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HP AM866A Brocade Access Gateway Administrator's Guide v6.3.0 (53-1001345-01, - Page 65

TABLE 9, Enable F_Port trunking.

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Trunking in Access Gateway mode 3 TABLE 8 Category Access Gateway trunking considerations for the Edge switch Description DCC Policy D.I. Zoning (D,I) AD (D, I) DCC and (PWWN, I) DCC DCC policy enforcement for the F_Port trunk is based on the Trunk Area; the FDISC requests to a trunk port is accepted only if the WWN of the attached device is part of the DCC policy against the TA. The PWWN of the FLOGI sent from the AG will be dynamic for the F_Port trunk master. Because you do not know ahead of time what PWWN AG will use, the PWWN of the FLOGI will not go through DCC policy check on an F_Port trunk master. However, the PWWN of the FDISC will continue to go through DCC policy check. Creating a Trunk Area may remove the Index ("I") from the switch to be grouped to the Trunk Area. All ports in a Trunk Area share the same "I". This means that Domain,Index (D,I), which refer to an "I", that might have been removed, will no longer be part of the switch. Note: Ensure to include AD, zoning and DCC when creating a Trunk Area. You can remove the port from the Trunk Area to have the "I" back into effect. D,I will behave as normal, but you may see the effects of grouping ports into a single "I". Also, D,I continues to work for Trunk Area groups. The "I" can be used in D,I if the "I" was the "I" for the Trunk Area group. Two masters QoS Note: "I" refers to Index and D,I refers to Domain,Index. Two masters is not supported in the same F_Port trunk group. Supported. The following table describes the PWWN format for F_Port and N_Port trunk ports. TABLE 9 PWWN format for F_Port and N_Port trunk ports NAA = 2 2f:xx:nn:nn:nn:nn:nn:nn (1) Port WWNs for: switch's FX_Ports. The valid range of xx is [0 - FF], for maximum of 256. NAA = 2 25:xx:nn:nn:nn:nn:nn:nn (1) Port WWNs for: switch's FX_Ports The valid range of xx is [0 - FF], for maximum of 256. 3. Configure the trunk on the Edge switch by assigning the Trunk Area (TA) using procedures under "Assigning a Trunk Area" on page 39. 4. Enable F_Port trunking. Access Gateway Administrator's Guide 45 53-1001345-01

