Which they operate on the right

Drag and Drop
Drag and drop the networking features or functions from the left onto the planes on which they operate on the right
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cisco-exams

2 thoughts on “Which they operate on the right

  1. Correct answer :

    Control plane manages : Telnet, routing state exchange , device access.

    Data plane manages : Filtering, QoS , data encapsulations

    “The data plane is the workhorse of the switching elements in our networks. It has the responsibility of parsing packet headers (or cells, SONET) in high speed search ASICs. It manages QOS, filtering, encapsulations, Queuing, Policing all of the reasons we had and still do in many cases purpose built silicon or custom ASIC designs.”

    http://networkstatic.net/the-control-plane-data-plane-and-forwarding-plane-in-networks/

  2. Filtering should be under Data Plane with QoS and data encapsulation.

    http://networkstatic.net/the-control-plane-data-plane-and-forwarding-plane-in-networks/

    “The data plane is the workhorse of the switching elements in our networks. It has the responsibility of parsing packet headers (or cells, SONET) in high speed search ASICs. It manages QOS, filtering, encapsulations, Queuing, Policing all of the reasons we had and still do in many cases purpose built silicon or custom ASIC designs.”

    Establishes Telnet sessions should be under Control Plane.

    “The Control plane feeds the forwarding/data plane with what it needs to create its forwarding tables and updates topology changes as they occur. Those are pretty low even in large networks single to at most I would speculate double digit per second changes. This is the reason the control plane can often be thought of as the “slow path” in legacy route once switch many packet switching architectures. A list of functions performed in traditional routing engines/route processors are the following:

    Allocates resources to the forwarding engine/plane.
    Routing state
    ARP handling is always processed by general purpose processor located in the routing engine.
    Security functions to secure the control plane access. Telnet, ssh, AAA etc.
    Establishes and maintains management sessions, such as Telnet connections
    Routing state to neighboring network elements.
    Vendor and platform specific stacking, clustering, pairing etc.”

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