1. Log into Connectrix Manager using the Username and password that was provided by the Customer. Note that the default username and password is Administrator and password.
2. You should now be in Product view. From Product view, double click on the switch Icon.
3. You should now be in Hardware view. From Hardware view, move the mouse pointer over the Maintenance Icon and select the data collection option. In version 6.0 and above, you need to select the maintenance pull down menu and select data collection.
4. This will bring up the Save Data Collection dialog box. Type the name that you would like to save the data collection as in the File Name: text box. We recommend that you save it in the format of Customername_switchname_date.zip (i.e.. enron_sw01_08082002.zip). In what directory it is saved in is unimportant as long as you remember where it is.
5. Take the zip disk currently in the zip drive out of the zip drive and replace it with the one that came with the replacement part.
6. Move the data collection file to the zip disk (cut or copy and paste).
7. Take the zip disk containing the data collection out of the zip drive and replace it with the one that was originally in there.
8. Include the zip disk containing the data collection with the part being returned.
What is “Tier 0” in Storage Environments?
Tier "0" is not new in storage market but for implementation purposes it has been difficult to accommodate because it requires best performance and lowest latency. Enterprise Flash disks (Solid State Disks) capable to meet this requirement. It is possible to get more performance for company most critical applications. The performance can be gained through using Flash drives supported in VMAX and DMX-4 systems. Read More →
MDS Interoperability Mode Limitations
When a VSAN is configured for the default interoperability mode, the MDS 9000 Family of switches is limited in the following areas when interoperating with non-MDS switches:
• Interop mode only affects the specified VSAN. The MDS 9000 switch can still operate with full functionality in other non-interop mode VSANs. All switches that partake in the interoperable VSAN should have that VSAN set to interop mode, even if they do not have any end devices.
• Domain IDs are restricted to the 97 to 127 range, to accommodate McData's nominal restriction to this same range. Domain IDs can either be set up statically (the MDS 9000 switch will only accept one domain ID; if it does not get that domain ID, it isolates itself from the fabric), or preferred (if the MDS 9000 switch does not get the requested domain ID, it takes any other domain ID).
• TE ports and PortChannels cannot be used to connect an MDS 9000 switch to a non-MDS switch. Only E ports can be used to connect an MDS 9000 switch to a non-MDS switch. However, TE ports and PortChannels can still be used to connect an MDS 9000 switch to other MDS 9000 switches, even when in interop mode.
• Only the active zone set is distributed to other switches.
• In MDS SAN-OS Release 1.3(x), Fibre Channel timers can be set on a per VSAN basis. Modifying the times, however, requires the VSAN to be suspended. Prior to SAN-OS Release 1.3, modifying timers required all VSANs across the switch to be put into the suspended state.
• The MDS 9000 switch still supports the following zoning limits per switch across all VSANs:
– 2000 zones (as of SAN-OS 3.0, 8000 zones)
– 20000 aliases
– 1000 zone sets
– 20000 members
– 8000 LUN members
– 256 LUN members per zone/alias
Brocade Interoperability Mode Limitations
When interoperability mode is set, the Brocade switch has the following limitations:
• All Brocade switches should be in Fabric OS 2.4 or later.
• Interop mode affects the entire switch. All switches in the fabric must have interop mode enabled.
• Msplmgmtdeactivate must be run prior to connecting the Brocade switch to either an MDS 9000 switch or a McData switch. This command uses Brocade proprietary frames to exchange platform information. The MDS 9000 switch and McData switches do not understand these proprietary frames, and rejection of these frames causes the common E ports to become isolated.
• Enabling interoperability mode is a disruptive process to the entire switch. It requires the switch to be rebooted.
• If there are no zones defined in the effective configuration, the default behavior of the fabric is to allow no traffic to flow. If a device is not in a zone, it is isolated from other devices.
• Zoning can only be done with pWWNs. You cannot zone by port numbers or nWWNs.
• To manage the fabric from a Brocade switch, all Brocade switches must be interconnected. This interconnection facilitates the forwarding of the inactive zone configuration.
• Domain IDs are restricted to the 97 to 127 range to accommodate McData's nominal restriction to this same range.
