1 Input the storage WWN as the shared storage.

2 SCSI shared storage is connected to the two nodes.

3 Distribution applicable to the shared storage cluster environment.

4 Shared storage is not the only resource that must be shared in order for this architecture to work properly.

5 Check the shared storage file system configuration file /etc/ocfs2/cluster.conf; the content of this should be same on the two hosts.

6 We need to have a shared storage to create heartbeat over FC disk.

7 It also marshals the messages into it's shared storage, so there is no pointer sharing between the VMs.

8 These servers provide shared storage access to the other servers within the cluster.

9 With IaaS, there's more separation of the CPU and the server's responsiveness—but you're still contending for shared storage and network bandwidth.

10 In addition, UNIX and Linux-based servers have an edge in shared storage solutions and sharing data with existing UNIX-based Web server environments, which still dominate the Web landscape.

11 If a storage unit can store a byte, 64KB of memory is a Shared storage unit number for B.

12 Clients connect to a single database view comprised of four cluster members with shared storage.

13 To take advantage of the optimization, keep the data in shared storage that is accessible to all the servers in the farm.

14 In this example, there is a Active-Passive TSA cluster domain consisting of two nodes (Node1 and Node2) that share a common shared storage consisting of the actual DB2 database files and software.

15 The idea is to untie storage tasks from specific servers and enable a shared storage facility that uses high-speed network technologies as a backbone.

16 In the HA cluster solution, a single copy of the physical database is stored on a shared storage system.