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What is switch profile in Nexus?
A switch profile provides the following benefits: Allows configurations to be synchronized between switches. Merges configurations when connectivity is established between two switches. Provides control of exactly which configuration gets synchronized.
What is Nexus 5k switch?
Cisco Nexus 5000 Series Switches are designed to deliver high-density top-of-rack (ToR) Layer 2 and Layer 3, 10/40 Gigabit Ethernet with unified ports in compact one-, two-, and four-rack-unit form factors.
What is Cisco CFS?
Cisco Fabric Services (CFS) provides a common infrastructure for automatic configuration synchronization in the network. It provides the transport function and a set of common services to the features.
What is CFS in Nexus?
Cisco Nexus 5000 Series switches provide Cisco Fabric Services (CFS) capability, which simplifies provisioning by automatically distributing configuration information to all switches in the network. Switch features can use the CFS infrastructure to distribute feature data or configuration data required by the feature.
How does commit work on Cisco Nexus 5K switch?
It works similar to configuring the commands from the the regular configure terminal mode but none of the commands you enter are placed or “committed” into the running configuration until you enter the commit command. For example:
Why do I need a Cisco switch profile?
Cisco suggest using switch profiles for the following reasons: Allows configurations to be synchronized between switches. Merges configurations when connectivity is established between two switches. Provides control of exactly which configuration gets synchronized.
Can a swith profile be used on a Nexus 7000?
Swith profiles are NOT supported on the Nexus 7000 switches. The first step is to enable CFSoIP communication over the Mgmt0 interfaces: NOTE: The cfs ipv4 distribute command enables CFSoIP communication over the Mgmt0 interfaces.
How does netcraftsmen work with Cisco Nexus 5K?
Allows configurations to be synchronized between switches. Merges configurations when connectivity is established between two switches. Provides control of exactly which configuration gets synchronized. Ensures configuration consistency across peers through merge and mutual‐exclusion checks. Provides verify and commit semantics.