Addendum - Heterogeneous Open SAN Design
Reference Guide - Director Fabric
Part Number: AA-RQ6NB-TE
Second Edition (November 2001)
This document describes the configuration rules for Director Fabric (StorageWorks SAN Director 64 and
McDATA ED-5000) switches in a heterogeneous open SAN. This document replaces Chapter 5 of the
Heterogeneous Open SAN Design Reference Guide, 2nd edition (AA-RMPNC-TE).
Obtain the latest version of the Heterogeneous Open SAN Design Reference Guide through this link:
http://www.compaq.com/products/storageworks/san/documentation.html
For the latest version of this Addendum and other heterogeneous open SAN documentation, visit the
Compaq storage website at:
http://www.compaq.com/san
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Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric
Second Edition (November 2001)
Par t Number: AA-RQ6NB-TE
2 Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric
Addendum Contents
Addendum Contents
This addendum covers the following topics:
SAN Configuration Rules with SAN Director 64
-- Overview
-- SNIA SSF Configurations
-- StorageWorks SAN Director 64
-- McDATA Enterprise Director 5000
-- McDATA ED-5000 and SAN Director 64 Configurations
-- Supplemental Information
Intended Audience
This document is intended for customers who have purchased the Compaq StorageWorks SAN
Director 64 or the McDATA ED-5000 and who wish to incorporate them into a heterogeneous open
SAN.
Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric 3
SAN Configuration Rules with SAN Director 64
SAN Configuration Rules with SAN Director 64
Overview
The Compaq StorageWorks SAN Director 64 provides high performance Fibre Channel switching
suitable for use in SAN fabrics where high port count and high reliability are required. The SAN
Director 64 is compatible with the McDATA Enterprise Director 5000.
Compaq supports the SAN Director 64 and McDATA ED-5000 in configurations with up to four
switches. A four switch SAN Director 64 configuration may have up to 253 user ports, depending on
the interconnection topology.
SNIA SSF Configurations
Compaq supports the SAN Director 64 and the McDATA ED-5000 in SAN configurations that are
compliant with the guidelines defined by the SNIA Supported Solution Forum.
The Storage Networking Industry Association (SNIA) sponsors the Supported Solutions Forum (SSF).
SSF is a storage industry program that improves the interoperability of Fibre Channel products.
Compaq is a member of SNIA and SSF.
SSF has defined two configurations with heterogeneous servers and heterogeneous storage systems.
One configuration uses a Fibre Channel fabric made of Brocade switches, and the other configuration
uses a fabric of McDATA switches.
Compaq supports both configurations. For additional information on this program, refer to
http://www.snia.org/English/Forums/Supported_Solutions/Supported_Solutions_FS.html
StorageWorks SAN Director 64
Product Description
The StorageWorks SAN Director 64 is a highly reliable Fibre Channel SAN switch designed to
accommodate today's storage protocols and emerging SAN protocols. It provides non-blocking
switching between 64 ports, each operating at a 1 Gbps signaling speed.
Product Features
The SAN Director 64 supports connections to application servers running Microsoft Windows,
Compaq OpenVMS, Compaq Tru64 UNIX, and Sun Solaris operating systems. It supports
connections to the StorageWorks HSG80 family of disk array storage systems.
The SAN Director 64 offers features that improve switch availability. All field-replaceable units are
hot-swappable for uninterrupted operation. New firmware images can be downloaded while the unit is
online, and the new firmware can be activated while frames are in flight with no disruption to the
traffic flow.
The SAN Director 64 supports remote campuses up to 100 km away with long wave transceivers and
use of repeaters. The supported distance depends on the use of various different cables and repeaters:
Shortwave: Up to 500 m (1,600 ft)
Longwave: Up to 20 km (12 mi)
With Repeaters: Up to 100 km (63 mi)
Fibre Channel loop devices are not supported.
4 Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric
SAN Configuration Rules with SAN Director 64
Zoning Features
The SAN Director 64 supports Fibre Channel zoning functions that prevent specific N_Ports
connected to the switch from communicating with one another. This feature provides a level of security
against accidental erroneous traffic that might cause server failure or other SAN problems.
