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Huawei H35-211_V2.5 Exam - Topic 7 Question 63 Discussion

The maximum spectroscopic ratio supported by 10G GPON is (Radio) ?
A) 1:64
B) 1:256
C) 1128
D) 132

Huawei H35-211_V2.5 Exam - Topic 7 Question 63 Discussion

Actual exam question for Huawei's H35-211_V2.5 exam
Question #: 63
Topic #: 7
[All H35-211_V2.5 Questions]

The maximum spectroscopic ratio supported by 10G GPON is (Radio) ?

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Suggested Answer: A

by Sonia at Jan 10, 2025, 02:00 AM

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Catarina
10 months ago
1128? That's way off, right?
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Dannette
10 months ago
I thought it was 1:64, but I guess not!
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Nickole
10 months ago
Wait, are we sure about that?
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Kris
11 months ago
Definitely agree, 1:256 is the max!
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Helene
11 months ago
It's 1:256 for 10G GPON.
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Stefanie
11 months ago
I thought 1:128 was a common ratio for some GPON standards, but I can't recall if it applies to 10G specifically.
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Shaniqua
11 months ago
I’m leaning towards 1:256 as well, but I might be mixing it up with something else I studied.
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Elena
11 months ago
I remember practicing a question about GPON ratios, and I feel like 1:64 was mentioned, but that seems too low for 10G.
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Aileen
12 months ago
I think the maximum ratio for 10G GPON is 1:256, but I’m not completely sure.
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Regenia
12 months ago
Hmm, the spectroscopic ratio? I'm not entirely sure what that means in the context of GPON. I'll have to guess on this one and hope for the best. Maybe I can eliminate a couple of the options and then take a shot at the answer.
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Denise
12 months ago
Ah, I think I've got it! The maximum spectroscopic ratio for 10G GPON is 1:256, which corresponds to option B. I remember learning about this in the lecture on GPON standards. Feeling confident about this one.
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Lauran
12 months ago
Okay, let me see if I can work this out. The question is asking about the maximum spectroscopic ratio supported by 10G GPON, so I need to think about the technical specifications of that technology. I'll review my notes and try to figure this out.
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Elliott
12 months ago
Hmm, I'm a bit unsure about this one. I know it has something to do with the spectroscopic ratio, but I can't recall the exact details. I'll have to think this through carefully.
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Edgar
12 months ago
I'm pretty sure the answer is B, 1:256. That's the maximum spectroscopic ratio supported by 10G GPON, if I remember correctly from the course material.
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Emerson
1 year ago
The real question is, how many cups of coffee do you need to keep track of all those GPON connections? Asking for a friend.
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Leeann
1 year ago
D. 132? Sounds like a trick question. Maybe the 'G' in 10G GPON stands for 'Gigantic number of connections'.
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Naomi
1 year ago
Aha, A. 1:64 has to be the answer. I can already picture the network administrator trying to manage all those connections without going cross-eyed.
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Queen
1 year ago
I can't imagine dealing with 1128 connections, that would be chaos.
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Laila
1 year ago
Definitely, keeping it at 1:64 makes sense for efficiency.
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Valentine
1 year ago
Yeah, 1:64 seems like the most manageable option.
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Diane
1 year ago
I think it would be a nightmare to handle 256 connections.
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Mignon
1 year ago
Yeah, anything higher would be too much to handle.
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Krystal
1 year ago
I agree, managing 64 connections sounds like a handful.
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Sol
1 year ago
I agree, 1:64 seems like a manageable ratio.
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Kassandra
1 year ago
Wait, what? C. 1128? That's way too many, even for a super-fast network like 10G GPON. Someone needs to brush up on their fiber optic standards.
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Brittney
1 year ago
C) 1128
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Ivan
1 year ago
B) 1:256
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Bernardo
1 year ago
A) 1:64
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Renea
1 year ago
Hmm, I think it's B. 1:256 seems like the right spectroscopic ratio for 10G GPON. I hope I don't have to count all 256 connections!
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Cordell
1 year ago
Don't worry, you won't have to count all 256 connections!
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Alline
1 year ago
I agree, B) 1:256 sounds correct for 10G GPON.
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Pearline
1 year ago
I see your point, but I still think A) 1:64 is the right choice because it is the most common ratio used in 10G GPON.
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Vi
1 year ago
I disagree, I believe the correct answer is B) 1:256.
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Pearline
1 year ago
I think the answer is A) 1:64.
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