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Nokia 4A0-108 Exam - Topic 5 Question 93 Discussion

Which of the following statements best describes the behavior seen in the network when a receiver joins a multicast channel in the PIM ASM network shown in the exhibit?
C) Only Router C will propagate a PIM(\G) Join to the RP when a receiver joins
A) Both Router B and Router C will propagate a PIM (*, G) Join to the RP when a receiver joins
B) Only Router B will propagate a PIM (*.G) Join to the RP when a receiver joins
D) Depends on the next hop for RP in Router D's RPF table

Nokia 4A0-108 Exam - Topic 5 Question 93 Discussion

Actual exam question for Nokia's 4A0-108 exam
Question #: 93
Topic #: 5
[All 4A0-108 Questions]

Which of the following statements best describes the behavior seen in the network when a receiver joins a multicast channel in the PIM ASM network shown in the exhibit?

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Suggested Answer: C

by Natalie at Jul 16, 2024, 06:45 PM

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Carlene
9 months ago
I disagree, I feel like it could be D depending on the setup.
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Magnolia
9 months ago
Definitely A, that's how PIM works in ASM.
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Nikita
10 months ago
Wait, how does Router D's RPF table affect this? Sounds complicated!
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Esteban
10 months ago
Nah, I believe it's B, only Router B does that.
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Ryann
10 months ago
I think it's A, both routers will send the Join.
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Martin
10 months ago
I vaguely recall that both routers might send the Join if they are both on the path to the RP, but I can't remember the specifics. This is tricky!
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Julio
11 months ago
I’m a bit lost on this one. Does it depend on the RPF configuration? I feel like I need to double-check how the RPF table works in this scenario.
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Carman
11 months ago
I think I saw a similar question where it asked about how routers handle multicast joins, and it was clear that only one router typically sends the Join to the RP.
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Rikki
11 months ago
I remember that in PIM ASM, when a receiver joins, the routers need to send a Join message to the RP, but I'm not sure if both routers do it or just one.
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Jame
11 months ago
This is a good test of my PIM ASM knowledge. I'll need to carefully consider the role of each router and how they'll respond when a receiver joins the multicast channel.
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Jamey
11 months ago
I'm feeling pretty confident about this one. The exhibit shows a typical PIM ASM network, so I should be able to apply my understanding of the protocol to select the right answer.
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Joni
11 months ago
Okay, I think I've got this. The key is to identify the RPF neighbor for the RP in Router D's table. That will determine which router(s) send the join.
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Rhea
11 months ago
Hmm, I'm a bit confused by the different options. I'll need to review my PIM ASM knowledge to determine which router(s) will propagate the join to the RP.
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Jeanice
11 months ago
This looks like a tricky PIM ASM question. I'll need to carefully consider the network topology and the behavior of the PIM protocol.
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Rodney
11 months ago
This question seems similar to one we practiced where we had to change an event trigger. I think it was about using "onload" too.
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Lynna
11 months ago
Hmm, this looks tricky. I'll need to make sure I understand the data and formulas correctly to get the right answer.
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Carmen
1 year ago
As a network engineer, I've seen some crazy multicast behavior in my day. This question is like a multicast riddle wrapped in an enigma!
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Justine
1 year ago
C) Only Router C will propagate a PIM(\G) Join to the RP when a receiver joins
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Nikita
1 year ago
B) Only Router B will propagate a PIM (*.G) Join to the RP when a receiver joins
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Florinda
1 year ago
A) Both Router B and Router C will propagate a PIM (*, G) Join to the RP when a receiver joins
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Tijuana
1 year ago
Option B is just too simple. In a PIM ASM network, you know the multicast routing is gonna be a complex dance between the routers. I'm going with option A.
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Margo
1 year ago
It's always interesting to see how the routers handle multicast traffic in different scenarios.
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Richelle
1 year ago
Yeah, option B does seem a bit too simple for the complexity of multicast routing.
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Brittni
1 year ago
I think option A makes sense, both Router B and Router C would propagate a PIM (*, G) Join to the RP.
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Fannie
1 year ago
I agree, multicast routing can be quite complex in a PIM ASM network.
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Toshia
1 year ago
Haha, I bet the right answer involves some obscure networking voodoo that only the exam writers know about. Good luck to us all!
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Hollis
1 year ago
I'm torn between options A and D. I think it really depends on Router D's RPF table, as mentioned in option D.
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Marg
1 year ago
I agree with you, it could also depend on the next hop for RP in Router D's RPF table as mentioned in option D.
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Hui
1 year ago
I think option A is correct because both Router B and Router C will propagate a PIM (*, G) Join to the RP when a receiver joins.
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Elvis
1 year ago
Option A seems to be the correct answer here. Both Router B and Router C will propagate a PIM (*, G) Join to the RP when a receiver joins the multicast channel in a PIM ASM network.
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Carisa
1 year ago
Good to know how the behavior is described in this scenario.
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Tien
1 year ago
Exactly, it helps in maintaining the multicast distribution tree in the PIM ASM network.
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Arlen
1 year ago
That makes sense, it ensures that the RP receives the necessary information when a receiver joins the multicast channel.
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Kristin
1 year ago
I agree, option A is the correct answer. Both Router B and Router C will propagate a PIM (*, G) Join to the RP when a receiver joins.
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Jackie
1 year ago
But what if the RP is closer to Router C? Wouldn't it make sense for only Router C to propagate the Join?
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Asuncion
1 year ago
I disagree, I believe the answer is B) Only Router B will propagate a PIM (*.G) Join to the RP when a receiver joins.
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Jackie
1 year ago
I think the answer is A) Both Router B and Router C will propagate a PIM (*, G) Join to the RP when a receiver joins.
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