• Brocade WebTools will show a McData switch or an MDS 9000 switch as an anonymous switch. Only a zoning configuration of the McData switch or the MDS 9000 switch is possible.
• Private loop targets will automatically be registered in the fabric using translative mode.
• Fabric watch is restricted to Brocade switches only.
• The full zone set (configuration) is distributed to all switches in the fabric. However, the full zone set is distributed in a proprietary format, which only Brocade switches accept. Other vendors reject these frames, and accept only the active zone set (configuration).
• The following services are not supported:
– The Alias Server
Brocade Switches:
How to merge two switches with different active zone sets."
Merging Two B-series Directors and/or Switches with Different Active Zoning Configurations
Before Beginning The following procedure is disruptive to fabric traffic.:
--It will require disabling the switch and the removal of the effective zoning configurations at one step. Removing this configuration will stop the data flow. Since this step in the procedure takes only a few moments to complete, data should resume as soon as the new configuration is activated.
To evaluate the impact on an OS platforms and applications, please refer to the ESN Topology Guide for OS platform timeout recommendations as well as the actual configuration files of the servers to identify their current timeout settings.
Supported Director and Switch Types
The following information on fabric merging applies to the following EMC Director and Switch types:
ED-12000B
DS-32B2
DS-16B2
DS-16B
DS-8B
NOTE: Also applies to similar OEM version of these switch types. See ESM for latest switch firmware qualification prior to merging non-EMC Directors and/or Switches into an EMC SAN.
Host Requirements:
A host computer with a FTP service is required.
Merging
1. Log into the first switch via telnet or WebTools
a. Known as “swo1” for this example
b. For DS-16Bs, DS-8Bs, and comparable switch models running firmware 2.5.0d and above, default access zoning must be set to “ALLACCESS”
NOTE: This is an offline command that will interrupt data flow.
1. Issue switchdisable command
2. Issue configure command
3. Enter “y” when prompted for “Zoning Operation parameters”
4. Enter “1” when prompted for “Default Access”
5. Enter “n” for all other parameters
6. Issue switchenable command
2. Upload the first switch (or one switch of a multi-switch fabric) configuration to a host using FTP
a. Use configupload command or use WebTools
b. Name the file “sw01_config.txt”
1. All zoning and configuration data for this switch will be located in this file.
3. Log into the second switch via telnet or WebTools
a. Known as “sw02” for this example
b. For DS-16Bs, DS-8Bs, and comparable switch models running firmware 2.5.0d and above, default access zoning must be set to “ALLACCESS”
NOTE: This is an offline command that will interrupt data flow.
1. Issue switchdisable command
2. Issue configure command
3. Enter “y” when prompted for “Zoning Operation parameters”
4. Enter “1” when prompted for “Default Access”
5. Enter “n” for all other parameters
6. Issue switchenable command
4. Upload the switch configuration to a host using FTP
a. Use configupload command or use WebTools
b. Name the file “sw02_config.txt”
1. All zoning and configuration data for this switch will be located in this file.
5. Open in a text editor (i.e. Microsoft Word, VI, emacs, etc) for both “sw01_config.txt” and “sw02_config.txt” files
a. The uploaded configuration contains a list of switches in the fabric, list of ISLs, list of ports, name server data, and zoning information.
b. For the purposes of merging, one need only be concerned with the zoning section of the uploaded configuration, which may be found at the end of the file. It contains zones, aliases, and defined and effective configurations.
