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Huawei H31-311_V2.5 Exam - Topic 3 Question 54 Discussion

Actual exam question for Huawei's H31-311_V2.5 exam
Question #: 54
Topic #: 3
[All H31-311_V2.5 Questions]

Array waveguide grating (AWG) multiplexer/multiplexer has the following advantages: short wavelength spacing, large number of channels and flat passband. Suitable for DWDM systems in ultra-high speed, large tubes.

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Suggested Answer: B

by Val at Sep 07, 2024, 10:35 AM

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Clement
3 months ago
Surprised to hear they work well in ultra-high speed setups.
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Tora
3 months ago
Definitely true, they're perfect for DWDM systems!
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Lou
3 months ago
I thought AWGs had limitations in wavelength spacing?
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Ernest
4 months ago
Totally agree, the flat passband is a game changer.
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Dorothy
4 months ago
AWGs really do support a large number of channels!
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Cassie
4 months ago
I feel like there might be some exceptions to those advantages, so I'm hesitant. Could it be "Error"?
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Truman
4 months ago
I practiced a similar question, and I think the advantages listed do align with what AWGs offer, so I would lean towards "True."
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Rasheeda
4 months ago
I'm not entirely sure, but I remember something about AWGs having a flat passband, which might support the "True" option.
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Barabara
5 months ago
I think the statement is true because AWGs are known for their efficiency in DWDM systems.
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Dawne
5 months ago
Alright, I've read through the passage a few times now. I think I've got a good handle on the key advantages of AWG multiplexer/demultiplexer. I'm ready to select the correct answer.
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Na
5 months ago
Whoa, this is a lot of information to digest. I'm feeling a bit overwhelmed by all the technical jargon. I'll try to focus on the main points and see if I can logically determine the answer.
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Emeline
5 months ago
Okay, let's see. The question is asking if the statement is true or false. The passage highlights the advantages of AWG, so I'm thinking the statement is probably true. I'll double-check the details to make sure.
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Mohammad
5 months ago
Hmm, I'm not entirely sure about this one. The passage mentions a lot of technical details that I'm not super familiar with. I'll need to think through the key points carefully.
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Lili
5 months ago
This question seems straightforward. The passage clearly outlines the advantages of AWG multiplexer/demultiplexer, so I'm confident I can answer this correctly.
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Mica
5 months ago
Hmm, this seems straightforward. Since the question mentions NFS v4.1, I'm guessing the answer is krb5i.
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Louvenia
10 months ago
Looks good to me. Although, I'm more of a fan of the square-root of -1 waveguides. Just kidding, A is the right choice here.
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Dierdre
8 months ago
I agree, A) True
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Jesusita
9 months ago
Definitely A) True
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Roselle
9 months ago
A) True
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Angella
10 months ago
Aw yeah, this is my jam! Bring on the ultra-high speed, large tube action! A is the way to go, no doubt.
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Hubert
8 months ago
B) Error
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Georgeanna
8 months ago
Definitely, A is the way to go for that ultra-high speed action!
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Keshia
9 months ago
A) True
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Paris
10 months ago
Definitely true, I've worked with these in my lab before. The flat passband and high channel count make them perfect for DWDM systems.
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Gladys
8 months ago
I think you might be mistaken, AWG multiplexers are known for their large number of channels.
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Quentin
8 months ago
B) Error
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Yuonne
8 months ago
I agree, the short wavelength spacing is also a big advantage.
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Xenia
9 months ago
A) True
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Melodie
11 months ago
Hmm, this question seems straightforward. I think the correct answer is A, as the description matches the key features of an AWG device.
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Mauricio
9 months ago
Definitely. It's important to understand the advantages of different types of multiplexers in optical communication systems.
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Ronnie
9 months ago
Yes, that's right. It is suitable for DWDM systems in ultra-high speed, large tubes.
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Janae
10 months ago
A is correct. AWG multiplexer/multiplexer does have short wavelength spacing, large number of channels, and flat passband.
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Lea
10 months ago
A
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Sage
11 months ago
I think the advantages mentioned make sense for using AWG in DWDM systems.
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Danica
11 months ago
B) Error
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Sage
11 months ago
A) True
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