replication, the live and the backup servers do not share the same data directories, all data synchronization is done over the network. Therefore all (persistent) data received by the live server will be depend on the amount of data to be synchronized and the connection speed. Note In general, synchronization occurs in parallel with current network traffic so this won't cause any blocking on current a critical moment at the end of this process where the replicating server must complete the synchronization and ensure the replica acknowledges this completion. This exchange between the replicating server

replication, the live and the backup servers do not share the same data directories, all data synchronization is done over the network. Therefore all (persistent) data received by the live server will be depend on the amount of data to be synchronized and the connection speed. Note In general, synchronization occurs in parallel with current network traffic so this won't cause any blocking on current a critical moment at the end of this process where the replicating server must complete the synchronization and ensure the replica acknowledges this completion. This exchange between the replicating server

replication, the live and the backup servers do not share the same data directories, all data synchronization is done over the network. Therefore all (persistent) data received by the live server will be depend on the amount of data to be synchronized and the connection speed. Note In general, synchronization occurs in parallel with current network traffic so this won't cause any blocking on current clients a critical moment at the end of this process where the replicating server must complete the synchronization and ensure the replica acknowledges this completion. This exchange between the replicating server

replication, the live and the backup servers do not share the same data directories, all data synchronization is done over the network. Therefore all (persistent) data received by the live server will be depend on the amount of data to be synchronized and the connection speed. Note In general, synchronization occurs in parallel with current network traffic so this won't cause any blocking on current critical moment at the end of this process where the replicating server must complete the synchronization and ensure the replica acknowledges this completion. This exchange between the replicating server

replication, the live and the backup servers do not share the same data directories, all data synchronization is done over the network. Therefore all (persistent) data received by the live server will be depend on the amount of data to be synchronized and the connection speed. Note In general, synchronization occurs in parallel with current network traffic so this won't cause any blocking on current critical moment at the end of this process where the replicating server must complete the synchronization and ensure the replica acknowledges this completion. This exchange between the replicating server

replication, the live and the backup servers do not share the same data directories, all data synchronization is done over the network. Therefore all (persistent) data received by the live server will be depend on the amount of data to be synchronized and the connection speed. Note In general, synchronization occurs in parallel with current network traffic so this won't cause any blocking on current critical moment at the end of this process where the replicating server must complete the synchronization and ensure the replica acknowledges this completion. This exchange between the replicating server

replication, the live and the backup servers do not share the same data directories, all data synchronization is done over the network. Therefore all (persistent) data received by the live server will be depend on the amount of data to be synchronized and the connection speed. Note In general, synchronization occurs in parallel with current network traffic so this won't cause any blocking on current critical moment at the end of this process where the replicating server must complete the synchronization and ensure the replica acknowledges this completion. This exchange between the replicating server

replication, the live and the backup servers do not share the same data directories, all data synchronization is done over the network. Therefore all (persistent) data received by the live server will be depend on the amount of data to be synchronized and the connection speed. Note In general, synchronization occurs in parallel with current network traffic so this won't cause any blocking on current critical moment at the end of this process where the replicating server must complete the synchronization and ensure the replica acknowledges this completion. This exchange between the replicating server

replication, the live and the backup servers do not share the same data directories, all data synchronization is done over the network. Therefore all (persistent) data received by the live server will be depend on the amount of data to be synchronized and the connection speed. Note In general, synchronization occurs in parallel with current network traffic so this won't cause any blocking on current clients a critical moment at the end of this process where the replicating server must complete the synchronization and ensure the replica acknowledges this completion. This exchange between the replicating server

replication, the live and the backup servers do not share the same data directories, all data synchronization is done over the network. Therefore all (persistent) data received by the live server will be depend on the amount of data to be synchronized and the connection speed. Note In general, synchronization occurs in parallel with current network traffic so this won't cause any blocking on current a critical moment at the end of this process where the replicating server must complete the synchronization and ensure the replica acknowledges this completion. This exchange between the replicating server