Nokia 4A0-108 Exam - Topic 5 Question 112 Discussion

Actual exam question for Nokia's 4A0-108 exam

Question #: 112
Topic #: 5

Refer to the following exhibit.

Assume all links have an equal metric in the IGP. Receiver 2 has joined the multicast group and the source is sending. As a result of Router F switching to the Source Path Tree, what message will be generated by Router D in the direction of Router E?

APIM(*, G)Join

BIGMP(*, G)Join

CPIM Hello

DPIM (S, G)RP-bit prune

EPIM (*, G)RP-bit prune

Show Suggested Answer

Suggested Answer: D

by Haydee at Jun 12, 2025, 12:38 AM

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Katina

4 months ago

Isn't IGMP(*, G)Join more relevant here? Just saying!

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Mel

4 months ago

Totally agree, it's all about the Source Path Tree now.

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Alpha

4 months ago

I think it's actually PIM (*, G)RP-bit prune.

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Karrie

5 months ago

Definitely PIM(*, G)Join!

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Rene

5 months ago

Wait, why would Router D send a PIM Hello? That seems off.

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Stefanie

5 months ago

I’m leaning towards the PIM (*, G)Join option, but I might be mixing it up with IGMP messages from earlier studies.

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Kate

5 months ago

I feel like it could be a PIM prune message since Router F switched to the Source Path Tree, but I can't recall the specifics.

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Micheal

5 months ago

I remember a practice question where Router D had to send a PIM Join when a new receiver joined. Could it be the same here?

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Mariann

6 months ago

I think Router D would send a PIM Join message, but I'm not sure if it's (*, G) or (S, G).

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Arlen

6 months ago

This is a tough one, but I'm going to give it my best shot. Gotta stay focused!

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Camellia

6 months ago

I'm pretty confident I know the answer, but I want to double-check my understanding before submitting.

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Ilene

6 months ago

Okay, I've got a strategy - I'll focus on what happens when the receiver joins the multicast group and the source tree is used.

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Graciela

6 months ago

Hmm, I'm a bit confused by the exhibit and the question. Let me re-read it carefully.

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Becky

6 months ago

This one looks tricky, but I think I can work through it step-by-step.

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Joye

9 months ago

D is the way to go. Gotta love those PIM state transitions, am I right?

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Paulina

7 months ago

User 3: Definitely, PIM state transitions can be interesting to observe.

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Pearline

7 months ago

User 2: Yeah, D is the correct choice for that scenario.

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Lenna

8 months ago

User 1: D) PIM (S, G)RP-bit prune

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Viola

9 months ago

Haha, the answer is definitely not C. PIM Hello? Really? That's just for establishing adjacency, not for this scenario.

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Natalie

9 months ago

I'm going with D. Seems like the most logical choice based on the information provided.

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Ronny

8 months ago

User2: Agreed, D is the best option here.

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Maile

8 months ago

User1: I think it's D too. Makes sense with the Source Path Tree.

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Kayleigh

9 months ago

I'm not sure, but I think it might be D) PIM (S, G)RP-bit prune.

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Iesha

10 months ago

I agree with Gayla, because Router D will send a PIM(*, G)Join message towards Router E.

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Darell

10 months ago

I think it's D too. Switching to the source path tree means Router D needs to prune the shared tree and join the source-specific tree.

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Rodrigo

9 months ago

So, the answer is D) PIM (S, G)RP-bit prune.

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Tyra

9 months ago

Yes, that's correct. Router D will generate a PIM (S, G)RP-bit prune message in the direction of Router E.

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Michael

9 months ago

I think it's D too. Switching to the source path tree means Router D needs to prune the shared tree and join the source-specific tree.

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Gayla

10 months ago

I think the answer is A) PIM(*, G)Join.

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Nelida

10 months ago

Option D seems correct. Router D will send a PIM (S, G)RP-bit prune message to Router E to prune the (S, G) state and switch to the source-specific tree.

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Makeda

9 months ago

Router E will switch to the source-specific tree after receiving the message.

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Britt

9 months ago

Router E will receive the PIM (S, G)RP-bit prune message from Router D.

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Tiera

9 months ago

Router D will send a PIM (S, G)RP-bit prune message to Router E.

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Cletus

10 months ago

Option D seems correct. Router D will send a PIM (S, G)RP-bit prune message to Router E to prune the (S, G) state and switch to the source-specific tree.

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