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Huawei H12-811_V1.0 Exam - Topic 5 Question 77 Discussion

Actual exam question for Huawei's H12-811_V1.0 exam
Question #: 77
Topic #: 5
[All H12-811_V1.0 Questions]

(Which of the following statements about IPv6 anycast addresses are true?)

Show Suggested Answer Hide Answer
Suggested Answer: A, C, D

IPv6 Anycast Address Characteristics:

Option A: True. Packets are delivered to the nearest interface based on routing distance.

Option B: False. Anycast addresses are not designed for load balancing.

Option C: True. Anycast addresses share the same address space as unicast.

Option D: True. Anycast provides redundancy by allowing multiple endpoints to share the same address.


by Pauline at Jan 24, 2025, 04:53 AM

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Nana
4 months ago
D is correct, anycast does help with redundancy!
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Hildred
5 months ago
C is misleading, anycast and unicast are different types.
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Tasia
5 months ago
Wait, I thought anycast was just for redundancy, not load balancing?
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Sue
5 months ago
Totally agree, A is spot on!
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Annelle
5 months ago
A is true, packets go to the nearest interface.
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Kerrie
5 months ago
D sounds right because anycast can provide redundancy, but I need to double-check how that works in practice.
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Jose
6 months ago
C seems off to me; I thought anycast and unicast had different purposes, but they might share the same address space.
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Golda
6 months ago
I remember practicing a question about load balancing, and I think B might be misleading since anycast isn't primarily for that.
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Emile
6 months ago
I think A is correct because anycast routes packets to the nearest node, but I'm not entirely sure about the specifics of routing distance.
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Mattie
6 months ago
I'm pretty sure that packets destined for an anycast address are sent to the nearest interface based on routing distance, so I'll select option A.SarahW: Hmm, I'm a bit confused about the difference between anycast and unicast addresses. I'll need to think this through carefully before selecting any answers.MikeT: Okay, I remember learning that anycast addresses are used for load balancing and redundancy, so I'll select options B and D.LisaM: Ah yes, I recall that anycast and unicast addresses use the same address space, so I'll select option C as well.
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Johana
6 months ago
Ah yes, I recall that anycast and unicast addresses use the same address space, so I'll select option C as well.
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Wilda
6 months ago
Okay, I remember learning that anycast addresses are used for load balancing and redundancy, so I'll select options B and D.
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Portia
6 months ago
Hmm, I'm a bit confused about the difference between anycast and unicast addresses. I'll need to think this through carefully before selecting any answers.
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Denae
6 months ago
I'm pretty sure that packets destined for an anycast address are sent to the nearest interface based on routing distance, so I'll select option A.
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Amie
1 year ago
I'm not sure about B, does anycast really implement load balancing?
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Carline
1 year ago
Haha, I bet the person who wrote this question is an IPv6 enthusiast. Anycast is like the superhero of IP addressing!
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Tamekia
1 year ago
I believe D is also true as anycast addresses provide redundancy.
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Leatha
1 year ago
I agree with Lajuana. C is also true, but the key points are A and D for sure.
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Virgie
1 year ago
So, all of the statements are true then. Anycast addresses are quite useful.
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Lashaunda
1 year ago
Anycast addresses do help with load balancing, so B is correct too.
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Micah
1 year ago
I agree, D is also true, anycast addresses provide redundancy.
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Coleen
1 year ago
I think A is correct, packets are sent to the nearest interface.
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Glenna
1 year ago
I agree with Erasmo, A makes sense for anycast addresses.
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Lajuana
1 year ago
A and D seem like the correct options to me. Load balancing is a unicast feature, not anycast, so B is wrong.
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Aide
1 year ago
Yes, load balancing is not a feature of anycast addresses, so B is incorrect.
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Luz
1 year ago
I agree, packets are sent to the nearest interface for anycast addresses.
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Renay
1 year ago
I think A and D are correct. Anycast addresses provide redundancy functions for services.
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Erasmo
1 year ago
I think A is true because packets are sent to the nearest interface.
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