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Cisco 300-510 Exam - Topic 15 Question 102 Discussion

How does SRv6 function on the control plane?
D) The egress node of SR domain imposes a new outer header
A) It enables SRH-capable nodes to terminate IPv6 packets at the network egress to carry the SRv6 locator.
B) The Ingress node of the SR domain adds a uSlD format IPv6 header to carry the SRv6 locator.
C) The ingress node of the SR domain swaps the SRv6 header for the IPv6 header

Cisco 300-510 Exam - Topic 15 Question 102 Discussion

Actual exam question for Cisco's 300-510 exam
Question #: 102
Topic #: 15
[All 300-510 Questions]

How does SRv6 function on the control plane?

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Suggested Answer: D

by Arlean at Dec 07, 2024, 04:30 PM

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Kina
9 months ago
Yeah, but isn’t the SRH termination at the egress node?
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Noel
9 months ago
I think the ingress node adds the SRv6 locator, right?
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Omega
10 months ago
Wait, does the egress node really impose a new header? Sounds odd.
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Andrew
10 months ago
Totally agree, it’s all about efficient routing!
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Carma
10 months ago
SRv6 uses segment routing headers to manage packet flows.
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Nadine
10 months ago
I feel like the SRv6 header is important, but I’m confused about whether it gets swapped or added. This is tricky!
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Lisha
11 months ago
I practiced a similar question where the ingress node was involved in adding headers, so I might lean towards option B.
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Casie
11 months ago
I think the egress node plays a role in handling the SRv6 locator, but I can't recall the exact details.
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Junita
11 months ago
I remember something about how the ingress node adds a special header for SRv6, but I'm not sure if it's the uSlD format.
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Margurite
11 months ago
I'm a bit confused by this question. The control plane functions of SRv6 aren't something I've studied in depth. I'll need to make an educated guess here based on my general understanding of segment routing, but I'm not totally confident in my answer.
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Stacey
11 months ago
Okay, I've got this. SRv6 uses an IPv6 header to carry the segment routing locator, so the correct answer is B. The ingress node adds the uSID format IPv6 header to the packet to enable segment routing.
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Avery
11 months ago
Hmm, this is a tricky one. SRv6 is a newer protocol, so I'm not as familiar with the details of how it works on the control plane. I'll need to think through each of the answer choices carefully to determine the correct one.
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Stanton
11 months ago
This question seems to be asking about the control plane function of SRv6, so I'll need to focus on how the protocol operates at that level rather than the data plane. I'll need to carefully read through the answer choices to understand the different ways SRv6 can be implemented on the control plane.
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Allene
1 year ago
Ah, the age-old question: 'How does SRv6 function on the control plane?' I'm just glad I don't have to worry about that on my morning commute. *chuckles*
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Delmy
1 year ago
C) The ingress node of the SR domain swaps the SRv6 header for the IPv6 header.
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Rosita
1 year ago
B) The Ingress node of the SR domain adds a uSlD format IPv6 header to carry the SRv6 locator.
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Nicolette
1 year ago
A) It enables SRH-capable nodes to terminate IPv6 packets at the network egress to carry the SRv6 locator.
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Therese
1 year ago
D) The egress node of SR domain imposes a new outer header? Really? That just sounds backwards to me. I'm sticking with B).
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Gerald
1 year ago
B) Definitely, it makes more sense for the Ingress node to handle that part of the process.
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Roxanne
1 year ago
D) Yeah, I agree. It does seem a bit counterintuitive for the egress node to impose a new outer header.
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Glenn
1 year ago
B) The Ingress node of the SR domain adds a uSlD format IPv6 header to carry the SRv6 locator.
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Marylin
1 year ago
Hmm, I'm torn between A) and B), but I'll go with B) since it's more specific about the uSID format. Gotta love those fancy acronyms!
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Dortha
1 year ago
Sylvie: Let's go with B) then, it seems to be the consensus.
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Teddy
1 year ago
User 3: I'm not sure, but B) does sound like the right choice.
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Sylvie
1 year ago
User 2: Yeah, I agree. The uSID format is an important aspect of SRv6.
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Carissa
1 year ago
User 1: I think B) is the correct answer, it mentions the uSID format.
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Jacqueline
1 year ago
I'm going with C) The ingress node of the SR domain swaps the SRv6 header for the IPv6 header. It just makes sense to me that the ingress node would handle the header manipulation.
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Eugene
1 year ago
B) The Ingress node of the SR domain adds a uSlD format IPv6 header to carry the SRv6 locator. This seems like the most logical answer based on my understanding of SRv6 functionality.
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Corazon
1 year ago
B) The Ingress node of the SR domain adds a uSlD format IPv6 header to carry the SRv6 locator.
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Artie
1 year ago
A) It enables SRH-capable nodes to terminate IPv6 packets at the network egress to carry the SRv6 locator.
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Laura
1 year ago
I disagree with both of you. The ingress node of the SR domain actually swaps the SRv6 header for the IPv6 header. That's the correct way SRv6 functions on the control plane.
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Chantell
1 year ago
I believe the Ingress node of the SR domain adds a uSlD format IPv6 header to carry the SRv6 locator. That's how it functions on the control plane.
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Julianna
1 year ago
I think SRv6 function on the control plane by enabling SRH-capable nodes to terminate IPv6 packets at the network egress to carry the SRv6 locator.
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