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Huawei H35-560 Exam - Topic 2 Question 84 Discussion

Actual exam question for Huawei's H35-560 exam
Question #: 84
Topic #: 2
[All H35-560 Questions]

Which of the following factors affect the theoretical peak of LTE cells? (multiple choice)

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Suggested Answer: A, B, C

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Chara
2 months ago
MIMO model is crucial, no doubt!
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Sheridan
2 months ago
Definitely B and C!
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Bernadine
3 months ago
I thought community bandwidth was the main one!
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Garry
3 months ago
Wait, is UE ability really a factor?
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Brittni
3 months ago
Affects peak throughput for sure!
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Sean
3 months ago
I practiced a similar question, and I think A, B, and C are all correct, but I’m hesitant about D.
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Kathrine
4 months ago
MIMO models seem important too, but I can't recall if they directly impact the theoretical peak.
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Joni
4 months ago
I remember something about modulation schemes affecting throughput, so I’d go with B for sure.
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Maybelle
4 months ago
I think community bandwidth is definitely a factor, but I'm not sure about UE ability.
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Meghann
4 months ago
Wait, I'm confused. I thought the UE ability was also a factor that affects the theoretical peak. Maybe I'm misremembering that. I better double-check my notes before answering this one.
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Deonna
4 months ago
Okay, I've got this. The key factors that affect the theoretical peak of LTE cells are community bandwidth, modulation (MCS), and MIMO model. The UE ability doesn't directly impact the theoretical peak. I'll select those three options.
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Tu
5 months ago
Hmm, I'm a bit unsure about this one. I know community bandwidth and modulation (MCS) are important factors, but I'm not sure about the MIMO model and UE ability. I'll have to think this through more.
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Leonor
5 months ago
This looks like a straightforward multiple choice question on LTE cell factors. I'll review the options carefully and select the ones that I'm confident are correct.
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Glory
7 months ago
Hey, where's the option for 'all of the above'? I feel like I'm missing out on the full LTE experience here.
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Eladia
5 months ago
Sorry, the options are limited to these factors.
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Simona
5 months ago
D) UEability
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Aja
5 months ago
C) MIMOmodel
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Latrice
6 months ago
B) Modulation(MCS)
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Karl
7 months ago
A) Communitybandwidth
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Van
7 months ago
D) UE ability? What is this, a trivia about superheroes? I'm pretty sure that's not a factor for LTE cell performance.
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Evette
7 months ago
D) UE ability
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Edelmira
7 months ago
D) UE ability
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Felix
8 months ago
I believe UE ability also affects the theoretical peak of LTE cells, as it determines the device's capability to connect to the network efficiently.
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Louis
8 months ago
I agree with Jade, MIMO model plays a significant role in LTE cell performance.
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Carlota
8 months ago
I think A) Community bandwidth is important too. The more the merrier, am I right? Gotta love those high-speed connections!
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Geoffrey
8 months ago
C) MIMO model is crucial for determining the theoretical peak. It's like the engine of an LTE cell, you know?
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Jade
8 months ago
I think the MIMO model affects the theoretical peak of LTE cells.
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Tiera
8 months ago
B) Modulation(MCS) is definitely a key factor that affects the theoretical peak of LTE cells. I'm sure about that one.
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Caitlin
7 months ago
B) Modulation (MCS) is crucial for optimizing the peak performance of LTE cells.
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Javier
7 months ago
D) UE ability is important for achieving the maximum potential of LTE cells.
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Theodora
7 months ago
C) MIMO model is another factor that can impact the peak performance of LTE cells.
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Josphine
8 months ago
A) Community bandwidth also plays a role in the theoretical peak of LTE cells.
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Agustin
8 months ago
D) UE ability is important for achieving the maximum potential of LTE cells.
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Jame
8 months ago
C) MIMO model is another factor that can impact the peak performance of LTE cells.
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Gerald
8 months ago
A) Community bandwidth also plays a role in the theoretical peak of LTE cells.
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