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Oracle Solaris Cluster 3.3 With SCSI JBOD Storage Device Manual
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Document Information

Preface

1.  Installing a SCSI JBOD Storage Device

2.  Maintaining a SCSI JBOD Storage Device

3.  Cabling Diagrams

Sun StorEdge 3120 Cabling Diagrams

Installing a Sun StorEdge 3120 Storage Array

Sun StorEdge 3310 and 3320 SCSI Cabling Diagrams

Installing a Sun StorEdge 3310 or 3320 Storage Array

Adding a Sun StorEdge 3310 or 3320 Storage Array

SPARC: Sun StorEdge D1000 Cabling Diagrams

SPARC: Installing a Sun StorEdge D1000 Storage Array

SPARC: Adding a Sun StorEdge D1000 Storage Array

SPARC: Replacing a Sun StorEdge D1000 Storage Array

SPARC: Removing a Sun StorEdge D1000 Storage Array

SPARC: Sun StorEdge Multipack Cabling Diagrams

SPARC: Installing a Sun StorEdge Multipack Storage Array

SPARC: Adding a Sun StorEdge Multipack Storage Array

SPARC: Replacing a Sun StorEdge Multipack Storage Array

SPARC: Removing a Sun StorEdge Multipack Storage Array

SPARC: Sun StorEdge Netra D130/S1 Cabling Diagrams

SPARC: Installing a Sun StorEdge Netra D130/S1 Storage Array

SPARC: Single-SCSI-Port Hosts

SPARC: Dual-SCSI-Port Hosts

SPARC: Adding a Sun StorEdge Netra D130/S1 Storage Array

SPARC: Replacing a Sun StorEdge Netra D130/S1 Storage Array

SPARC: Removing a Sun StorEdge Netra D130/S1 Storage Array

SPARC: Sun StorEdge D2 Cabling Diagrams

SPARC: Installing a Sun StorEdge D2 Storage Array

SPARC: Adding a Sun StorEdge D2 Storage Array

Index

SPARC: Sun StorEdge D2 Cabling Diagrams

SPARC: Installing a Sun StorEdge D2 Storage Array

You can install a single storage array by using a split-bus configuration. You can install two storage arrays by using a single-bus configuration.

Figure 3-24 SPARC: Installing a Sun StorEdge D2 Split-Bus Configuration: An Example

image:Illustration: The preceding and the following context describes the graphic.

To use a single storage array in a Oracle Solaris Cluster environment, you must use the split-bus configuration.

As Figure 3-24 shows, the split-bus configuration requires that the storage array contain two Environmental Service Modules (ESM). Each ESM is connected to two nodes. Each ESM controls half the disks in the storage array and the data is mirrored by using a volume manager.

Figure 3-25 SPARC: Installing a Sun StorEdge D2 Single-Bus Configuration: An Example

image:Illustration: The preceding and following context describes the graphic.

As Figure 3-25 shows, the single-bus configuration requires two storage arrays that each contain a single Environmental Service Module (ESM). The ESM controls all disks on the storage array in which it is installed and the volume manager implements mirroring between the two storage arrays. Each ESM must be connected to two nodes.

SPARC: Adding a Sun StorEdge D2 Storage Array

Ensure that the entire bus length that is connected to the storage array is less than 12 m. The bus length includes the cables from the ESM to the host adapter. See the documentation that shipped with your hardware for internal bus length.

Figure 3-26 SPARC: Adding a Sun StorEdge D2 Split-Bus Configuration: Part 1

image:Illustration: The preceding context describes the graphic.

Figure 3-27 SPARC: Adding a Sun StorEdge D2 Single-Bus Configuration: Part 1

image:Illustration: The preceding context describes the graphic.

Figure 3-28 SPARC: Adding a Sun StorEdge D2 Split-Bus Configuration: Part 2

image:Illustration: The preceding context describes the graphic.

Figure 3-29 SPARC: Adding a Sun StorEdge D2 Single-Bus Configuration: Part 2

image:Illustration: The preceding context describes the graphic.