Data Domain High Availability
Data protection continuum the availability and protection of data can be usefully illustrated in terms of a continuum.
Data domain high availability. One of the core tenets of being web scale is the ability to self heal. All places product communities data domain documents. Data protection continuum at the beginning of the continuum sits high availability. This month dell emc has introduced a new promotion around high availability configurations for data domain systems enabling customers to purchase their second controller at a 50 discount.
Upgrade guide single node to high availability upgrade for dd6800 dd9300 dd9500 and dd9800 dell emc data domain version 6 2 302 003 006 rev. High availability empowers organizations with greater resiliency through a second line of defense via data domain ensuring continuous operations in the event of a failure. At nutanix we have built high availability and data protection ground up into our platform. The availability domain s within the same region are connected to each other by a low latency high bandwidth network which makes it possible for you to provide high availability connectivity to the internet and on premises and to build replicated systems in multiple availability domain s for both high availability and disaster recovery.
Data domain high availability features in a data domain ha configuration two identical data domain controllers nodes are configured as an active standby pair. This pair allows for redundancy in the event of a system failure such as loss of power or system crash of the active node. Data domain high availability architecture data domain ha functionality is supported with ip and fc protocols. An update domain is a logical group of underlying hardware that can undergo maintenance or be rebooted at the same time.
Availability zones expand the level of control you have to maintain the availability of the applications and data on your vms. Data domain high availability jump to solution many thanks. We build our software with a fundamental assumption that hardware it runs on will fail and that companies still hire interns who will accidentally pull out cables. Currently being moderated.
This requirement is usually satisfied by redundancy and fault tolerant designs.