CCNP SWITCH/Implementing VLANs in Campus Networks - Revision history

Rael: /* PAgP */

2014-02-03T12:04:41Z

‎PAgP

2014-02-03T12:01:34Z

‎Layer 2 EtherChannel Configuration

2014-01-26T20:58:44Z

‎Verify EtherChannel

2014-01-26T20:55:26Z

‎Verify EtherChannle

2013-01-22T07:14:36Z

‎Reasons for using End-To-End VLANs

2013-01-21T08:41:40Z

‎IEEE802.1Q

2013-01-16T14:52:14Z

2013-01-16T14:52:00Z

2011-11-13T07:23:02Z

2011-08-24T06:02:45Z

@@ Line 395: / Line 395: @@
 RSwitch(config)# <input>interface fastethernet 0/24</input>
 RSwitch(config-if)# <input>channel-group 5 mode desireable</input>
 RSwitch(config)#<input> interface port-channel 5</input>
 RSwitch(config-if)# <input>switchport mode trunk</input>

@@ Line 360: / Line 360: @@
 |[[Image:ScreenShot1091.jpg|800px|left|thumb|Setup]]
 |}
 <source lang=cli>
 Switch(config)#<input> interface fastethernet 0/23</input>
@@ Line 371: / Line 372: @@
 !!!Remote Switch configuration
 RSwitch(config)# <input>interface fastethernet 0/23</input>
-RSwitch(config-if)# <input>channel-group 5 mode on</input>
+RSwitch(config-if)# <input>channel-group 5 mode active</input>
 RSwitch(config)# <input>interface fastethernet 0/24</input>
-RSwitch(config-if)# <input>channel-group 5 mode on</input>
+RSwitch(config-if)# <input>channel-group 5 mode active</input>
 RSwitch(config)#<input> interface port-channel 5</input>
 RSwitch(config-if)# <input>switchport mode trunk</input>
@@ Line 379: / Line 380: @@
 RSwitch(config-if)# <input>switchport trunk allowed VLAN 2,3,99</input>
 </source>
 ==Verify EtherChannel==
 <source lang=cli>

@@ Line 399: / Line 399: @@
       Po9(SU)         PAgP      g0/8(P) g0/9(P)
 </source>
-Try the '''test etherchannel''' command
+Try the '''test etherchannel load-balance''' command
 ==EtherChannel Load Balancing Options==

@@ Line 379: / Line 379: @@
 RSwitch(config-if)# <input>switchport trunk allowed VLAN 2,3,99</input>
 </source>
-==Verify EtherChannle==
+==Verify EtherChannel==
 <source lang=cli>
 Switch# <input>show etherchannel summary</input>
@@ Line 399: / Line 399: @@
       Po9(SU)         PAgP      g0/8(P) g0/9(P)
 </source>
 ==EtherChannel Load Balancing Options==
 Load balancing options is dependent on the hardware platform.

@@ Line 37: / Line 37: @@
 ==Comparison of End-to-End VLANs and Local VLANs==
 ===Reasons for using End-To-End VLANs===
 *'''Grouping users''':Users can be grouped on a common IP segment, even though they are geographically dispersed. Recently the trend has been moving toward virtualization. Solutions such as VMWARE need end-to-end VLANs to be spread across segments of the campus.
 *'''Applying quality of service (QoS)''':Traffic can be a higher or lower access priority to network resources from a given VLAN.
 *'''Routing avoidance''':If much of the VLAN user traffic is destined for devices on that same VLAN, and routing to those devices is not desirable, users can access resources on their VLAN without their traffic being routed off the VLAN, even though the traffic might traverse multiple switches.

@@ Line 152: / Line 152: @@
 |}
 ===IEEE802.1Q===
-The IEEE 802.1Q/802.1p standard provides thefollowing inherent architectural advan- tages over ISL:
+The IEEE 802.1Q/802.1p standard provides the following inherent architectural advantages over ISL:
 *Smaller frame overhead than ISL.
 *802.1Q is a widely supported industry-standard protocol.

@@ Line 419: / Line 419: @@
 =Summary=
 {{Source cli}}
-[[Category:Cisco]][[Category:CCNP]]
+[[Category:Cisco]]

← Older revision		Revision as of 07:23, 13 November 2011
Line 419:		Line 419:
	=Summary=		=Summary=
	{{Source cli}}		{{Source cli}}
		+	[[Category:Cisco]][[Category:CCNP]]

← Older revision	Revision as of 06:02, 24 August 2011
(No difference)