Huawei Exam H35-260 Topic 1 Question 34 Discussion

Actual exam question for Huawei's H35-260 exam

Question #: 34
Topic #: 1

[All H35-260 Questions]

The 1510 nm optical monitoring channel can be effectively amplified after passing through the EDFA.

ATrue

BFalse

Show Suggested Answer

Suggested Answer: A

by Wilford at Jun 01, 2024, 12:02 AM

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Sarah

3 months ago

I bet the exam writer just wanted to see who actually knows their EDFA specs. Time to channel my inner optical guru!

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Maile

2 months ago

I agree, the 1510 nm optical monitoring channel can be effectively amplified after passing through the EDFA.

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Arlette

2 months ago

I think it's true.

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Lashandra

2 months ago

B) False

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Lenna

3 months ago

A) True

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Tiffiny

4 months ago

As an optical engineer, I can say with confidence that the 1510 nm channel will get a serious power boost from that EDFA. Easy peasy!

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Thersa

2 months ago

Absolutely, the EDFA is designed to boost optical signals effectively.

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Christoper

2 months ago

A) True

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Mendy

2 months ago

That's right! The EDFA will definitely amplify the 1510 nm channel.

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Elenore

3 months ago

A) True

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Malinda

4 months ago

Ooh, tricky! The EDFA is designed for C-band, but I've heard it can be used for other wavelengths too. I'll go with True just to be safe.

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Thurman

4 months ago

Wait, isn't 1510 nm outside the typical EDFA gain bandwidth? I'm going to go with False on this one.

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Jerrod

3 months ago

Yes, that's correct. The answer is False.

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Rossana

3 months ago

I think you're right, 1510 nm is indeed outside the typical EDFA gain bandwidth.

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Leonor

4 months ago

Hmm, I'm pretty sure the 1510 nm channel can be amplified after EDFA. This seems like a straightforward question.

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Rebbecca

4 months ago

Why do you think it's false?

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Mozell

4 months ago

I disagree, I believe it's false.

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Rebbecca

4 months ago

I think the statement is true.

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