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Huawei H35-560 Exam - Topic 4 Question 86 Discussion

Which of the following descriptions are correct for cross-zone coverage? (Multiple choice)
A) Over-area coverage may form 'islands', leading to dropped calls and B) Cross-area coverage may cause UE transmit power limitation, causing access failure and C) Cross-area coverage may result in unbalanced load between the cross-covered base station and surrounding base stations, resulting in low resource utilization of surrounding base stations
D) For LTE, cross-area coverage will not cause interference to its neighboring cells

Huawei H35-560 Exam - Topic 4 Question 86 Discussion

Actual exam question for Huawei's H35-560 exam
Question #: 86
Topic #: 4
[All H35-560 Questions]

Which of the following descriptions are correct for cross-zone coverage? (Multiple choice)

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Suggested Answer: A, B, C

by Luis at Jul 14, 2025, 08:25 AM

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Audry
9 months ago
I agree with C, unbalanced load is a common problem.
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Stephen
9 months ago
B seems spot on, power issues can really mess things up.
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Curtis
10 months ago
D? Really? I thought LTE always had some interference issues.
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Glendora
10 months ago
C is a valid point, load balancing is crucial.
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Glynda
10 months ago
A is definitely true, I've seen it happen.
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Marica
10 months ago
I’m pretty sure that for LTE, cross-area coverage does cause interference, so option D seems incorrect to me.
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Lavonna
11 months ago
I practiced a similar question, and I feel like unbalanced load between base stations is definitely a concern in cross-area coverage.
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Lore
11 months ago
I think cross-area coverage can lead to UE transmit power issues, but I can't recall the exact details.
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Elza
11 months ago
I remember something about how over-area coverage can create 'islands', but I'm not sure if that's the right term for it.
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Sharika
11 months ago
Wait, is option D correct? I'm not sure if that's true for LTE networks. I better double-check my understanding before answering.
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Skye
11 months ago
Okay, I remember learning about this in class. I think options A, B, and C all sound like valid descriptions of cross-zone coverage issues. I'll select those.
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Cordelia
12 months ago
Hmm, I'm a bit unsure about this one. The concepts of cross-zone coverage and its potential impacts seem tricky. I'll need to think it through carefully.
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Crista
12 months ago
This question seems straightforward, I think I can handle it. I'll carefully read through each option and select the ones that sound correct.
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Marshall
1 year ago
I believe A, C, and D are correct. Cross-zone coverage can indeed lead to unbalanced load and interference.
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Margurite
1 year ago
I'm not sure about D, but I think B is definitely incorrect.
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Quinn
1 year ago
I agree with Alecia, but I also think D is correct.
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Tammi
1 year ago
Haha, the exam writer must be a comedian. 'Cross-area coverage will not cause interference'? Good one!
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Judy
1 year ago
A) Over-area coverage may form 'islands', leading to dropped calls
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Yuette
1 year ago
As an expert in radio interference, I can tell you that D is definitely not correct. Cross-coverage is a recipe for a cellular train wreck!
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Pamella
1 year ago
I wonder if the exam writer is just trying to trick us with that D option. Gotta be careful with these multiple-choice traps!
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Jillian
1 year ago
Hmm, D seems a bit too good to be true. Cross-coverage is bound to cause some interference, right?
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Reta
1 year ago
User 3: C) Cross-area coverage may result in unbalanced load between the cross-covered base station and surrounding base stations, resulting in low resource utilization of surrounding base stations
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Gilberto
1 year ago
User 2: B) Cross-area coverage may cause UE transmit power limitation, causing access failure
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Glendora
1 year ago
User 1: A) Over-area coverage may form 'islands', leading to dropped calls
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Alecia
1 year ago
I think A and C are correct.
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Nieves
1 year ago
Options A, B, and C sound like valid concerns for cross-zone coverage. I'd go with those.
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Twana
1 year ago
Yes, those options highlight the potential issues that can arise with cross-zone coverage.
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Earlean
1 year ago
I agree, options A, B, and C seem to be the most relevant for cross-zone coverage.
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