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Huawei H35-460 Exam - Topic 1 Question 35 Discussion

Actual exam question for Huawei's H35-460 exam
Question #: 35
Topic #: 1
[All H35-460 Questions]

How did 4G Lampsite achieve "no point increase" when transforming the NR room into a 3.5Ghz NR room?

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Suggested Answer: D

by Levi at Jul 06, 2024, 12:05 PM

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Major
3 months ago
Not convinced that "no point increase" is possible with all these changes.
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Trinidad
3 months ago
The 4T4R setup is a game changer for sure!
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Aracelis
3 months ago
Wait, how does increasing pRRU power not affect the point increase?
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Levi
4 months ago
Totally agree, that makes sense!
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Berry
4 months ago
I heard the attenuation with fiber is really low.
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Stephaine
4 months ago
I feel like the 4T4R configuration was mentioned in our lectures, but I'm not confident it relates to the "no point increase" concept.
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Luz
4 months ago
Increased gain of the pRRU antenna sounds familiar, but I can't recall if it directly affects the point increase.
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Silvana
4 months ago
I think I came across a similar question about pRRU transmit power in our practice tests. Could it be related to that?
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Bronwyn
5 months ago
I remember studying how fiber optics can reduce attenuation, but I'm not sure if that's the main reason for the "no point increase."
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Sueann
5 months ago
I'm a bit confused by this question. The options seem quite technical, and I'm not sure I fully understand the implications of each choice. I'll need to review my notes and try to break down the key concepts.
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Dean
5 months ago
Okay, let's see. The attenuation with fiber is minimal, so that's not the answer. The pRRU transmit power increasing or the antenna gain increasing could both be possibilities. I'll need to consider the details more closely.
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Elina
5 months ago
Hmm, this seems like a tricky one. I'll need to think carefully about the factors that could impact the transmit power and antenna gain when transforming the room.
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Ronny
5 months ago
Alright, let's think this through step-by-step. The question is asking about how 4G Lampsite achieved "no point increase" when transforming the NR room. The increased gain of the pRRU antenna or the number of pRRU antennas becoming 4T4R could both be potential explanations. I'll need to carefully consider the technical details to determine the most likely answer.
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Luis
5 months ago
Hmm, this is a tricky one. I'll need to think carefully about the implications of enabling Person Accounts.
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Talia
5 months ago
I think the symmetries of traffic is important, that might be the right answer, but I'm not entirely sure about the DPI part.
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Mayra
5 months ago
I'm a little confused on this one. I thought integer division always rounded the result, but now I'm not sure. I'll have to review my notes on how integer division works before answering this.
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Penney
5 months ago
I remember we practiced a question about implementing electronic data interchange before; it's a good option but not sure if it's the most immediate way to improve forecast accuracy.
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Rosalyn
10 months ago
Ah, the age-old question of how to get 'no point increase' while upgrading to 3.5GHz. I bet they used some kind of magic *wink*.
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Alyce
8 months ago
D) The number of pRRU antennas becomes 4T4R
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Dorothy
8 months ago
C) Increased gain of the pRRU antenna
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Isadora
8 months ago
B) The pRRU transmit power increases
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Elza
9 months ago
C) Increased gain of the pRRU antenna
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Mira
9 months ago
B) The pRRU transmit power increases
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Bernardo
10 months ago
A) The attenuation with fiber is minimal
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Evangelina
10 months ago
A) The attenuation with fiber is minimal
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Willie
10 months ago
Hmm, I'm not sure. Maybe they just turned the lights off and no one noticed the difference? *chuckles*
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Terina
10 months ago
D is the way to go. More antenna elements (4T4R) can compensate for the increased path loss in the 3.5GHz NR room.
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Shanice
9 months ago
D) The number of pRRU antennas becomes 4T4R
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Van
9 months ago
A) The attenuation with fiber is minimal
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Lindsey
11 months ago
I'm not sure, but I think it could also be D) The number of pRRU antennas becomes 4T4R.
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Candida
11 months ago
B seems like the correct answer to me. Increasing the pRRU transmit power would help offset the attenuation and keep the signal level constant.
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Emerson
10 months ago
B seems like the correct answer to me. Increasing the pRRU transmit power would help offset the attenuation and keep the signal level constant.
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Earlean
10 months ago
C) Increased gain of the pRRU antenna
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Kiley
10 months ago
B) The pRRU transmit power increases
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Rutha
10 months ago
A) The attenuation with fiber is minimal
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Herminia
11 months ago
I agree with Annmarie. The increased transmit power would help achieve 'no point increase'.
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Shawnna
11 months ago
I think the answer is C. Increased gain of the pRRU antenna. This would help maintain the signal strength without increasing the transmit power.
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Annmarie
11 months ago
I think the answer is B) The pRRU transmit power increases.
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