Why do modern DC fabrics use leaf-spine topology?
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- ○ Predictable latency and massive ECMP bandwidth
- ○ Single-path simplicity
- ○ It eliminates routing
- ○ It requires no cabling plan
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Showing 1–12 of 12 questions
Why do modern DC fabrics use leaf-spine topology?
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In a leaf-spine fabric, servers connect to which layer?
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What characterizes the fabric underlay?
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Oversubscription ratio in fabric design refers to?
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Why is L2 stretched across a whole data center discouraged today?
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Nokia's data center fabric solution pairs SR Linux with which platforms?
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Which two are leaf-spine properties? (Choose two.)
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Which two belong in the underlay? (Choose two.)
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DRAG DROP
Match each fabric role with its job.
Items to match: Leaf, Spine, Border leaf, Super-spine.

Answer is in the explanation below.
CORRECT TEXT
Servers attach to ______ switches in leaf-spine.
Answer is in the explanation below.
Which two are EVPN DC benefits? (Choose two.)
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DRAG DROP
Match each item with its DC role.
Items to match: L3 VNI, Anycast gateway, Type-2 route, Ethernet Segment.

Answer is in the explanation below.