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McData interoperability

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10 About fibre channel routing backbone fabric An FC Router can connect two edge fabrics; a backbone fabric connects FC Routers. The backbone fabric is the fabric to which the FC Router switch belongs. A backbone fabric consists of at least one FC Router and possibly a number of Fabric OS-based Fibre Channel switches. Initiators and targets in the edge fabric can communicate with devices in the backbone fabric through the FC Router. edge fabric A standard Fibre Channel fabric with targets and initiators connected through an FC Router to another Fibre Channel fabric. EX_Port A type of port that functions somewhat like an E_Port, but does not propagate fabric services or routing topology information from one fabric to another. FC Router A switch running FC-FC Routing Service. interfabric link (IFL) The link between an E_Port and an EX_Port, or a VE_Port and a VEX_Port. metaSAN The collection of all SANs interconnected with FC Routers. VEX_Port A virtual port that enables routing functionality via an FCIP tunnel. A VEX_Port is similar to an EX_Port. NOTE Devices on edge fabrics that are connected to a Brocade AP7420 Multiprotocol Router cannot communicate with devices in the backbone fabric. Figure 58 on page 137 shows a metaSAN with a backbone consisting of one FC Router connecting hosts in edge fabric 1 and 3 with storage in edge fabric 2 and the backbone fabric through the use of LSANs. A device is shared between: • The backbone fabric and edge fabric 1 • Edge fabric 1 and edge fabric 2 • Edge fabric 2 and edge fabric 3 MCDATA INTEROPERABILITY Brocade switches and McDATA legacy switches interoperate while operating in the open mode. With FCR, we can connect any Brocade to any McDATA fabric, without service disruption. All the existing features of the two fabrics remain the same, except that we are able to share devices between them. NOTE Web Tools does not work with McData edge-fabrics. You can configure any EX_Port on a FCR to be either McDATA Open Mode or McDATA Fabric Mode. You can setup the LSANzone with the shared devices from both fabrics. Once these configurations are done, and the ports are connected, devices are shared just like connecting two Brocade fabrics. FCR interoperates with McDATA edge fabrics in both the McDATA Open Mode 1.0 and the McDATA Fabric Mode. You have the ability to configure any EX_Port to connect to a McDATA fabric without disrupting the existing services. All the EX_Port functionality such as fabric isolation, device sharing, remains the same as connecting to an existing Brocade fabric. 136 Web Tools Administrator's Guide Publication Number: 53-1000435-01

