maintain 5G networks.
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Huawei H35-581_V2.0 (HCIP-5G-RNP&RNO V2.0) certification exam is an important test for those who are seeking to advance their careers in 5G technology. HCIP-5G-RNP&RNO V2.0 certification is designed to validate the skills and knowledge of professionals who are involved in the planning, design, deployment, optimization and maintenance of 5G radio access networks (RAN) and radio network optimization (RNO).
NEW QUESTION # 20
For type 0 allocation, bitmaps are used to map resources, and this is applicable to downlink scheduling with a small amount of data because the minimum scheduling unit for this type is one RBG.
Answer: B
Explanation:
The statement is false in the intended examination context because resource allocation type 0 uses Resource Block Group (RBG) granularity, which is generally coarser than the individual Resource Block (RB) allocation granularity available through type 1.
In NR downlink scheduling, the gNodeB allocates Physical Downlink Shared Channel (PDSCH) resources according to the configured frequency-domain resource-allocation method.
According to 3GPP TS 38.214, type 0 allocation uses a bitmap in which each bit indicates whether a corresponding RBG is assigned to the scheduled UE.
An RBG normally contains multiple consecutive RBs, with its nominal size determined by the Bandwidth Part (BWP) size and the configured RBG-size parameter.
For example, standardized nominal RBG sizes include 2, 4, 8, and 16 RBs.
Type 0 supports flexible selection of adjacent or nonadjacent RBGs, making it useful for scheduling across separated frequency-domain resources.
However, it may allocate more bandwidth than necessary when only a small amount of data must be transmitted.
Type 1 allocation identifies a starting RB and a contiguous allocation length, permitting finer control of the assigned resource quantity.
Therefore, type 0 is not inherently preferable for small-data scheduling merely because its minimum normal allocation is one RBG.
Official Reference: 3GPP TS 38.214, Sections 5.1.2.2.1 and 5.1.2.2.2, Downlink Resource Allocation Types
0 and 1 .
Technical warning / qualification: Type 0 is not prohibited for small packets. The incorrect part is the conclusion that RBG-level granularity makes it particularly suitable for small-data scheduling.
NEW QUESTION # 21
For the formula used to calculate PUSCH power during initial access, which statement about path loss (PL) is correct?
Answer: C
Explanation:
Who estimates it?
* The UE estimates the path loss ( ), not the gNodeB.
Uplink vs. Downlink:
* Because the UE does not know the uplink channel path loss directly prior to transmitting, it utilizes the channel reciprocity principle (or assumes average path loss symmetry).
* The UE calculates the downlink path loss ( ) by taking the difference between the transmitted reference signal power broadcasted by the network (ss-PBCH-BlockPower or CSI-RS power) and the measured received power (higher-layer filtered RSRP):
Usage:
* This estimated downlink path loss is then inserted into the open-loop power control formula to calculate the required uplink transmit power for PUSCH (including Msg3 during initial access).
NEW QUESTION # 22
Which of the following statements correctly compare LTE PCI with NR PCI?
Answer: B
Explanation:
Option B is correct because LTE PCI planning commonly aims to assign different PCI modulo-3 values to adjacent cells where practical, reducing collisions involving the Primary Synchronization Signal (PSS).
LTE defines 504 physical cell identities, calculated using the primary and secondary synchronization identity components.
The primary synchronization identity has three possible values, corresponding to PCI modulo 3.
When adjacent LTE cells use the same PCI modulo-3 value, their PSS sequences are identical. This can complicate synchronization detection and potentially degrade cell-search performance under certain interference conditions.
Option A is incorrect because LTE Cell-specific Reference Signal (CRS) frequency-domain positioning is associated with PCI modulo 6, rather than modulo 3.
Option C is incorrect because neither LTE nor NR universally mandates different PCI modulo-30 values for adjacent cells.
NR physical-layer planning involves additional considerations, including SSB identity configuration, reference-signal mapping, and beam-related interference.
