DVUM Performance Matrix
| DVUM Tier Range | Max CPU (vCores) | Max Memory (GB) | Max tempdb / buffer pool space | Max tempdb / buffer pool performance | Max IO Performance (128KB IO) | Max BW Performance (16KB IO) |
| 1 | 4 | 32 | 1 x 937 GB | 100K IOPS | 18K IO | 150MBps |
| 2-3 | 8 | 64 | 1 x 1875 GB | 100K IOPS | 36K IO | 300MBps |
| 4-5 | 12 | 96 | 1 x 3750 GB | 150K IOPS | 40K IO | 450MBps |
| 6+ | 16 | 128 | 1 x 3750 GB | 150K IOPS | 40K IO | 600MBps |
Notes:
- IOPS and storage throughput assume a 75% Read / 25% Write distribution. Performance may vary based on workload.
- Working database servers have resources allocated based on actual usage demand analysis up to the Max values defined in the table above.
- Each SDR replicate server receives up to 8 vCores and 32 GB memory, based on actual usage demand analysis.
- If Serverless database architectures are being used a comparable allocation of system resources will be provided at 1 ACU per 1GB of Memory,
- Maximum size for a single database system is 16 cores and 128GB memory
Example Model: A Customer purchases 7 DVUM and wishes to operate two environment tiers: Tier A and Tier B. The Customer can allocate 4 DVUM to Tier A, which places it in the 4-5 DVUM tier (entitled to 12 vCores, 96 GB memory). The remaining 3 DVUM can support the Tier B instance under the 2-3 DVUM tier (8 vCores, 64 GB memory). To increase Tier B to 12 vCores and 96 GB memory, the Customer must purchase an 8th DVUM to qualify for the 4–5 DVUM tier.