A. An IP fabric uses spine and leaf devices.
B. An IP fabric depends on Layer 2 switching.
C. An IP fabric allows devices to always be one hop away.
D. An IP fabric provides traffic load sharing.
A. Too many switches in a single Virtual Chassis configuration
B. Incompatible software versions between member switches
C. Activation of all ports for Virtual Chassis connections
D. Use of copper cables for inter-switch connections
A. BGP
B. Local
C. OSPF
D. Direct
A. Access
B. Aggregated
C. Tunnel
D. Trunk
A. 5
B. 130
C. 140
D. 10
A. Local Preference
B. Community
C. AS_PATH
D. MED (Metric or Multi-Exit Discriminator)
A. 2
B. 4
C. 5
D. 3
A. All traffic must traverse the super spine devices.
B. Only traffic between pods must traverse the super spine devices.
C. This is a three-stage IP fabric.
D. This is a five-stage fabric.
A. Load balancing on Juniper devices is processed per-flow.
B. Load balancing is only supported after applying an advanced license.
C. Load balancing is only supported by dynamic routing protocols.
D. Load balancing on Juniper devices is processed per-packet.
A. [edit chassis]
B. [edit interfaces]
C. [edit switch-options]
D. [edit system]
