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How is buffer memory allocated per forwarding complex on a Nokia FP3-based IMM?
Suggested Answer: C
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28 comments · newest first
BE
Benton
11 months ago
Is there a source for that 3.84 GB claim?
ED
Edda
11 months ago
I agree, D sounds right based on what I've seen.
PH
Phung
11 months ago
Wait, 3.84 GB? That seems way too high!
MA
Marion
11 months ago
Definitely not A or B, those are way off.
KE
Keith
12 months ago
I think it's 2 GB with dynamic allocation.
ER
Erick
12 months ago
I’m leaning towards option D because it mentions dynamic allocation, which seems to fit what we discussed about resource management.
VA
Val
1 year ago
I practiced a similar question last week, and I remember something about 2 GB being a common allocation, but I can't recall the details.
AL
Almeta
1 year ago
I feel like option C sounds familiar, but I’m not entirely sure if it was specifically about the FP3.
CA
Casie
1 year ago
I think buffer memory allocation was mentioned in our last class, but I can't remember the exact figures.
MA
Marla
1 year ago
This is a tricky one, but I'm going to give it my best shot. I'll start by eliminating any answer choices that don't seem plausible, then try to determine which one makes the most sense based on my understanding of networking hardware.
BL
Blythe
1 year ago
Okay, I think I've got a handle on this. The key is understanding how the FP3-based IMM hardware works and how it allocates buffer memory between ingress and egress. I'll walk through each answer choice carefully.
JO
Jolene
1 year ago
Hmm, I'm a bit unsure about this one. The question is asking about buffer memory allocation, which isn't something I'm super familiar with. I'll have to think it through step-by-step.
KE
Kent
1 year ago
This seems like a pretty technical question about Nokia networking hardware. I'll need to carefully review the details in the answer choices to try to identify the correct one.
AN
Annamae
1 year ago
Wow, this is making my head spin. I think I'll just go with the 'dynamically allocated' option and hope for the best.
DO
Doretha
1 year ago
Hold on, is this a trick question? I bet the correct answer is something like '42 GB, or whatever the marketing team felt like'.
CO
Colette
1 year ago
2 GB, with a minimum of 512 MB for ingress and egress, and an additional 1 GB dynamically allocated? Now that sounds more like it!
TA
Taryn
1 year ago
Oh, I see, 3.84 GB dynamically allocated between ingress and egress. That's better, but I wonder how the allocation is managed.
LE
Lewis
1 year ago
C) 3.84 GB dynamically allocated between ingress and egress
SH
Sheron
1 year ago
B) 512 MB for network ports, 512 MB for access ports
DE
Desiree
1 year ago
A) 512 MB ingress, 512 MB egress
PH
Phung
2 years ago
I agree with Carma, option D makes sense because it provides a minimum allocation for both ingress and egress while also allowing for dynamic allocation.
CA
Carma
2 years ago
I believe the correct answer is D) 2 GB, with a minimum of 512 MB ingress and egress, and an additional 1 GB dynamically allocated.
BA
Barrie
2 years ago
Hmm, 512 MB for each ingress and egress? Sounds a bit stingy for a high-performance router, don't you think?
FA
Fanny
1 year ago
D) 2 GB, with a minimum of 512 MB ingress and egress, and an additional 1 GB dynamically allocated
VI
Vincenza
1 year ago
That does seem a bit low for a high-performance router.
GR
Gracia
1 year ago
C) 3.84 GB dynamically allocated between ingress and egress
LU
Luke
1 year ago
A) 512 MB ingress, 512 MB egress
AR
Armando
2 years ago
I think the buffer memory is allocated differently per forwarding complex on a Nokia FP3-based IMM.