Option D incorrectly describes the LTE PSS.
LTE uses a Zadoff-Chu-based PSS sequence containing 62 elements. By contrast, NR PSS uses a length-127 m-sequence.
Therefore, B is the correct statement, although PCI modulo-3 separation is a radio-planning recommendation rather than an absolute requirement for every pair of adjacent LTE cells.
Official Reference: 3GPP TS 36.211, Sections 6.10.1 and 6.11.1, LTE Reference Signals and PSS ; TS
38.211, Section 7.4.2, NR Synchronization Signals .
NEW QUESTION # 23
Which SSB pattern cases are supported by Huawei NR TDD base stations?
Select All that Apply
Answer: A,B,C
Explanation:
The intended answers are Case D, Case C, and Case A, corresponding to the SSB transmission patterns identified as supported by the Huawei NR TDD implementation described in the updated question bank.
In 5G NR, Synchronization Signal/PBCH Block (SSB) patterns define the candidate time-domain positions of synchronization blocks within an SSB burst set.
The patterns depend on the SSB subcarrier spacing, operating frequency range, and applicable radio-access configuration.
Case A uses 15 kHz subcarrier spacing and is defined for applicable FR1 operating bands.
Case C uses 30 kHz subcarrier spacing and supports configurations used in applicable low-frequency NR deployments, including TDD bands.
Case D uses 120 kHz subcarrier spacing and is associated with higher-frequency NR operation.
The source material identifies Cases A and C as supported for Huawei low-frequency TDD deployments and Case D for supported high-frequency TDD deployments.
Case B also uses 30 kHz subcarrier spacing and is a valid standardized SSB pattern. Its exclusion here reflects the intended Huawei product-support subset rather than a prohibition imposed by the NR specification.
Therefore, options B, C, and D are the intended answers.
Official Reference: 3GPP TS 38.213, Section 4.1, Cell Search and Candidate SS/PBCH Block Positions ; TS
38.101-1 and TS 38.101-2, applicable band and SSB numerology requirements.
Technical warning / qualification: This is a Huawei software-version-specific question. The standards confirm that Cases A, B, C, and D exist, but do not independently establish the supported subset for every Huawei TDD base-station release. The official Huawei 5G RAN Channel Management Feature Parameter Description for the relevant release is required for final vendor verification.
NEW QUESTION # 24
A single measurement counter of the gNodeB can be part of multiple measurement subsets.
Answer: B
Explanation:
The intended answer is True because a gNodeB measurement counter may be associated with multiple measurement subsets or groupings within a performance-management implementation.
Performance measurement is essential for evaluating NR radio-network quality, identifying faults, monitoring resource utilization, and supporting optimization decisions.
A measurement counter represents an individual statistical quantity, such as the number of connection attempts, handover failures, successfully transferred data units, or occupied radio resources.
Measurement subsets provide logical groupings through which selected counters are organized and collected for particular operational purposes.
For example, a counter recording handover failures may contribute to a mobility-performance measurement subset and also be included in a broader service-quality measurement grouping.
This arrangement allows the same underlying statistical quantity to support different performance-analysis activities without requiring the network element to maintain entirely unrelated measurements for each report.
The counter's identity and measurement definition remain unchanged, even when it is referenced through several logical groupings.
However, the concepts of measurement counter, measurement subset, measurement job, and performance report must be distinguished. Their exact relationships depend on the performance-management data model and vendor implementation.
The updated question bank explicitly identifies this statement as true.
Official Reference: 3GPP TS 28.552, 5G Performance Measurements ; TS 28.550, Performance Management - Concepts and Requirements .
Technical warning / qualification: These standards establish 5G performance-measurement concepts, but the precise Huawei rule allowing one counter to belong to multiple measurement subsets has not been independently verified against the Huawei counter-configuration documentation.
NEW QUESTION # 25
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