Example sw01_config.txt Zoning Section
[Zoning]
cfg.cfg_1:zone_1
zone.zone_1:10:00:00:08:00:00:00:01
alias.HBA1:10:00:00:08:00:00:00:01
enable:cfg_1
Example sw02_config.txt Zoning Section
[Zoning]
cfg.cfg_2:zone_2
zone.zone_2:10:00:00:00:09:00:00:02
alias.HBA2:10:00:00:00:09:00:00:02
enable:cfg_2
6. Make a copy of “sw01_config.txt” and rename the copy as “configmerge.txt”
7. Copy aliases from “sw02_config.txt”
a. Highlight and copy the alias data
8. Paste aliases from “sw02_config.txt” to “configmerge.txt”
a. Paste under existing alias data in “configmerge.txt”
9. Copy zones from “sw02_config.txt”
a. Highlight and copy the zone data
10. Paste zones from “sw02_config.txt” to “configmerge.txt”
a. Paste under existing zone data in “configmerge.txt”
11. Copy zone names from “cfg.cfg” line of “[Zoning]” section from “sw02_config.txt” to “configmerge.txt”
a. Copy zone name(s) to “cfg.cfg” line after existing zones separating each zone with a semicolon
b. The last zone name will not be followed by a semicolon
Example Configmerge.txt Zoning Section After Paste from sw02_config.txt
[Zoning]
cfg.cfg_1:zone_1;zone_2
zone.zone_1:10:00:00:08:00:00:00:01
zone.zone_2:10:00:00:00:09:00:00:02
alias.HBA1:10:00:00:08:00:00:00:01
alias.HBA2:10:00:00:00:09:00:00:02
enable:cfg_1
NOTE: Areas highlighted in red above illustrate the additions from “sw02_config.txt”
12. Save changes to “configmerge.txt”
13. Download “configmerge.txt” to sw01
a. Use configdownload command or use WebTools
1. If using configdownload command, the switch must be manually disabled before downloading commences. Use the switchdisable command. After completion, the switch must be manually enabled. Use the switchenable command.
2. Using WebTools automatically disables and re-enables the switch.
b. After downloading, the newly merged configuration is automatically the effective configuration because it is already specified in the “[Zoning]” section as the enabled configuration.
14. Issue cfgsave command on sw01
a. Saves the configuration to flash
15. Issue cfgshow command to see defined and effective zoning configurations
Example Output of cfgshow Command on sw01 After Configmerge.txt is Downloaded
Defined configuration:
cfg: cfg_1 zone_1; zone_2
zone: zone_1 10:00:00:08:00:00:00:01
zone: zone_2 10:00:00:00:09:00:00:02
alias: HBA1 10:00:00:08:00:00:00:01
alias: HBA2 10:00:00:00:09:00:00:02
Effective configuration:
cfg: cfg_1
zone: zone_1 Protocol:ALL 10:00:00:08:00:00:00:01
zone: zone_2 Protocol:ALL 10:00:00:00:09:00:00:02
16. On sw02, issue the following commands to remove both defined and effective zoning configurations
a. cfgdisable
b. cfgclear
c. cfgsave
17. Issue cfgshow command to see defined and effective zoning configurations
Example Output of “cfgshow” Command on Second Switch After Removing the Configuration
Defined configuration:
no configuration defined
Effective configuration:
no configuration in effect
18. Connect the switches via a fiber optic cable to the ports chosen to be E_ports.
a. sw02 will inherit the zoning data from sw01 when they exchange fabric parameters.
NOTE: Be sure to check that both switches have unique Domain IDs. Be sure to check the fabric parameters such as EDTOV, RATOV, Data Field Size, Core Switch PID are identical.
19. Issue cfgshow command on second switch to see defined and effective zoning configurations.
Example Output of cfgshow Command on sw02 After Fabric Merge
Defined configuration:
cfg: cfg_1 zone_1; zone_2
zone: zone_1 10:00:00:08:00:00:00:01
zone: zone_2 10:00:00:00:09:00:00:02
alias: HBA1 10:00:00:08:00:00:00:01
alias: HBA2 10:00:00:00:09:00:00:02
Effective configuration:
cfg: cfg_1
zone: zone_1 Protocol:ALL 10:00:00:08:00:00:00:01
zone: zone_2 Protocol:ALL 10:00:00:00:09:00:00:02
NOTE: Zoning configurations on both switches are now identical.
20. Issue switchshow and fabricshow commands to verify a successful fabric merge
Hope this info will help you to replace a switch in your enviornment or merge.
About Me
- Diwakar
- Sr. Solutions Architect; Expertise: - Cloud Design & Architect - Data Center Consolidation - DC/Storage Virtualization - Technology Refresh - Data Migration - SAN Refresh - Data Center Architecture More info:- diwakar@emcstorageinfo.com