Section	Page
Contents	5
About This Document	13
How this document is organized	13
Supported hardware and software	14
What’s new in this document	15
Document conventions	16
Text formatting	16
Notes, cautions, and warnings	16
Key terms	16
Additional information	17
Brocade resources	17
Optional Brocade features	19
Other industry resources	20
Getting technical help	20
Document feedback	21
Introducing Web Tools	23
In this chapter	23
Requirements, installation, and support	23
Requirements	23
Installing a Web Tools license	28
Value line licenses	30
Launching Web Tools	30
Administrative domains	31
Admin domains and login	32
Admin Domains and switch WWN	33
Admin domains and zoning	33
Role-Based access control	33
Session management	34
Logging In	34
Logging out	36
Requirements for IPv6 support	37
Using the Web Tools Interface	39
In this chapter	39
Viewing Switch Explorer	39
Tasks	41
Fabric Tree	41
Admin Domain Context	42
Switch View buttons	43
Switch View	43
Switch Events and Switch Information	44
Displaying tool tips	44
Refresh rates	46
Displaying switches in the fabric	46
Using Web Tools and secure mode	47
Web Tools Access and HTTP_POLICY	47
Opening modules in a secure fabric	47
Primary-FCS-only functionality	48
Disabled functionality	48
Working with Web Tools: recommendations	48
Managing Fabrics and Switches	51
In this chapter	51
Managing fabrics and switches using Web Tools	51
Opening the Switch Administration window	53
Refreshing the Switch Administration window	53
Opening the telnet window	53
Configuring IP and netmask information	54
Configuring a syslog IP address	55
Filtering IP Addresses	56
Managing blades	56
Enable or disable a blade	57
Configuring a switch	59
Enabling and disabling a switch	59
Changing the Switch Name	59
Changing the Switch Domain ID	60
Viewing and printing a switch report	60
Rebooting the switch	61
Performing a fast boot	61
Performing a reboot	61
Changing system configuration parameters	61
Configuring fabric parameters	61
Enabling insistent domain ID mode	63
Configuring virtual channel settings	64
Configuring arbitrated loop parameters	64
Configuring system services	65
Managing licensed features	65
Activating a license on a switch	66
Removing a license from a switch	67
Administering High Availability	67
Launching the High Availability Module	67
Synchronizing Services on the CP	68
Initiating a CP Failover	69
Monitoring events	70
Displaying Fabric Events	71
Displaying Switch Events	72
Filtering Fabric and Switch Events	73
Displaying a fabric summary report	75
Displaying the Name Server entries	75
Physically locating a switch using beaconing	77
Maintaining Configurations and Firmware	79
Maintaining configurations	79
Backing Up a configuration file	80
Restoring a configuration	81
Performing a firmware download	82
Managing Your Ports	85
In this chapter	85
Viewing and managing ports using Web Tools	85
Port Administration window components	87
Identifying controllable ports	88
Configuring ports	89
Configuring FC ports	89
Configuring FCIP ports	91
Configuring GbE ports	92
Assigning a name to a port	92
Enabling and disabling a port	93
Persistent enabling and disabling ports	93
Enabling and disabling NPIV ports	94
Activating ports	95
Swapping port index	97
Administering ISL Trunking	99
In this chapter	99
About Interswitch Link Trunking	99
Displaying trunk group information	100
Disabling or reenabling trunking mode on a port	100
Managing Administrative Domains	103
In this chapter	103
About administrative domains	103
Requirements for admin domains	103
User-defined admin domains	104
System-defined admin domains	104
Admin domain membership	105
Implementing administrative domains	105
Using the Admin Domain window	106
Opening the Admin Domain window	108
Refreshing fabric information	109
Refreshing admin domain information	109
Saving local admin domain changes	109
Closing the Admin Domain window	110
Creating and populating domains	110
Managing administrative domains	113
Adding and removing members	113
Renaming admin domains	115
Deleting admin domains	115
Administering Zoning	117
In this chapter	117
Introducing zoning	117
Zoning and admin domains	118
Configuring zoning	118
Opening the Zone Administration window	118
Setting the default zoning mode	119
Managing zoning with Web Tools	119
Refreshing fabric iNFOrmation	121
Refreshing Zone Administration window Information	121
Saving local zoning changes	122
Closing the Zone Administration window	123
Zoning views	123
Managing zone aliases	124
Creating and populating zone aliases	124
Adding and removing members of a zone alias	125
Renaming zone aliases	125
Deleting zone aliases	125
Managing zones	126
Creating and populating zones	126
Adding and removing members of a zone	127
Renaming zones	127
Copying zones	128
Deleting zones	128
Managing zone configurations	128
Creating zone configurations	129
Adding or removing zone configuration members	130
Renaming zone configurations	130
Copying zone configurations	131
Deleting zone configurations	131
Enabling zone configurations	131
Disabling zone configurations	132
Displaying enabled zone configurations	132
Displaying zone configuration summaries	134
Creating configuration analysis reports	135
Displaying zones Initiator/Target accessibility	135
Managing the zoning database	136
Adding a WWN to multiple aliases and zones	136
Removing a WWN from multiple aliases and zones	137
Replacing a WWN in Multiple Aliases and Zones	137
Searching for zone members	137
Clearing the Zoning Database	138
Using Zoning Wizards	138
Best practices for zoning	141
Monitoring Performance	143
In this chapter	143
Monitoring performance using Web Tools	143
Predefined performance graphs	144
User-defined graphs	147
Canvas configurations	148
Opening the Performance Monitoring window	148
Creating basic performance monitor graphs	149
Customizing basic monitoring graphs	149
Creating advanced performance monitoring graphs	151
Creating SID-DID Performance Graphs	151
Creating an SCSI vs. IP Traffic Graph	152
Creating SCSI Command Graphs	153
Creating AL_PA Error Graphs	154
Managing performance graphs	154
Saving graphs to a canvas	154
Adding graphs to a canvas	155
Printing graphs	155
Modifying graphs	156
Using the FC-FC Routing Service	157
In this chapter	157
Supported switches for fibre channel routing	157
About fibre channel routing	157
McData interoperability	158
Setting up FC-FC routing	159
Managing FC-FC routing with Web Tools	160
Launching the FC Routing module	160
Viewing and managing LSAN fabrics	161
Viewing and configuring EX_Ports	162
Viewing and configuring FCR router port cost	164
Viewing and configuring LSAN zones	164
Viewing LSAN Devices	165
Configuring the backbone fabric ID	166
Working With Diagnostic Features	169
In this chapter	169
Managing trace dumps	169
How a trace dump Is used	170
Setting up automatic trace dump transfers	170
Disabling automatic trace uploads	171
Displaying switch information	171
Displaying detailed fan hardware status	172
Displaying the temperature status	173
Displaying the power supply status	173
Checking the physical health of a switch	174
Interpreting port LEDs	176
Port icon colors	177
LED representations	177
Brocade 48000 Director LEDs	178
Administering Fabric Watch	179
In this chapter	179
Introduction to Fabric Watch	179
Using Fabric Watch with Web Tools	180
Configuring Fabric Watch thresholds	181
Configuring threshold traits	181
Configuring threshold alarms	183
Enabling or disabling threshold alarms for individual elements	183
Configuring alarms for FRUs	184
Displaying Fabric Watch alarm information	185
Displaying an alarm configuration Report	185
Displaying alarms	185
Configuring email notifications	186
Configuring the email server on a switch	186
Configuring the email alert recipient	186
Administering Extended Fabrics	189
In this chapter	189
About extended link buffer allocation	189
Configuring a port for long distance	191
Administering the iSCSI Target Gateway	193
In this chapter	193
Supported platforms for iSCSI	193
About the iSCSI service	193
Common Functions in the iSCSI Target Gateway Admin module	194
Terminology	195
Saving Changes	196
Setting up iSCSI Target Gateway Services	196
Launching the iSCSI Target Gateway Admin Module	197
Activating the iSCSI Feature	198
Configuring the IP Interface	198
Managing the iSCSI Virtual Targets	201
Viewing iSCSI Initiators	203
Managing Discovery Domains	204
Configuring CHAP	207
Configuring an iSCSI Fibre Channel Zone	209
Managing and Troubleshooting Accessibility	211
Using the Access Gateway	213
Enabling Access Gateway mode	213
Displaying the port mapping	214
Configuring port maps	215
Enabling failover and failback policies	215
Converting ports	216
Routing Traffic	219
In this chapter	219
About routing	219
Displaying FSPF routing	220
Enabling and disabling dynamic load sharing	221
Specifying frame order delivery	221
Configuring link cost	222
Configuring Standard Security Features	223
In this chapter	223
Creating and maintaining user-defined accounts	223
Creating and Deleting User-Defined Accounts	225
Changing Account Parameters	227
Maintaining Passwords	228
Configuring access control list policies	231
Configuring SNMP	233
Setting SNMP Trap Levels	233
Configuring SNMP Information	234
Managing RADIUS service	235
Enabling and Disabling RADIUS Service	237
Configuring the RADIUS Service	238
Modifying the RADIUS Server	238
Modifying the RADIUS Server Order	239
Removing a RADIUS Server	239
Administering FICON CUP Fabrics	241
In this chapter	241
About FICON CUP fabrics	241
Enabling port-based routing on the Brocade 4100, 5000, and 48000	242
Enabling or disabling FMS mode	243
Configuring FMS parameters	244
Displaying code page information	245
Displaying the control device state	245
Configuring CUP port connectivity	246
Displaying CUP Port Connectivity Configurations	247
Creating or Editing CUP Port Connectivity Configurations	248
Activating a CUP Port Connectivity Configuration	250
Copying a CUP Port Connectivity Configuration	250
Deleting a CUP Port Connectivity Configuration	250
Limitations	253
In this chapter	253
General Web Tools limitations	253
Platform-specific limitations	257

