Deal of The Day! Hurry Up, Grab the Special Discount - Save 25%
- Ends In
0d 16h 41m 6s
Coupon code:
SAVE25
X
Welcome to Pass4Success
Login
|
Sign up
-
Free
Preparation Discussions
Mail Us
support@pass4success.com
Location
US
MENU
Home
Popular vendors
Salesforce
Microsoft
Nutanix
Amazon
Google
CompTIA
SAP
VMware
Fortinet
PeopleCert
Eccouncil
HP
Palo Alto Networks
Adobe
ServiceNow
Dell EMC
CheckPoint
Linux Foundation
Close
Discount Deals
New
About
Contact
Login
Sign up
Home
Discussions
Huawei Discussions
Exam H35-211_V2.5 Topic 7 Question 63 Discussion
Huawei Exam H35-211_V2.5 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) ?
A
1:64
B
1:256
C
1128
D
132
Show Suggested Answer
Hide Answer
Suggested Answer:
A
by
Sonia
at
Jan 10, 2025, 02:00 AM
Limited Time Offer
25%
Off
Get Premium H35-211_V2.5 Questions as Interactive Web-Based Practice Test or PDF
Contribute your Thoughts:
Submit
Cancel
Emerson
24 days 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.
upvoted
0
times
...
Leeann
26 days ago
D. 132? Sounds like a trick question. Maybe the 'G' in 10G GPON stands for 'Gigantic number of connections'.
upvoted
0
times
...
Naomi
28 days 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.
upvoted
0
times
Diane
4 days ago
I think it would be a nightmare to handle 256 connections.
upvoted
0
times
...
Mignon
8 days ago
Yeah, anything higher would be too much to handle.
upvoted
0
times
...
Krystal
11 days ago
I agree, managing 64 connections sounds like a handful.
upvoted
0
times
...
Sol
11 days ago
I agree, 1:64 seems like a manageable ratio.
upvoted
0
times
...
...
Kassandra
1 months 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.
upvoted
0
times
Brittney
3 days ago
C) 1128
upvoted
0
times
...
Ivan
24 days ago
B) 1:256
upvoted
0
times
...
Bernardo
1 months ago
A) 1:64
upvoted
0
times
...
...
Renea
2 months 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!
upvoted
0
times
Cordell
1 months ago
Don't worry, you won't have to count all 256 connections!
upvoted
0
times
...
Alline
1 months ago
I agree, B) 1:256 sounds correct for 10G GPON.
upvoted
0
times
...
...
Pearline
2 months 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.
upvoted
0
times
...
Vi
2 months ago
I disagree, I believe the correct answer is B) 1:256.
upvoted
0
times
...
Pearline
2 months ago
I think the answer is A) 1:64.
upvoted
0
times
...
Log in to Pass4Success
×
Sign in:
Forgot my password
Log in
Report Comment
×
Is the comment made by
USERNAME
spam or abusive?
Commenting
×
In order to participate in the comments you need to be logged-in.
You can
sign-up
or
login
Save
Cancel
a
Emerson
24 days agoLeeann
26 days agoNaomi
28 days agoDiane
4 days agoMignon
8 days agoKrystal
11 days agoSol
11 days agoKassandra
1 months agoBrittney
3 days agoIvan
24 days agoBernardo
1 months agoRenea
2 months agoCordell
1 months agoAlline
1 months agoPearline
2 months agoVi
2 months agoPearline
2 months ago