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Intel® NetStructure™ 6000 Switch

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C H A P T E R 5<br />

<strong>Intel®</strong> NetStructure <strong>6000</strong> <strong>Switch</strong> User Guide<br />

• All displays storm control information for all the ports,<br />

regardless of what state the storm control software has for that<br />

port.<br />

<strong>6000</strong> <strong>Switch</strong>>#>show storm all<br />

Using a port number instead of any of the other parameters displays<br />

only the storm control information for that port.<br />

<strong>6000</strong> <strong>Switch</strong>>#>show storm 3<br />

The Storm Control configuration is stored in the NVRAM of the<br />

switch.<br />

Layer 3 <strong>Switch</strong>ing & Routing<br />

Layer 3 switching supports dynamic routing protocols to maintain the<br />

routing tables. For each network layer protocol, one or more routing<br />

protocols may be invoked. For IP, these protocols are RIP v1, RIP v2,<br />

and OSPF.<br />

Layer 3 switching moves frames through the switching fabric based<br />

upon the destination network protocol address of the packet. The<br />

switch supports wire-speed Layer 3 switching for IP networks.<br />

Layer 3 switching operates in the context of multiple switched<br />

network segments. This functionality relies upon multiple VLAN<br />

operation.<br />

IP Access Control<br />

On the <strong>6000</strong> switch, IP Access Control is applied to incoming<br />

routable traffic to limit access to end devices on different networks or<br />

subnets.<br />

An Access Control List (ACL) of rules is used to permit or deny the<br />

flow of IP traffic through the network. The rules are created based on<br />

source and destination IP addresses.<br />

ACL rules are enforced on routable traffic only. IP frames between<br />

two end devices connected to the switch on different VLANs may be<br />

blocked and unable to ping or Telnet each other.<br />

187

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