Match case Limit results 1 per page

136

Web Tools Administrator’s Guide

Publication Number: 53-1000435-01

About fibre channel routing

backbone fabric

An FC Router can connect two edge fabrics; a

backbone fabric

connects FC

Routers. The backbone fabric is the fabric to which the FC Router switch

belongs. A backbone fabric consists of at least one FC Router and possibly a

number of Fabric OS-based Fibre Channel switches. Initiators and targets in

the edge fabric can communicate with devices in the backbone fabric through

the FC Router.

edge fabric

A standard Fibre Channel fabric with targets and initiators connected through

an FC Router to another Fibre Channel fabric.

EX_Port

A type of port that functions somewhat like an E_Port, but does not propagate

fabric services or routing topology information from one fabric to another.

FC Router

A switch running FC-FC Routing Service.

interfabric link (IFL)

The link between an E_Port and an EX_Port, or a VE_Port and a VEX_Port.

metaSAN

The collection of all SANs interconnected with FC Routers.

VEX_Port

A virtual port that enables routing functionality via an FCIP tunnel. A

VEX_Port is similar to an EX_Port.

NOTE

Devices on edge fabrics that are connected to a Brocade AP7420 Multiprotocol Router cannot

communicate with devices in the backbone fabric.

Figure 58

on page 137 shows a metaSAN with a backbone consisting of one FC Router connecting

hosts in edge fabric 1 and 3 with storage in edge fabric 2 and the backbone fabric through the use

of LSANs. A device is shared between:

•

The backbone fabric and edge fabric 1

•

Edge fabric 1 and edge fabric 2

•

Edge fabric 2 and edge fabric 3

MCDATA INTEROPERABILITY

Brocade switches and McDATA legacy switches interoperate while operating in the open mode.

With FCR, we can connect any Brocade to any McDATA fabric, without service disruption. All the

existing features of the two fabrics remain the same, except that we are able to share devices

between them.

NOTE

Web Tools does not work with McData edge-fabrics.

You can configure any EX_Port on a FCR to be either McDATA Open Mode or McDATA Fabric Mode.

You can setup the LSANzone with the shared devices from both fabrics. Once these configurations

are done, and the ports are connected, devices are shared just like connecting two Brocade

fabrics.

FCR interoperates with McDATA edge fabrics in both the McDATA Open Mode 1.0 and the McDATA

Fabric Mode. You have the ability to configure any EX_Port to connect to a McDATA fabric without

disrupting the existing services. All the EX_Port functionality such as fabric isolation, device

sharing, remains the same as connecting to an existing Brocade fabric.