Veritas InfoScale™ 7.4 Release Notes - Windows
- Release notes for Veritas InfoScale
- Changes introduced in 7.4
- Limitations
- Deployment limitations
- Cluster management limitations
- Storage management limitations
- Multi-pathing limitations
- Replication limitations
- Solution configuration limitations
- Internationalization and localization limitations
- Interoperability limitations
- Known issues
- Deployment issues
- Cluster management issues
- Cluster Server (VCS) issues
- Cluster Manager (Java Console) issues
- Global service group issues
- VMware virtual environment-related issues
- Cluster Server (VCS) issues
- Storage management issues
- Storage Foundation
- VEA console issues
- Snapshot and restore issues
- Snapshot scheduling issues
- Storage Foundation
- Multi-pathing issues
- Replication issues
- Solution configuration issues
- Disaster recovery (DR) configuration issues
- Fire drill (FD) configuration issues
- Quick recovery (QR) configuration issues
- Internationalization and localization issues
- Interoperability issues
- Miscellaneous issues
- Fibre Channel adapter issues
- Deployment issues
Support for IPv6 and dual stack network configurations
This release supports pure IPv4, pure IPv6, and dual-stack configurations with the entire InfoScale product suite. In a dual-stack configuration, IPv6 is used as the communication channel by default.
Note:
InfoScale 7.4 supports IPv6 only if the underlying operating system, database, and network hardware support IPv6.
Veritas Product Installer lets you specify IPv6 addresses on the System Selection panel. In case of a pure IPv6 environment, you can also provide the host name to identify a system. If you choose to specify an IPv6 address, make sure to use the unicast format.
When you upgrade your current configuration to IPv6 or dual stack, you must:
Manually enable the IPv6 support and plumb the IPv6 addresses before you start the upgrade process. The IPv6 addresses must be reachable from the peer nodes.
Migrate the InfoScale components in the recommended sequence so that their dependencies are addressed successfully.
The following table lists the components that can be migrated to support IPv6 or dual stack and describes the enhancements that InfoScale 7.4 provides for each component:
Component | Enhancement |
---|---|
Cluster configuration wizard (VCW) | Supports cluster configurations using VCW in pure IPv6 environments. Other wizards - like the ones for DR, fire drill, and service group configurations - do not work in pure IPv6 environments; you need to configure those resources manually. For details, see the Cluster Server Administrator's Guide - Windows. |
Global cluster option (GCO) |
For details, see the Cluster Server Administrator's Guide - Windows. |
Agents |
For details, see the Cluster Server Bundled Agent's Reference Guide - Windows. |
Volume Replicator (VVR) | Lets you deploy and migrate VVR to support dual-stack configurations. You can create various replication configurations based on the IP family. By default, replication happens over the IPv4 network. However, if all the nodes in the replication configuration have IPv6 IP addresses, VVR can use the IPv6 network for replication. To specify that VVR should use the IPv6 network, run the For details, see the Volume Replicator Administrator's Guide - Windows. |
Note:
This table also lists the components in the sequence in which they should be migrated to support IPv6 or dual stack. Follow the sequence so that the dependencies between the components are addressed.
An InfoScale deployment in Azure does not support IPv6 because of the following limitations:
Existing virtual machines (VMs) that are configured with IPv4 addresses cannot use IPv6 addresses; you must deploy new VMs and configure them with IPv6 addresses.
Public IPv6 addresses cannot be assigned to a VM.
VMs with IPv6 addresses cannot be members of an Azure cloud service. However, they can communicate with each other over their respective IPv4 addresses.