Soft zoning is supported. Soft zoning is managed fabric-wide and is compatible with the ED-5000
zone feature implementation. All zone configurations are maintained on the Product Manager,
however, a copy of the active zone configuration is maintained in the non-volatile memory of each
switch.
Soft zoning is a mechanism for managing the connections between attached devices by utilizing the
Name Server information. Essentially, the attached devices are provided only with the information
about the other devices in a common zone. Zone management is performed using the SDC Manager.
The Name Server hides information about N_Ports that are not in a common zone with the requesting
N_Port; thus, a Name Server "zone" is simply a set of N_Ports that are visible to each other. A "zone
set" is a set of zones that may be active on the switch at a given time. The functional details of zoning
are as follows:
An N_Port belonging to a soft "zone" is permitted to query the Name Server and learn about all
other N_Ports in a common zone, but not about N_Ports outside of its zones.
The active zone and zone set are configurable and stored in nonvolatile memory on the switch.
Changes to the active configuration will not take affect until the configuration is explicitly enabled,
or an initial machine load (IML) reset is performed on the switch.
An implicit "default soft zone" exists containing all N_Ports that do not explicitly belong to any
active zone. The default zone can be disabled, but is enabled by default.
An N_Port can belong to multiple Name Server zones.
Soft zone members may be specified by the worldwide name of the attached port.
All N_Ports that have registered to receive Registered State Change Notifications (RSCN) from
the switch receive only RSCNs for N_Ports that are in a common zone. When the membership of
an active zone changes due to a zone configuration change, RSCNs are sent to all registered
N_Ports.
Fabrics may be connected together to make larger fabrics. The zone definitions used in the two fabrics
will usually be different. When the two fabrics are merged, each fabric should acquire the other's
zoning data. If you do not have conflicts between the zone definitions in the two fabrics, the zone
definitions are unique and may be merged together. This process occurs automatically when the fabrics
are connected, and does not disrupt fabric traffic.
If the zone definitions in the two fabrics have conflicting information, then the fabrics cannot be
merged automatically. The switches do not have the ability to automatically resolve the zone definition
conflicts. In this case, the two fabrics will not connect together, and the result is a segmented fabric.
In the event of zoning conflicts (and the resulting fabric segmentation), you should insure no duplicate
zone names exist between the two fabrics. If duplicate names exist, you can rename one of the zones
using the SANworks Director Connectivity Manager utility. Once the duplicate zone names are
correct, you can merge the fabrics.
Zoning Rules
Compaq supports fabric configurations in which each type of operating system is located in a separate
zone.
Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric 5
SAN Configuration Rules with SAN Director 64
SAN Director 64 Connectivity Management Utility
The SAN Director 64 is managed using the SANworks Director Connectivity Manager (SDCM)
utility. This application provides a user-friendly interface with graphical displays and real time
interactive displays of operational status and performance statistics.
The management tool runs on the SDCM server, a notebook. The SDCM server and the switches are
connected to a 10/100 Mbps Ethernet LAN for management communication.
The SAN Director 64 provides three management access methods:
SANworks Director Connectivity Manager (SDCM) using the notebook PC server.
SAN Director 64 web interface on the enterprise LAN.
Simple Network Management Protocol (SNMP).
SDCM Server
SDCM contains the SAN Director 64 Product Manager as well as additional McDATA product
managers. The SDCM server (or network access to the Director's embedded web server application) is
required to install, configure, and manage the Director. Although the Director operates normally
without an SDCM server, the server is required to monitor Director operation, log events and
configuration changes, and report failures via Compaq's Proactive Service application. SDCM
implements an inband management agent that is addressed via the well-known hexadecimal address
FF FF FA.
The SDCM server provides a central point of control for up to 48 LAN-connected Directors. The
server is mounted in a slide-out drawer in the SAN Director 64 cabinet. The SDCM server is dedicated
to performing SDCM tasks.
Embedded Web Server
An Embedded Web Server (EWS) provides browser access to the switch via the Ethernet interface.
