Gratis · Netwerk en IT-infrastructuur
Dimensionering van virtualisatiehosts.
Dimensioneer hypervisorhosts voor uw virtuele machines op basis van vCPU-per-core-verhouding, geheugen, reserves en N+1- of N+2-redundantie.
Host
1–2 for databases and latency-sensitive loads, 3–6 for general servers, higher for light desktops.
1.0 = no overcommit, the safe default for production.
- Virtual machines
- 65
- vCPU (with growth)
- 230
- RAM (with growth)
- 960 GB
- Hosts for CPU
- 3
- Hosts for memory
- 3
- Usable storage needed
- 9.16 TB
- vCPU : core with all hosts running
- 1.92 : 1
- RAM used per host with one host down
- 64.5 %
- Sizing by allocation. Measure real usage (CPU ready time, memory active) with your hypervisor tools to refine the ratios.
- Per-core licensing (operating systems, databases, hypervisors) can make fewer, faster cores cheaper overall; check before choosing hosts.
- Storage excludes RAID or replication overhead; add that in the RAID or storage tool.
Zo gebruik je deze tool: Dimensionering van virtualisatiehosts
Voer gegevens in of kies een bestand. Pas de instellingen aan, maak het resultaat en controleer het voordat je het kopieert of downloadt.
Limieten en ondersteunde formaten
Je invoer wordt op je apparaat verwerkt.
Technische opmerkingen in het Engels
Sizing by allocation, not measured usage. Licensing, NUMA placement and storage performance are not modelled. Everything is calculated in your browser; nothing is sent or probed on the network.
vCPU ÷ ratio gives physical cores; RAM ÷ overcommit gives memory; each is divided by the usable capacity of one host at the target utilisation, the larger count wins and spare hosts are added.
65 VMs with 184 vCPU and 768 GB RAM, plus 25 % growth, on 32-core / 512 GB hosts at 4:1 need 3 hosts plus 1 spare.