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Nokia Exam 4A0-114 Topic 7 Question 45 Discussion

Actual exam question for Nokia's 4A0-114 exam
Question #: 45
Topic #: 7
[All 4A0-114 Questions]

Which of the following statements about Route Distinguishers (RD) is FALSE?

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Suggested Answer: D

Contribute your Thoughts:

Kirby
1 months ago
I don't know, this is all gobbledygook to me. Isn't routing just magic anyway?
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Antonio
1 months ago
Hmm, I think option A is the correct answer. The RD is prepended to the IPv4 prefix to form a VPN-IPv4 prefix.
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Valentin
4 days ago
User3: I agree with User1, option A seems to be the right answer.
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Keshia
9 days ago
I'm not so sure, I think it might be option C.
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Margo
15 days ago
Definitely, option A is the right choice. The RD is essential for VPRN services.
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Raylene
22 days ago
I think option A is correct too.
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Yvonne
29 days ago
I think so too. It makes sense that the RD is used to form a VPN-IPv4 prefix.
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France
1 months ago
I agree, option A is correct. The RD is indeed prepended to the IPv4 prefix.
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Emilio
2 months ago
Option B sounds right to me. The RD is used to differentiate between different VPRN services.
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Celestine
13 days ago
Exactly. Option D is the incorrect statement regarding Route Distinguishers.
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Aaron
15 days ago
Oh, I see. So option D is the false statement about Route Distinguishers.
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Judy
22 days ago
I think option D is false. The RD is actually a 96-bit value, not 64-bit.
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Jaime
27 days ago
Yes, that's correct. The RD helps identify which VPRN service a route update belongs to.
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Idella
2 months ago
I remember studying that each VPRN service is assigned a unique RD value, so statement C) is true.
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Ernest
2 months ago
I agree with Quentin, because an RD is actually a 32-bit value.
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Quentin
2 months ago
I think the false statement is D) An RD is a 64-bit value.
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Hubert
2 months ago
I'm pretty sure option D is false. An RD is a 48-bit value, not 64-bit.
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Page
1 months ago
Yes, an RD is actually a 48-bit value, not 64-bit.
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Page
2 months ago
I think you're right. Option D is incorrect.
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