Huawei H12-891_V1.0 Exam - Topic 3 Question 48 Discussion

Actual exam question for Huawei's H12-891_V1.0 exam

Question #: 48
Topic #: 3

Run the SSM across the entire HW IP multicast network. The following about SSM understands correctly?( Multiple choice question)

ANo RP is required

BSSM uses only shared trees

CSSM uses only the SPT tree

DIdeal for 1-to-many applications

ESSM is recommended when you have multiple sources and expect to minimize the state of mroute in your network Ideal for many-to-many applications

Show Suggested Answer

Suggested Answer: B

by Mona at Jul 15, 2024, 01:19 AM

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Blair

7 months ago

E seems off, I’m not sure about that many-to-many claim.

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Bette

7 months ago

I thought SSM was for many-to-many, but D sounds right too?

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Terrilyn

7 months ago

Wait, B is wrong, SSM uses SPT trees, not shared ones.

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Nikita

7 months ago

Totally agree, SSM simplifies things!

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Huey

7 months ago

A is correct, no RP needed for SSM.

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Francoise

8 months ago

I feel like option E is misleading; SSM is more about one-to-many rather than many-to-many, but I could be wrong.

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Gabriele

8 months ago

I practiced a similar question, and I think SSM is really suited for 1-to-many applications, so option D sounds right to me.

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Justine

8 months ago

I'm not entirely sure, but I thought SSM only uses SPT trees, which makes me lean towards option C.

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Rosann

8 months ago

I remember SSM doesn't need a Rendezvous Point, so I think option A is correct.

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Jesus

8 months ago

The key here is understanding the core principles of SSM. No RP, SPT-only, and 1-to-many - I think I've got this!

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Jillian

8 months ago

I remember that SSM is ideal for 1-to-many applications, not many-to-many. The last option seems to be the most accurate description.

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Mila

8 months ago

Okay, let me think through this step-by-step. SSM doesn't require an RP, and it uses only the SPT tree, not shared trees. That narrows it down.

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Yvette

8 months ago

Hmm, I'm a bit unsure about the differences between shared trees and SPT trees in the context of SSM. I'll need to review that part of the material.

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Alonso

8 months ago

This question seems straightforward, I'm confident I can identify the correct understanding of SSM.

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Marquetta

9 months ago

This looks like a straightforward filter expression to show salespeople with over $200,000 in sales. I think option A is the correct answer.

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Elsa

1 year ago

I'm going with option A. No RP is required in SSM, which simplifies the network configuration.

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Valentin

11 months ago

User1: Agreed, SSM is a great choice for minimizing mroute state in the network.

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Rebecka

11 months ago

User3: SSM is definitely ideal for 1-to-many applications.

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Virgilio

11 months ago

User2: Yes, that's right. SSM simplifies network configuration by not needing an RP.

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Jaime

12 months ago

User1: I think option A is correct, no RP is required in SSM.

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Luis

1 year ago

Haha, option E is a bit funny. SSM is for minimizing state, not for many-to-many apps. That's what PIM-SM is for!

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William

1 year ago

User 3: PIM-SM is the way to go for many-to-many applications.

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Pearline

1 year ago

User 2: I agree, SSM is all about minimizing state.

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Dexter

1 year ago

User 1: Yeah, option E is definitely misleading.

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Wilda

1 year ago

Option D seems good. SSM is ideal for 1-to-many applications like video streaming or content distribution.

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Dylan

1 year ago

E) SSM is recommended when you have multiple sources and expect to minimize the state of mroute in your network Ideal for many-to-many applications

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Temeka

1 year ago

D) Ideal for 1-to-many applications

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Stefania

1 year ago

B) SSM uses only shared trees

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Carolynn

1 year ago

A) No RP is required

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Joseph

1 year ago

I think option C is correct. SSM uses only the SPT tree, not shared trees like PIM-SM.

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Dorthy

1 year ago

Yes, SSM is ideal for many-to-many applications and minimizes the state of mroute in the network.

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Iesha

1 year ago

I agree, option C is correct. SSM does use only the SPT tree.

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Margurite

1 year ago

That makes sense. SSM is indeed recommended for scenarios where you have multiple sources and want to minimize the state of mroute in your network.

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Julianna

1 year ago

I believe the answer is D) Ideal for 1-to-many applications because SSM is designed for efficient delivery of multicast traffic to multiple receivers.

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Margurite

1 year ago

I think the answer is A) No RP is required because SSM does not require a Rendezvous Point.

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