EWS supports both the Netscape and IE browsers. The enterprise LAN connection allows the SAN
Director 64web browser interface to be viewed by any computer on the LAN. Password protection is
provided to maintain management security. The web server provides a subset of the functionality
provided by the SDCM Product Manager.
The web interface provides the following basic user administration functions for the SAN Director 64.
Switch View. The switch view provides basic operational information about the switch.
Port View. The port view provides statistics about each port .
Administration/Setup. The administration/setup panel provides the ability to set or modify the
operational characteristics of the switch.
The web server provides access to statistics on demand. These statistics are provided as a snap shot of
the operation and do not reflect activity relative to time.
SNMP Agent
An SNMP agent embedded in the switch is a secondary management interface that is connected via the
Ethernet interface. All of the management interfaces coexist in the switch; however, SNMP defaults to
read-only and must be configured to allow updating of MIB variables (for example, read-write mode).
The SNMP agent within the switch supports the SNMPv1 protocol and data formats as defined in
RFCs 1157 and 1155, respectively.
6 Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric
SAN Configuration Rules with SAN Director 64
MIB variables managed by the SNMP agent are accessible to management stations belonging to
SNMP communities known to the switch. The SNMP agent signals operational state changes and
failure conditions in an unsolicited manner by sending SNMP Trap messages to one or more
management stations as configured through the Product Manager.
Maintenance Port
The SAN Director 64 has an RS232 maintenance port that can be connected to a standard PC running
an ASCII terminal emulator program. This interface provides command line access to switch
maintenance operations. All online maintenance port functionality is password protected to prevent
unauthorized use. Use of the maintenance port is restricted to the following user domain:
Manufacturing: Used for factory download of the switch firmware, for running offline
diagnostics, and for initializing FRU and system vital product data.
Service: Used for running offline diagnostics. In addition, commands are provided to configure the
physical address, IP address and subnet mask of the SD-64 Ethernet port.
Engineering: Used for monitoring internal switch operations, debugging operational software,
and analyzing problems.
Test: Used for fault injection, automated test scripts, and other testing techniques.
Security
The SAN Director 64 provides a high level of data security. Access to management functions is
controlled by passwords, and unauthorized attempts to change device parameters are prevented by the
configuration management tools.
Since the communication between the management tools and the SAN Director 64 is by an Ethernet
LAN connection, security issues that may exist on an existing LAN must be reviewed to insure the
integrity of the configuration management interface. For example, the SAN Director 64 management
interface should not be connected to a LAN that has unrestricted access by Internet users.
The included management PC is provided with two Network Interface Cards (NICs), one for
connection to a private LAN that connects to the switch and one that optionally may be used for
connection to the enterprise LAN in the computer room or office area. This dual network approach
isolates the switches from potential security and network issues (such as Internet virus programs) that
may exist on the enterprise LAN.
Maximize the configuration security of the SAN Director 64 by using a dedicated LAN for
communicating between the management station and the switches.
McDATA Enterprise Director 5000
Product Description
The ED-5000 provides 32-port switched connectivity between Fibre Channel servers and devices in a
storage area network (SAN) environment. The ED-5000 implements Fibre Channel technology that
provides scalable bandwidth (1.0625 gigabits per second), redundant switched data paths, high
availability, fault detection and isolation, and continuous uptime.
Product Support Method
McDATA sells the ED-5000. There is no Compaq part number. McDATA provides service and support
of ED-5000 switches. A bilateral Customer Support Agreement (CSA) between Compaq and
McDATA has been formalized to reduce the time needed to resolve customer issues.
Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric 7
SAN Configuration Rules with SAN Director 64
Supported ED-5000 Configurations
Support for the ED-5000 switch in Compaq SAN environments is limited to the server platforms,
operating systems, and layered products shown in Table 3.
McDATA ED-5000 and SAN Director 64 Configurations
The McDATA ED-5000 and the Compaq StorageWorks SAN Director 64 may be used in the same
SAN. The configuration rules in the following sections must be followed.
