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In Ignored Pkts.-Number of input packets that were ignored by this interface.

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C6576M OSM GE-WAN Interface Dialog Box Chapter 5 Physical Object Dialog Boxes • In Discarded Pkts.-The number of inbound packets that were chosen to be discarded even though no errors had been detected to prevent their being delivered to a higher-layer protocol. One possible reason for discarding such a packet is to free up buffer space. • Out Discarded Pkts.-The number of outbound packets that were chosen to be discarded even though no errors had been detected to prevent their being transmitted. One possible reason for discarding such a packet is to free up buffer space. • In Dropped Pkts.-The number of packets dropped because the input queue was full. • Out Dropped Pkts.-The number of packets dropped because the output queue was full. • In Ignored Pkts.-Number of input packets that were ignored by this interface. • In Aborted Pkts.-Number of input packets that were aborted. • In Error Pkts.-The number of inbound packets that contained errors preventing them from being deliverable to a higher-layer protocol. • Out Error Pkts.-Number of outbound packets that could not be transmitted because of errors. 5-120 Cisco 6500/7600 Series Manager User Guide

Section	Page
Contents	3
About this Guide	11
Audience	11
Organization	11
Related Documentation	12
Conventions and Terminology	13
Obtaining Documentation	14
World Wide Web	14
Documentation CD-ROM	14
Ordering Documentation	14
Documentation Feedback	15
Obtaining Documentation	15
World Wide Web	15
Documentation CD-ROM	15
Ordering Documentation	16
Documentation Feedback	16
Obtaining Technical Assistance	16
Cisco.com	16
Technical Assistance Center	17
Product Overview	19
Cisco6500/7600 Series Manager Software Overview	19
Software Features	20
Catalyst6000 Family Overview	20
Cisco7600 Series Overview	22
Supported Hardware	24
Supported Software	28
Basic Concepts	29
Cisco EMF and Cisco6500/7600 Series Manager Software	29
Element Management	30
C65/76M Objects and Interfaces	31
Physical Objects	31
Logical Objects	32
Network Element Object	34
Containment Views	35
Network View	35
Physical View	36
C65/76M Object States	36
Decommissioned State	36
Discovery State	36
Normal State	37
Lostcomms State	37
Normal Lostcomms State	37
Performance State	37
Perflostcomms State	38
Discovery Lostcomms State	38
Mismatched State	38
Getting Started	39
Preparing to Use the C65/76M Software	39
Using Cisco EMF	40
Cisco Element Management Framework Launchpad Window	41
Quitting a Cisco EMF User Session	44
Deploying C65/76M Objects	45
Launching Object Management Dialogs	48
Deploying the C65/76M	51
Managing a Catalyst6000 Family Switch or a Cisco7600 Series Internet Router	51
Deploying Objects	51
Commissioning Objects	53
Deployment and Commissioning Process	55
IP Auto Discovery	55
Manual Deployment	61
Predeployment	71
Physical Object Dialog Boxes	115
C6576M Chassis Dialog Box	117
Status Tab	117
Inventory Tab	120
Performance Tab	124
Additional Notes Tab	125
C6576M Power Supply Dialog Box	126
Details Tab	126
Additional Notes Tab	128
C6576M Supervisor Module Dialog Box	129
Status Tab	129
Inventory Tab	131
Performance Tab	133
Additional Notes Tab	134
C6576M Ethernet Module Dialog Box	136
Details Tab	136
Additional Notes Tab	140
C6576M Ethernet Interface Dialog Box	141
Status Tab	141
Configuration Tab	144
Performance Tab	147
Routing Protocol Tab	149
STP Tab	152
HSRP Tab	156
QoS Tab	159
Additional Notes Tab	162
C6576M Switch Fabric Module Dialog Box	163
Details Tab	163
Performance Tab	165
Additional Notes Tab	166
C6576M FlexWAN Module Dialog Box	167
Details Tab	167
Additional Notes Tab	169
C6576M Port Adapter Dialog Box	170
Details Tab	170
Additional Notes Tab	172
C6576M Optical Services Modules Dialog Box	174
Details Tab	174
Additional Notes Tab	178
C6576M SLB Dialog Box	179
Details Tab	179
Client Side VLAN Tab	182
Server Side VLAN Tab	184
Server Farms Tab	186
Virtual Servers Tab	188
Additional Notes Tab	191
C6576M ATM T3 Interface Dialog Box	192
Status Tab	192
Configuration Tab	194
ATM/T3 Tab	196
Performance Tab	198
Routing Protocol Tab	201
Additional Notes Tab	203
C6576M ATM E3 Interface Dialog Box	204
Status Tab	204
Configuration Tab	206
ATM/E3 Tab	208
Performance Tab	209
Routing Protocol Tab	212
Additional Notes Tab	214
C6576M ATM SONET Interface Dialog Box	215
Status Tab	215
Configuration Tab	218
ATM/Sonet Tab	220
