As far as i know there is no such thing. Servers can be redundant in many ways but never have redundant motherboards. You can have redundant power supplies , hard drives, processors, memory. However, if the motherboard dies everything goes with it.
Websites only need one server to function, however many have redundant servers or extra servers that handle certain aspects of the site. Most websites are hosted from server farms where there are hundreds of servers in operation.
1)Servers require more power and thus reuire more components. 2)Servers should be accessible at all times. 3)Servers can be designed as standalong towers or rack mounted. 4)Servers are required by networking standards to have duplicate
FAILOVER
Failover.
So that if there is a failure of a part the duplicate part can take over immediately without interruption to the service the server is providing. It is called "failover".
it is passive redundant...
After activating an SSH server, you might consider retiring any legacy servers that are no longer receiving updates or support, as they can pose security risks. Additionally, servers that provide redundant or overlapping functionalities with the new SSH server could be candidates for retirement. It's also wise to evaluate servers that have low usage or are rarely accessed, as they may not justify the maintenance costs. Finally, any servers that do not meet current security standards should be considered for decommissioning.
A and B are redundant. There is redundancy between A and B.Both "with" and "to" are awkward, if not incorrect.
redundant.
Cloud servers work by storing data and running applications on virtual servers that are hosted remotely by a cloud computing provider. These virtual servers are accessed over the internet, allowing users to access their data and applications from anywhere. Cloud servers are scalable, meaning resources can be easily adjusted to meet changing demands, and they offer high availability and reliability due to redundant infrastructure.
Tagalog translation of REDUNDANT: paulit-ulit
GRS stands for "Global Redundant Server". It refers to a system of servers that are geographically distributed to provide redundancy in case of system failures or disasters.