Multiple Servers, Large Scenario To for redundancy, you can deploy multiple management servers, each with the described minimum configuration. To provide high availability for the database and RMS servers, you can deploy them into a cluster, with each node having the described minimum configuration plus connections to an externally shared disk for cluster resources. # of Monitored Server Role Server Role and Server Role Server Role Server Role Devices and Config Config and Config and Config and Config 750 to 1000 DB; DW; RS; RMS; MS; Windows 4-disk 4-disk 2-disk 2-disk 2 disk computers, RAID 0+1 RAID 0+1 RAID 1, 4 GB RAID 1, 8 GB RAID 1, 4 GB Unix or Linux (data), 2-disk (data), 2-disk RAM, dual RAM, dual RAM, quad computers RAID 1 (logs), RAID 1 (logs), processors processors processors 8 GB RAM, 8 GB RAM, dual dual processors processors. Note: a RAID 5 configuration with similar performance can be used to fulfill the DW storage needs. Multiple Server, Enterprise To allow for redundancy, you can deploy multiple management servers, each with the described minimum configuration. To provide high availability for the database and RMS servers, you can deploy them into a cluster, with each node having the described minimum configuration plus connections to an externally shared disk for cluster resources. # of Monitored Server Role Server Role and Server Role Server Role Server Role Devices and Config Config and Config and Config and Config 1,000 to 3,000 DB; DW; RS; RMS; MS; Windows 8-disk 8-disk 2-disk 4-disk 4-disk computers, RAID 0+1 RAID 0+1 RAID 1, 4 GB RAID 0+1, RAID 0+1, 500 UNIX or (data), 2-disk (data), 2-disk RAM 12 GB RAM, 8 GB RAM, Linux RAID 1 (logs), RAID 1 (logs), 64-bit quad quad quad computers 8 GB RAM, 8 GB RAM, processors processors processors
Multiple Servers, Large Scenario To for redundancy, you can deploy multiple management servers, each with the described minimum configuration. To provide high availability for the database and RMS servers, you can deploy them into a cluster, with each node having the described minimum configuration plus connections to an externally shared disk for cluster resources. # of Monitored Devices Server Role and Config Server Role and Config Server Role and Config Server Role and Config Server Role and Config 750 to 1000 Windows computers, Unix or Linux computers DB; 4-disk RAID 0+1 (data), 2-disk RAID 1 (logs), 8 GB RAM, dual processors DW; 4-disk RAID 0+1 (data), 2-disk RAID 1 (logs), 8 GB RAM, dual processors. Note: a RAID 5 configuration with similar performance can be used to fulfill the DW storage needs. RS; 2-disk RAID 1, 4 GB RAM, dual processors RMS; 2-disk RAID 1, 8 GB RAM, dual processors MS; 2 disk RAID 1, 4 GB RAM, quad processors Multiple Server, Enterprise To allow for redundancy, you can deploy multiple management servers, each with the described minimum configuration. To provide high availability for the database and RMS servers, you can deploy them into a cluster, with each node having the described minimum configuration plus connections to an externally shared disk for cluster resources. # of Monitored Devices Server Role and Config Server Role and Config Server Role and Config Server Role and Config Server Role and Config 1,000 to 3,000 Windows computers, 500 UNIX or Linux computers DB; 8-disk RAID 0+1 (data), 2-disk RAID 1 (logs), 8 GB RAM, DW; 8-disk RAID 0+1 (data), 2-disk RAID 1 (logs), 8 GB RAM, RS; 2-disk RAID 1, 4 GB RAM quad processors RMS; 4-disk RAID 0+1, 12 GB RAM, 64-bit quad processors MS; 4-disk RAID 0+1, 8 GB RAM, quad processors