Standard_D48ds_v5 on Databricks
Standard_D48ds_v5 is a general purpose Azure worker type with 48 vCPUs and 192 GB of memory. On Databricks it uses 12 DBUs an hour, so 1 node on Jobs Compute in East US costs $6.31 an hour: $3.60 for the DBUs and $2.71 to Azure for the machine.
Azure · General purpose · Ddsv5
Standard_D48ds_v5 at a glance
- vCPUs
- 48
- Memory
- 192 GB
- Own SSD
- 1,800 GB
- DBUs an hour
- 12
- Classic compute
- With Photon
- 30
- DBUs an hour, Jobs Compute
- 1 node an hour
- $6.31
- Jobs Compute, East US
1 node an hour on each kind of compute
In East US on the Premium plan. Databricks charges the DBUs, Azure the machine. A cluster pays this for every worker and for the driver.
| Compute | DBUs an hour | A DBU | Databricks | Machine | An hour |
|---|---|---|---|---|---|
| Jobs Compute | 12 | $0.30 | $3.60 | $2.71 | $6.31 |
| Jobs Compute + Photon | 30 | $0.30 | $9.00 | $2.71 | $11.71 |
| All-Purpose Compute | 12 | $0.55 | $6.60 | $2.71 | $9.31 |
| All-Purpose Compute + Photon | 24 | $0.55 | $13.20 | $2.71 | $15.91 |
| Lakeflow pipelines Core | 12 | $0.30 | $3.60 | $2.71 | $6.31 |
| Lakeflow pipelines Pro | 12 | $0.38 | $4.56 | $2.71 | $7.27 |
| Lakeflow pipelines Advanced | 12 | $0.54 | $6.48 | $2.71 | $9.19 |
In each region
1 node an hour on Jobs Compute, Premium, cheapest first.
| Region | Machine | An hour |
|---|---|---|
| East US | $2.71 | $6.31 |
| East US 2 | $2.71 | $6.31 |
| West US 2 | $2.71 | $6.31 |
| West US 3 | $2.71 | $6.31 |
| Sweden Central | $2.88 | $6.48 |
| Central India | $2.93 | $6.53 |
| Canada Central | $3.02 | $6.62 |
| North Europe | $3.02 | $6.62 |
| Central US | $3.06 | $6.66 |
| UK South | $3.14 | $6.74 |
| France Central | $3.17 | $6.77 |
| West Europe | $3.26 | $6.86 |
| Germany West Central | $3.26 | $6.86 |
| Southeast Asia | $3.38 | $6.98 |
| Australia East | $3.41 | $7.01 |
| Japan East | $3.50 | $7.10 |
| Brazil South | $4.32 | $7.92 |
Other general purpose sizes
- Standard_D4ds_v54 vCPUs, 16 GB, 1 DBUs an hour
- Standard_D8ds_v58 vCPUs, 32 GB, 2 DBUs an hour
- Standard_D16ds_v516 vCPUs, 64 GB, 4 DBUs an hour
- Standard_D32ds_v532 vCPUs, 128 GB, 8 DBUs an hour
- Standard_D48ds_v548 vCPUs, 192 GB, 12 DBUs an hour
- Standard_D64ds_v564 vCPUs, 256 GB, 16 DBUs an hour
- Standard_D96ds_v596 vCPUs, 384 GB, 24 DBUs an hour
Questions
- How many DBUs does Standard_D48ds_v5 use on Databricks?
- Standard_D48ds_v5 uses 12 DBUs an hour on Databricks classic compute without Photon. With Photon it uses 30 DBUs an hour on Jobs Compute and 24 on All-Purpose Compute, as Databricks' price list gives them.
- How much does Standard_D48ds_v5 cost an hour on Databricks?
- In East US, 1 Standard_D48ds_v5 node on Jobs Compute costs $6.31 an hour: $3.60 to Databricks for 12 DBUs at $0.30 each, and $2.71 to Azure for the machine. On All-Purpose Compute the same node costs $9.31 an hour, and on Lakeflow pipelines Core $6.31. A cluster pays this for every worker and for the driver.
- Does Photon cost more on Standard_D48ds_v5?
- Yes, by the hour: with Photon, 1 Standard_D48ds_v5 node on Jobs Compute in East US costs $11.71 an hour instead of $6.31, because it uses 30 DBUs an hour instead of 12. It saves money only when the job finishes fast enough to make up the difference.
- Which region is cheapest for Standard_D48ds_v5 on Databricks?
- East US, at $6.31 an hour for 1 node on Jobs Compute, against $7.92 in Brazil South, the dearest of the 17 regions listed here that offer it. Databricks charges the same for a DBU of Jobs Compute in every Azure region listed, so the gap is the machine.
- What is the same size as Standard_D48ds_v5 on the other clouds?
- The nearest worker types of the same kind are m6id.12xlarge on AWS and n2-standard-48 on Google Cloud. Each cloud gives its own DBUs an hour for its types, so compare what a cluster costs in the calculator, not the DBUs alone.
- What is the next size up or down from Standard_D48ds_v5?
- One size down is Standard_D32ds_v5, at 8 DBUs an hour; one size up is Standard_D64ds_v5, at 16. Within a family, DBUs and the machine price grow with the vCPUs, so 2 nodes of a size cost about what 1 node of twice the size costs.
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