A large data center needs to extend its Layer 2 connectivity and isolate tenants who might use the same VLAN IDs Which technology accomplishes this goal?
A. SPBM
B. Data Center Bridging (DCB)
C. Multi-VPN-Instance CE (MCE)
D. TRILL
6 Comments on “Which technology accomplishes this goal?”
ipmansays:
Correct is D
anyone can confirm
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wolfkingsays:
Hi
Any one know the right answer ?
please
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Scottsays:
Correct Answer: D, SURE
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Kamilsays:
Correct is A – SPBM
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serafino000says:
what is the correct answer A or D?
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Eddysays:
D is wrong, the correct answer is A, SPBM. See below from Student guide:
SPBM supports up to 16 million service identifiers. Each of the 16 million
customers can have their own set of 4094 VLANs. A common outer VLAN identifier
tag can be used for all client VLANs, like with QinQ. Alternatively, different
customer VLANs can use different identifiers. Compared to QinQ, SPBM provides
increased scalability while limiting the issue of MAC address collision
Correct is D
anyone can confirm
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0
Hi
Any one know the right answer ?
please
0
0
Correct Answer: D, SURE
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Correct is A – SPBM
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what is the correct answer A or D?
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D is wrong, the correct answer is A, SPBM. See below from Student guide:
SPBM supports up to 16 million service identifiers. Each of the 16 million
customers can have their own set of 4094 VLANs. A common outer VLAN identifier
tag can be used for all client VLANs, like with QinQ. Alternatively, different
customer VLANs can use different identifiers. Compared to QinQ, SPBM provides
increased scalability while limiting the issue of MAC address collision
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