Software Configurations
Refer to Table 2 and Table 3 for information on supported operating system versions, driver versions,
host bus adapter firmware versions, switch firmware versions, and array controller versions.
Hardware Configurations
The following platforms and storage systems are supported:
Compaq Proliant servers
Compaq servers with the OpenVMS operating system
Compaq servers with the Tru64 UNIX operating system
Sun Microsystems servers with the Solaris operating system
StorageWorks HSG80 storage systems
The following fabric and storage configurations are supported:
Up to four switches in each fabric, with any combination of Compaq StorageWorks SAN Director
64 switches and McDATA ED-5000 switches
Only WWID zoning is supported
Servers must be in zones so that each operating system type is in its own zone
All logical units must be selectively presented to the host servers using SSP
A maximum of three hops is allowed per fabric
Supported Combinations of Switches
Each fabric must consist exclusively of switches manufactured by McDATA. Permissible switches
include the StorageWorks SAN Director 64, the McDATA ED-5000, and the EMC Connectrix. The
firmware version specified in the Supplemental Tables must be used in all cases. Refer to
http://www.compaq.com/products/storageworks/san/documentation.html for the latest version of the
Supplemental Tables, which contain information on supported operating system drivers, host adapters,
and microcode versions.
Cabling Rules
The SAN Director 64 provides industry standard "LC" connectors for the Fibre Channel optical
connections. Note that these are smaller than the "SC" connectors used in previous Compaq optical
Fibre Channel storage products. The ED-5000 provides "SC" connectors.
Cables are available with SC connectors on one end and LC connectors on the other end. Adapters are
also available. Refer to the SAN Director 64 QuickSpecs document for additional information.
8 Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric
SAN Configuration Rules with SAN Director 64
Multifabric SANs
To maximize data availability, Compaq recommends that two or more independent fabrics be used in
all Compaq SAN designs. This approach provides a redundant communication path between servers
and storage systems, which protects against the failure of a host adapter, a fabric, or an array controller
port. In order to maintain independence, you cannot have an ISL connection between the fabrics. Refer
to the chapters on SAN topologies and on best practices in the Heterogeneous Open SAN Design
Reference Guide for additional information on multifabric SAN design issues.
The two fabrics should be similar in size and topology. Because the application server failover
software does not recognize the concept of "primary" and "secondary" ports, you cannot balance the
load between two dissimilar fabrics.
Figure 1 shows a dual fabric SAN, each with one SAN Director 64. Notice that there is no Fibre
Channel connection between the two fabrics.
Fabri c Fabric
Figure 1: Dual Fabric SAN
Topology Limits
Compaq supports any combination of up to four SAN Director 64 or McDATA ED-5000 switches in a
single Fibre Channel fabric.
Use no more than a maximum of three hops (ISLs that must be used to get from any given port to any
other given port) in a fabric. This limit allows any of the supported StorageWorks SAN topologies to
be used. With four switches, the maximum possible number of hops is three, regardless of how the
switches are connected.
There is no restriction on fabric topology: The fabric may be a ring, a cascade, or a mesh. Refer to
Chapters 2 and 10 of the Heterogeneous Open SAN Design Guide for additional information on SAN
topologies.
Compaq does not support interconnection between the SAN Director 64 and the SAN Switch family of
switches (SAN Switch 8, 8EL, 16, and 16EL). The ED-5000 and SAN Director 64 may be used in any
combination that meets the other restrictions described here.
Each SAN Director 64 has upto 64 Fibre Channel ports. Of these, up to 32 ports may be used for
connections to ISLs. Any combination of ports may be used for ISL connections. Up to four ports per
connection to any one switch on an ED-5000 may be used for ISLs. Up to 12 total ports may be used
for ISL connections in a 4-switch fabric. Mixed configurations that include both SAN Director 64 and
ED-5000 switches must remain within these limits.
The illustrations below show some typical fabric configurations.
Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric 9
SAN Configuration Rules with SAN Director 64
Figure 2: Four SAN Director 64s in a Mesh Fabric
Figure 2 shows four SAN Director 64 units in a mesh. A total of six Inter-Switch Links (ISLs) is
shown for each switch, but up to 32 are supported.