Performance Tab	222
Routing Protocol Tab	225
Additional Notes Tab	228
C6576M OSM GE-WAN Interface Dialog Box	229
Status Tab	229
Configuration Tab	231
Performance Tab	232
Routing Protocol Tab	235
HSRP Tab	238
Additional Notes Tab	241
C6576M OSM Channelized SONET Interface DialogBox	242
Status Tab	242
Configuration Tab	245
Performance Tab	249
Additional Notes Tab	251
C6576M OSM POS Interface Dialog Box	252
Status Tab	252
Configuration Tab	254
ATM/SONET Tab	255
Performance Tab	257
Routing Protocol Tab	259
Additional Notes Tab	261
C6576M OSM Serial Subinterface Dialog Box	263
Status Tab	263
Interface Configuration Tab	265
DS-3 Configuration Tab	266
Performance Tab	270
DS-3 Statistics Tab	272
Routing Protocol Tab	274
Additional Notes Tab	276
C6576M OSM POS Subinterface Dialog Box	277
Status Tab	277
Interface Configuration Tab	279
POS Tab	281
Performance Tab	283
POS Statistics Tab	286
Routing Protocol Tab	287
Additional Notes Tab	290
Logical Object Dialog Boxes	291
C6576M NE Config/Mgmt Dialog Box	293
Configuration Tab	293
System Information Tab	296
SNMP Tab	297
SNMP Trap Tab	298
Additional Notes Tab	302
C6576M Software Dialog Box	303
IOS Image Tab	303
Cat OS Image Tab	306
IOS Config File Tab	308
Cat OS Config File Tab	313
Additional Notes Tab	318
C6576M Syslog Dialog Box	319
IOS Tab	319
Catalyst OS Tab	321
Additional Notes Tab	323
C6576M VTP Dialog Box	324
Details Tab	324
Additional Notes Tab	326
C6576M VLAN Dialog Box	327
Status Tab	327
Configuration Tab	330
VLAN Membership Tab	331
Global Tab	333
STP Tab	335
QoS Tab	337
EoMPLS Tab	338
VLAN Database Tab	339
Additional Notes Tab	341
C6576M EtherChannel Dialog Box	342
Status Tab	342
Configuration Tab	344
Membership Tab	346
Routing Protocol Tab	348
STP Tab	349
HSRP Tab	353
Additional Notes Tab	357
C6576M BGP Dialog Box	358
BGP Tab	358
Neighbor Tab	361
Redistribution Tab	363
Distribution List Tab	365
Additional Notes Tab	367
C6576M OSPF Dialog Box	368
Details Tab	368
Area Tab	370
Network Tab	371
Global Tab	373
Neighbor Tab	375
Redistribution Tab	377
Distribution List Tab	379
Additional Notes Tab	381
C6576M EIGRP Dialog Box	382
Details Tab	382
Redistribution Tab	385
Distribution List Tab	387
Additional Notes Tab	389
C6576M IS-IS Dialog Box	390
Details Tab	390
Interfaces Tab	392
Redistribution Tab	394
Additional Notes Tab	395
C6576M NDE Configuration Dialog Box	396
Details Tab	396
NDE Filters Tab	398
Additional Notes Tab	400
C6576M STP Dialog Box	401
Details Tab	401
Additional Notes Tab	402
C6576M ACL Configuration Dialog Box	403
Details Tab	403
Additional Notes Tab	406
C6576M Loopback Dialog Box	407
Configuration Tab	407
Additional Notes Tab	408
C6576M QoS Dialog Box	409
Details Tab	409
Named Aggregate Tab	411
Class Maps Tab	414
Additional Notes Tab	416
C6576M QoS Policy Map Dialog Box	417
Policy Map Tab	417
Policy Map Classes Tab	419
Additional Notes Tab	424
Profiles	425
Network Element Profile	425
Creating a Network Element Profile	425
Applying a Network Element Profile	427
Syslog Profile	427
Creating a Syslog Profile	427
Applying a Syslog Profile	428
Alarms and Alarm Management	429
Viewing C65/76M Alarms	429
Event Browser	430
Full Event Description Dialog	432
C65/76M Alarms	433
SNMP Trap Alarms	434
Object State Alarms	437

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5-120

Cisco 6500/7600 Series Manager User Guide

Chapter 5

Physical Object Dialog Boxes

C6576M OSM GE-WAN Interface Dialog Box

•

In Discarded Pkts.—The number of inbound packets that were chosen to be discarded even though

no errors had been detected to prevent their being delivered to a higher-layer protocol. One possible

reason for discarding such a packet is to free up buffer space.

•

Out Discarded Pkts.—The number of outbound packets that were chosen to be discarded even

though no errors had been detected to prevent their being transmitted. One possible reason for

discarding such a packet is to free up buffer space.

•

In Dropped Pkts.—The number of packets dropped because the input queue was full.

•

Out Dropped Pkts.—The number of packets dropped because the output queue was full.

•

In Ignored Pkts.—Number of input packets that were ignored by this interface.

•

In Aborted Pkts.—Number of input packets that were aborted.

•

In Error Pkts.—The number of inbound packets that contained errors preventing them from being

deliverable to a higher-layer protocol.

•

Out Error Pkts.—Number of outbound packets that could not be transmitted because of errors.