Section	Page
About This Document	13
How this document is organized	13
Supported hardware and software	13
What’s new in this document	14
Document conventions	15
Text formatting	15
Command syntax conventions	15
Notes, cautions, and warnings	15
Notice to the reader	16
Key terms	16
Additional information	17
Brocade resources	17
Other industry resources	17
Optional Brocade features	18
Getting technical help	18
Document feedback	19
Access Gateway Basic Concepts	21
In this chapter	21
Brocade Access Gateway overview	21
Comparing Native Fabric and Access Gateway modes	21
Fabric OS features in Access Gateway mode	23
Access Gateway port types	24
Comparison of Access Gateway ports to standard switch ports	24
Access Gateway limitations	25
Configuring Ports in Access Gateway mode	27
In this chapter	27
Enabling and disabling Access Gateway mode	27
Port state description	29
Access Gateway mapping	30
Default port mapping	31
Adding F_Ports to an N_Port	33
Removing F_Ports from N_Ports	34
N_Port configurations	35
Displaying N_Port configurations	36
Unlocking N_Ports	36
Managing Policies and Features in Access Gateway Mode	37
In this chapter	37
Access Gateway policies overview	37
Displaying current policies	37
Access Gateway policy enforcement matrix	38
Advanced Device Security policy	38
How the ADS policy works	38
Enabling and disabling the Advanced Device Security policy	39
Setting the list of devices allowed to log in	39
Setting the list of devices not allowed to log in	40
Removing devices from the list of allowed devices	40
Adding new devices to the list of allowed devices	40
Displaying the list of allowed devices on the switch	41
ADS policy considerations	41
Upgrade and downgrade considerations for the ADS policy	41
Automatic Port Configuration policy	41
How the APC policy works	42
Enabling and disabling the APC policy	42
Automatic Port Configuration policy considerations	43
Upgrade and downgrade considerations for the APC policy	43
Port Grouping policy	43
How port groups work	43
Adding an N_Port to a port group	44
Deleting an N_Port from a port group	45
Removing a port group	45
Renaming a port group	45
Disabling the Port Grouping policy	45
Port Grouping policy modes	46
Creating a port group and enabling login balancing mode	46
Rebalancing F_Ports	47
Enabling Managed Fabric Name Monitoring mode	48
Disabling Managed Fabric Name Monitoring mode	48
Displaying the current fabric name monitoring timeout value	48
Setting the current fabric name monitoring timeout value	48
Port Grouping policy considerations	48
Upgrade and downgrade considerations for the Port Grouping policy	49
Persistent ALPA Policy	49
Enabling Persistent ALPA	50
Disabling Persistent ALPA	50
Persistent ALPA device data	50
Removing device data from the database	50
Displaying device data	51
Clearing ALPA values	51
Persistent ALPA policy considerations	51
Upgrade and downgrade considerations for Persistent ALPA	51
Failover	52
Failover configurations in Access Gateway	52
Enabling and disabling Failover on a N_Port	53
Enabling and disabling Failover for a port group	54
Upgrade and downgrade considerations for Failover	54
Adding a preferred secondary N_Port	54
Deleting F_Ports from a preferred secondary N_Port	54
Failback	55
Failback configurations in Access Gateway	55
Enabling and disabling Failback on an N_Port	56
Enabling and disabling Failback for a port group	57
Upgrade and downgrade considerations for Failback	57
Trunking in Access Gateway mode	57
How Trunking works	57
Trunking on the Edge switch in Access Gateway mode	58
Configuration management for trunk areas	59
Enabling Access Gateway trunking	60
Disabling F_Port trunking	62
F_Port Trunking monitoring	62
Trunking considerations for the Edge switch	62
Trunking considerations for Access Gateway mode	66
Upgrade and downgrade considerations for Trunking in Access Gateway mode	66
Adaptive Networking on Access Gateway	66
Upgrade and downgrade considerations with Adaptive Networking in AG mode enabled	67
Adaptive Networking on Access Gateway considerations	67
SAN Configuration with Access Gateway	69
In this chapter	69
Connectivity of multiple devices overview	69
Access Gateway cascading	69
Fabric and Edge switch configuration	70
Verifying the switch mode	71
Enabling NPIV on M-EOS switches	72
Connectivity to Cisco Fabrics	72
Enabling NPIV on a Cisco switch	73
Workaround for certain 4 Gbps QLogic-based devices	73
Editing Company ID List if no FC target devices on switch	73
Adding or deleting an OUI from the Company ID List	74
Enabling Flat FCID mode if no FC target devices on switch	74
Editing Company ID list if target devices on switch	75
Rejoining Fabric OS switches to a fabric	75
Reverting to a previous configuration	76
Troubleshooting	77

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Access Gateway Administrator’s Guide

53-1001345-01

Trunking in Access Gateway mode

The following table describes the PWWN format for F_Port and N_Port trunk ports.

Configure the trunk on the Edge switch by assigning the Trunk Area (TA) using procedures

under

“Assigning a Trunk Area”

on page 39.

Enable F_Port trunking.

DCC Policy

DCC policy enforcement for the F_Port trunk is based on the Trunk

Area; the FDISC requests to a trunk port is accepted only if the

WWN of the attached device is part of the DCC policy against the

TA. The PWWN of the FLOGI sent from the AG will be dynamic for

the F_Port trunk master. Because you do not know ahead of time

what PWWN AG will use, the PWWN of the FLOGI will not go

through DCC policy check on an F_Port trunk master. However, the

PWWN of the FDISC will continue to go through DCC policy check.

D.I. Zoning

(D,I) AD

(D, I) DCC and (PWWN, I) DCC

Creating a Trunk Area may remove the Index (“I”) from the switch

to be grouped to the Trunk Area. All ports in a Trunk Area share

the same “I”. This means that Domain,Index (D,I), which refer to

an “I”, that might have been removed, will no longer be part of the

switch.

Note

: Ensure to include AD, zoning and DCC when creating a

Trunk Area.

You can remove the port from the Trunk Area to have the “I” back

into effect. D,I will behave as normal, but you may see the effects

of grouping ports into a single “I”.

Also, D,I continues to work for Trunk Area groups. The “I” can be

used in D,I if the “I” was the “I” for the Trunk Area group.

Note

: “I” refers to Index and D,I refers to Domain,Index.

Two masters

Two masters is not supported in the same F_Port trunk group.

QoS

Supported.

TABLE 9

PWWN format for F_Port and N_Port trunk ports

NAA = 2

2f:xx:nn:nn:nn:nn:nn:nn

(1)

Port WWNs for:

switch’s FX_Ports.

The valid range of xx is [0 - FF],

for maximum of 256.

NAA = 2

25:xx:nn:nn:nn:nn:nn:nn

(1)

Port WWNs for:

switch's FX_Ports

The valid range of xx is [0 - FF],

for maximum of 256.

TABLE 8

Access Gateway trunking considerations for the Edge switch