Figure 3: Three SAN Director 64s and a McDATA ED-5000 in a Cascade Fabric
10 Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric
SAN Configuration Rules with SAN Director 64
Figure 3 shows a Fibre Channel fabric consisting of three SAN Director 64s and one McDATA
ED-5000 in a cascade topology. Note that there is no restriction on the location of the ED-5000, and
that the configuration could have consisted of any other combination of the two types of switches.
Figure 4: Four SAN Director 64s in a Ring Fabric
Figure 4 shows a Ring configuration. Because each SAN Director 64 supports up to 32 ISL
connections, each ISL shown in this figure could be replaced by 16 ISLs. Since the four switches have
a total of 64 ports, 128 ports are available for server and storage connections in this case.
EBS, DRM, EVM, and Microsoft Cluster Support
Compaq supports these software products in SANs using the McDATA ED-5000 or the
SAN Director 64. Refer to the product documentation for additional configuration restrictions or
limitations.
EBS, DRM, EVM, and Cluster Support
Compaq supports certain SANworks software products in SANs using the McDATA ED-5000 or the
SAN Director 64. Table 1 shows the currently supported configurations. Refer to the product
documentation for additional configuration restrictions or limitations.
Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric 11
SAN Configuration Rules with SAN Director 64
Table 1: Supported SANworks Software Applications
SANworks Software Product S uppor t
DRM Not Supported
EVM Fully Supported
NetWork View Suppor ted; see the application note:
Managing Compaq StorageWorks SAN Director 64 Switch
in Network View Version 2.0
Clustering Refer to Table 2 for Specific Operating System
EBS MDR Firmware:
V1185
Tape Libraries:
ESL9326
ESL9198
MSL5026
TL895
Backup Applications:
Veritas Netbackup
Veritas Backup Exec
Legato NetWorker
CA Arcserve
Supplemental Information
The following tables contain revision information for operating systems and hardware supported in a
McDATA SAN.
Table 2 shows the required switch firmware versions and the required versions for the SDCM
management software.
Table 2: Switch Firmware
Management Software
Switch Switch Firmware Version Version
McDATA ED-5000 3.01.00 Build 17 SANworks Director
Configuration Manager
(SDCM) 4.1.2 Build 14
SAN Director 64 1.2.2 Build 6 SANworks Director
Configuration Manager
(SDCM) 4.1.2 Build 14
Table 3 shows the required software versions for the supported operating systems and storage systems.
12 Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric
SAN Configuration Rules with SAN Director 64
Table 3: ACS 8.5 and ACS 8.6-1 Platform/Storage System SAN Attachment Summary with HBA Drivers
and Firmware Revisions for SAN Director 64 and McDATA ED-5000 Installations
HBA Driver / MA6000, MA8000, RA8000,
Platform or Operating
Platform HBA Firmware Rev. EMA12000/16000, ESA12000 Storage
System
SAN Attachment (Minimum) Controller SAN Attachment
Compaq OpenVMS KGPSA-BC Embedded F_Por t using FABRIC Topology
V7.2.1H1 Tima v300, in O/S Multiple-Bus Failover Mode
Compaq OpenVMS V7.2.2, F_Por t /FW v3.20x7 SCSI-3 Mode
Compaq OpenVMS V7.3 Connection name OS parameter type:
KGPSA-CA Embedded
VMS
in O/S
168794-B21
