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Which MPLS TE design consideration is true?
Suggested Answer: C
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29 comments · newest first
NI
Nieves
11 months ago
I’m surprised by that claim about LDP, sounds off to me.
SH
Sherman
11 months ago
Wait, does MPLS TE really need a full-mesh for Layer 3 VPN?
VE
Venita
11 months ago
Totally agree, C is the right answer!
LO
Louvenia
11 months ago
I thought it was more about optimizing traffic, not replacing LDP.
DO
Domitila
12 months ago
MPLS TE definitely provides link and node protection.
WI
Wilda
12 months ago
I don't think D is correct; I don't recall MPLS TE needing a full-mesh topology for Layer 3 VPNs.
LI
Lisbeth
1 year ago
I practiced a question similar to this, and I feel like C is also a strong contender since it talks about optimizing routing based on constraints.
GE
Gerald
1 year ago
I think option B sounds right because I recall MPLS TE does provide some form of protection for links and nodes.
GA
Gary
1 year ago
I remember MPLS TE is about traffic engineering, but I'm not sure if it completely replaces LDP.
LA
Lacey
1 year ago
Okay, I've got this. The key thing to remember about MPLS TE is that it's all about finding the best paths for traffic, taking into account the network's constraints. So the answer has to be C - that's the only one that really captures the essence of MPLS TE.
CE
Cecily
1 year ago
I'm a little confused by the wording of these options. They all seem to be talking about MPLS TE, but I'm not sure I fully understand the differences between them. I'll have to review my notes to make sure I pick the right one.
ZI
Zita
1 year ago
Ah, I remember learning about this in class. I'm pretty confident that the correct answer is C. MPLS TE is all about optimizing IP traffic routing based on the network's capabilities and the needs of the applications.
RE
Rebecka
1 year ago
Hmm, I'm a bit unsure about this one. I know MPLS TE has something to do with traffic engineering, but I'm not totally clear on the specific design considerations. I'll have to think this through carefully.
RO
Roxane
1 year ago
This question seems pretty straightforward. I think the answer is C - MPLS TE optimizes the routing of IP traffic based on constraints like backbone capacity and application requirements.
BE
Bethanie
2 years ago
Haha, who needs MPLS TE when you can just throw more bandwidth at the problem? Just kidding, option C is the way to go.
FE
Felix
2 years ago
User 3: MPLS TE provides link and node protection as well.
RE
Renea
2 years ago
User 2: Option C is definitely the way to optimize routing.
JI
Jillian
2 years ago
User 1: Yeah, throwing more bandwidth is not always the solution.
CO
Colby
2 years ago
Actually, I believe the answer is C) MPLS TE optimizes the routing of IP traffic based on capacity and application requirements.
BR
Brynn
2 years ago
I agree with Peggie. MPLS TE is all about traffic engineering and optimizing the use of network resources.
LU
Lucina
2 years ago
C) MPLS TE optimizes the routing of IP traffic, given the constraints imposed by backbone capacity and application requirements.
CO
Cory
2 years ago
B) MPLS TE provides link and node protection
BE
Becky
2 years ago
A) MPLS TE replaces LDP and the dependency of the IGP to identify the best path.
BR
Brittni
2 years ago
I agree with Pa. MPLS TE is all about providing protection for links and nodes in the network.
PA
Pa
2 years ago
I think the answer is B) MPLS TE provides link and node protection.
PE
Peggie
2 years ago
Option C is the correct answer. MPLS TE allows you to optimize routing based on network constraints.
JA
Janine
2 years ago
C) MPLS TE optimizes the routing of IP traffic, given the constraints imposed by backbone capacity and application requirements.
AU
Audra
2 years ago
B) MPLS TE provides link and node protection
GR
Gregg
2 years ago
A) MPLS TE replaces LDP and the dependency of the IGP to identify the best path.