Huawei H35-211_V2.5 Exam - Topic 5 Question 62 Discussion

Actual exam question for Huawei's H35-211_V2.5 exam

Question #: 62
Topic #: 5

[All H35-211_V2.5 Questions]

The ascending wavelength of the (radio) 10G EPONE is

A1577nm

B1270m (symmetrical).

C1310m (asymmetrical).

D1490nm

Show Suggested Answer

Suggested Answer: D

by Eric at Dec 11, 2024, 03:47 AM

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Meaghan

3 months ago

1490nm is also used, but not for 10G EPONE.

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Ronnie

3 months ago

Wait, are we sure about that? Seems too high.

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Norah

3 months ago

I agree, 1310nm is the standard wavelength.

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Fidelia

4 months ago

Definitely not 1577nm, that's way off!

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Laine

4 months ago

I think it's 1310nm for the 10G EPONE.

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Lashandra

4 months ago

I remember studying the different wavelengths, and 1577nm seems to ring a bell, but I’m not confident about it being the ascending wavelength.

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Barney

4 months ago

I’m a bit confused about the differences between symmetrical and asymmetrical wavelengths. I thought 1270m sounded familiar, but I can't recall why.

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Tammy

4 months ago

I practiced a similar question, and I feel like 1490nm was mentioned a lot. Could that be the right choice?

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Denae

5 months ago

I think the answer might be 1310nm, but I'm not entirely sure. I remember something about asymmetrical wavelengths in my notes.

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Stephaine

5 months ago

Hmm, I'm not sure about this one. I'll have to review my notes on radio wave properties to see if I can figure out the right answer.

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Melda

5 months ago

No problem, I've got this. The wavelength of a radio signal is inversely proportional to its frequency, so I just need to plug in the numbers and solve.

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Herschel

5 months ago

Wait, what's an EPONE? I'm not familiar with that term. I'll have to look it up before I can answer this.

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Fletcher

5 months ago

Okay, I think I can work this out. The question is asking about the wavelength of a 10G EPONE, so I'll need to use the formula for wavelength and the given frequency.

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Chantell

5 months ago

Hmm, this looks like a tricky one. I'll need to think through the relationship between wavelength and frequency to figure this out.

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Carin

10 months ago

This question is making my head spin faster than a 10G EPON connection! I think I need to take a break and grab a cup of coffee before tackling the rest of this exam.

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Gene

8 months ago

I agree, let's take a coffee break and come back to this question with a fresh mind.

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Carin

8 months ago

I think the answer is A) 1577nm. What do you think?

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Ariel

9 months ago

I know, these wavelength questions can be tricky. A cup of coffee sounds like a good idea!

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Britt

10 months ago

I'm going to guess D) 1490nm just because it sounds the most wavelength-y. Maybe I'll get lucky and the exam writers were feeling generous today!

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Skye

9 months ago

Yeah, I'm pretty sure it's A) 1577nm. Let's go with that.

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Tori

9 months ago

Oh really? I was leaning towards D) 1490nm, but I'll trust your judgement.

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Willis

9 months ago

I think it's actually A) 1577nm, that's the correct answer.

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Dominque

10 months ago

Has anyone else noticed that the correct answer is the only one that's not in nanometers? That's a bit sneaky, but I guess the exam writers are trying to keep us on our toes.

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Merlyn

8 months ago

Glad we caught that before the exam!

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Meaghan

8 months ago

I almost picked the wrong one because of that!

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Delpha

8 months ago

Yeah, that's tricky. They want us to pay attention to the units.

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Leonor

10 months ago

I didn't notice that, good observation!

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Alysa

10 months ago

Wow, this question is really testing our technical knowledge! I'm going to go with C) 1310m (asymmetrical) since that's a common wavelength used in fiber optic communications.

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Ben

9 months ago

I agree, that wavelength is commonly used in fiber optic communications.

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Nettie

10 months ago

I think you're right, C) 1310m (asymmetrical) does sound like the correct answer.

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Mariann

10 months ago

I'm not sure, but I think it might be 1490nm based on the specifications I read.

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Ashton

11 months ago

I'm not sure about this one. The options seem a bit confusing, with both nanometers and meters being used. I'll have to do some more research on the 10G EPON technology.

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