Unit Identifier Required
/FW v3.18.a4
F_Por t
Tru64 UNIX V4.0G KGPSA-BC v1.29 F_Por t using FABRIC technology
/FW v3.20X7 Transparent or Multiple-Bus Failover
F_Por t SCSI-2 Mode Command Console LUN
Enabled or Disabled
KGPSA-CA v1.29
SCSI-3 Mode
/FW v3.81a4
Connection name OS parameter:
F_Por t
TRU64_UNIX
Tru64 UNIX 5.1 w/ Patch KGPSA-BC v1.29 F_Por t using FABRIC technology
Kit 3 /FW v3.20X7 Transparent or Multiple-Bus Failover
TruCluster Software F_Por t SCSI-2 Mode Command Console LUN
Version 5.1 Enabled or Disabled
KGPSA-CA v1.29
SCSI-3 Mode
/FW v3.81a4
Connection name OS parameter:
F_Por t
TRU64_UNIX
Tru64 UNIX 5.1A, KGPSA-BC v1.32 F_Por t using FABRIC technology
TruCluster Software /FW v3.20X7 Transparent or Multiple-Bus Failover
Version 5.1A REV 1312 F_Por t SCSI-2 Mode Command Console LUN
Enabled or Disabled
KGPSA-CA v1.32
SCSI-3 Mode
/FW v3.81a4
Connection name OS parameter:
F_Por t
TRU64_UNIX
Microsoft Windows NT 4.0 KGPSA-CB V4-4.52a9 F_Por t using FABRIC Topology
SP6A Single System 168794-B21 /FW v3.81a1 Transparent or Multiple-Bus Failover
Secure Path 3.1a F_Por t SCSI-2 Mode Command Console LUN
Disabled
SCSI-3 Mode
Connection name OS parameter: WINNT
Microsoft Windows NT 4.0 KGPSA-CB V5-4.52a9 F_Por t using FABRIC Topology
SP6A Clustered Systems 168794-B21 /FW v3.81a1 Transparent or Multiple-Bus Failover
Secure Path 3.1a F_Por t SCSI-2 Mode Command Console LUN
Disabled
SCSI-3 Mode
Connection name OS parameter: WINNT
Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric 13
SAN Configuration Rules with SAN Director 64
Table 3: ACS 8.5 and ACS 8.6-1 Platform/Storage System SAN Attachment Summary with HBA Drivers
and Firmware Revisions for SAN Director 64 and McDATA ED-5000 Installations (Continued)
HBA Driver / MA6000, MA8000, RA8000,
Platform or Operating
Platform HBA Firmware Rev. EMA12000/16000, ESA12000 Storage
System
SAN Attachment (Minimum) Controller SAN Attachment
Microsoft Windows 2000 KGPSA-CB V5-4.52a9 F_Por t using FABRIC Topology
SP1 Single System 168794-B21 /FW v3.81a1 Transparent or Multiple-Bus Failover
Secure Path 3.1a F_Por t SCSI-2 Mode Command Console LUN
Disabled
SCSI-3 Mode
Connection name OS parameter: WINNT
Microsoft Windows 2000 KGPSA-CB V5-4.52a9 F_Por t using FABRIC Topology
SP1 Clustered Systems 168794-B21 /FW v3.81a1 Transparent or Multiple-Bus Failover
Secure Path 3.1a F_Por t SCSI-2 Mode Command Console LUN
Disabled
SCSI-3 Mode
Connection name OS parameter: WINNT
Sun Solaris 2.6 (32 bit), 380576-001 V3.0.3 F_Por t using FABRIC Topology
Secure Path 2.1d V3.0, (32 bit) /FW v13.3.7 Transparent or Multiple-Bus Failover
Sun Clusters 2.2, JNI 1063 PCI V2.3d Kit SCSI-2 Mode Command Console LUN
Veritas Clusters 1.2.1,
F_Por t Disabled
Veritas Volume Manager
SCSI-3 Mode
123503-001 V13.3.7
v3.0.4
(64 bit) Connection name OS parameter: SUN
/FW v13.3.7
Sun Solaris 7 (32/64 bit),
JNI 1063 SBUS
Secure Path 2.1d, V2.3d Kit
Sun Clusters 2.2, F_Por t
Veritas Clusters 1.2.1,
380575-001 V13.3.7
Veritas Volume Manager
(32 bit) /FW v13.3.7
v3.0.4
JNI 1063 SBUS V2.3d Kit
Sun Solaris 8 (32/64 bit),
F_Por t
Secure Path 2.1d,
Veritas Volume Manager
v3.0.4
14 Addendum - Heterogeneous Open SAN Design Reference Guide - Director Fabric
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