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feat(ins): arm #5421

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f665ab0
docs(ins): update instance range
bene2k1 Aug 12, 2025
5d13224
docs(ins): update wording
bene2k1 Aug 12, 2025
9663893
docs(ins): update content
bene2k1 Aug 19, 2025
aa5ade1
docs(ins): add slo
bene2k1 Aug 19, 2025
b0c95a3
docs(ins): add bandwidth
bene2k1 Aug 19, 2025
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24 changes: 24 additions & 0 deletions macros/compute/instances-block-bandwidth-overview.mdx
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Expand Up @@ -19,6 +19,30 @@ Bandwidth impacts how your applications perform and interact with other systems.
To maximize compatibility with [Block Storage Low Latency 15k](/block-storage/), select an Instance with **at least 3 GiB/s** of Block bandwidth.
</Message>

## BASIC-A range
| Instance Type | Internet Bandwidth (up to) | Block Bandwidth (up to) |
|-----------------------|-------------------------|---------------------|
| BASIC-A2C-4G | 200 Mbit/s | 80 MiB/s |
| BASIC-A2C-8G | 200 Mbit/s | 80 MiB/s |
| BASIC-A4C-8G | 400 Mbit/s | 120 MiB/s |
| BASIC-A4C-16G | 400 Mbit/s | 120 MiB/s |
| BASIC-A8C-16G | 800 Mbit/s | 240 MiB/s |
| BASIC-A8C-32G | 800 Mbit/s | 240 MiB/s |
| BASIC-A16C-32G | 1.6 Gbit/s | 480 MiB/s |
| BASIC-A16C-64G | 1.6 Gbit/s | 480 MiB/s |


## STANDARD2 range
| Instance Type | Internet Bandwidth (up to) | Block Bandwidth (up to) |
|-----------------------|-------------------------|---------------------|
| STANDARD-A2C-8G | 400 Mbit/s | 400 MiB/s |
| STANDARD-A4C-16G | 800 Mbit/s | 800 MiB/s |
| STANDARD-A8C-32G | 1.6 Gbit/s | 1.6 GiB/s |
| STANDARD-A16C-64G | 3.2 Gbit/s | 3.2 GiB/s |
| STANDARD2-A32C-128G | 6.4 Gbit/s | 4.8 GiB/s |
| STANDARD2-A48C-192G | 9.6 Gbit/s | 4.8 GiB/s |
| STANDARD2-A64C-256G | 12.8 Gbit/s | 4.8 GiB/s |

## COPARM1 range

| Instance Type | Internet Bandwidth (up to) | Block Bandwidth (up to) |
Expand Down
97 changes: 75 additions & 22 deletions pages/instances/reference-content/instances-datasheet.mdx
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Expand Up @@ -13,7 +13,70 @@ This datasheet provides a concise overview of the performance, technical feature
Note that the **Max. NIC bandwidth** specifies the maximum available bandwidth for this Instance type. Bandwidth is shared between public internet and Private Network traffic.
</Message>

## STARDUST1 Instances
## General Purpose ARM Instances

### BASIC-A Instances

| Range | General Purpose ARM Instances |
|:------------------------------|:------------------------------------------------------------------------------|
| Instance type | BASIC-A |
| Availability Zone | PAR1, PAR2, PAR3, AMS1, AMS2, WAW1, WAW2, WAW3 |
| Storage | Block (from 10 GB to 10 TB) |
| Max. NIC bandwidth | From 200 Mbps to 1.6 Gbps |
| CPU type | ARM (Ampere Altra Max M128-30) |
| CPU architecture | `arm64` |
| Resources | Shared vCPUs |
| Sizing | From 2 to 16 vCPUs <br />From 4 to 64 GiB RAM |
| vCPU:RAM ratio | 1:2 or 1:4 |
| SLO | 99% availability |

### STANDARD2-A Instances

| Range | General Purpose ARM Instances |
|:------------------------------|:------------------------------------------------------------------------------|
| Instance type | STANDARD2-A |
| Availability Zone | PAR1, PAR2, PAR3, AMS1, AMS2, WAW1, WAW2, WAW3 |
| Storage | Block (from 10 GB to 10 TB) |
| Max. NIC bandwidth | From 400 Mbps to 12.8 Gbps |
| CPU type | ARM (Ampere Altra Max M128-30) |
| CPU architecture | `arm64` |
| Resources | Shared vCPUs |
| Sizing | From 2 to 64 vCPUs <br />From 8 to 256 GiB RAM |
| vCPU:RAM ratio | 1:4 |
| SLO | 99.5% availability |

### COP-ARM Instances (Legacy)

The table below displays the technical specifications of COP-ARM Instances:

| Range | Cost-Optimized |
|:--------------------------------|:------------------------------------------------------------------------------|
| Instance type | COPARM1 |
| Availability Zone | PAR2 |
| Storage | Block (from 10 GB to 10 TB) |
| Max. NIC bandwidth | From 200 Mbps to 3.2 Gbps |
| CPU type | ARM (Ampere Altra Max M128-30) |
| CPU architecture | `arm64` |
| Resources | Shared vCPUs |
| Sizing | From 2 to 64 vCPUs <br />From 8 to 256 GiB RAM |
| vCPU:RAM ratio | 1:4 |
| SLO | None |

### Legacy ARM and new Instance types mapping

The COPARM1 instances are being replaced by the new General Purpose and Standard instance types. Below is the mapping of COPARM1 instances to their replacements:

| COPARM1 Instance Type | New Instance Type |
|----------------------|-------------------|
| COPARM1-2C-8G | BASIC-A2C-8G |
| COPARM1-4C-16G | BASIC-A4C-16G |
| COPARM1-8C-32G | BASIC-A8C-32G |
| COPARM1-16C-64G | BASIC-A16C-64G |
| COPARM1-32C-128G | STANDARD2-A32C-128G |

## x86 Instances

### STARDUST1 Instances

See below the technical specifications of Stardust Instances:

Expand All @@ -28,9 +91,9 @@ This datasheet provides a concise overview of the performance, technical feature
| Resources | Shared vCPUs |
| Sizing | 1 vCPU, 1 GiB RAM |
| vCPU:RAM ratio | 1:1 |
| SLA | None |
| SLO | None |

## Development and General Purpose Instances
### Development and General Purpose Instances

See below the technical specifications of Development and General Purpose Instances:

Expand All @@ -45,8 +108,9 @@ See below the technical specifications of Development and General Purpose Instan
| Resources | Shared vCPUs |
| Sizing | From 2 to 4 vCPUs <br />From 2 to 12 GiB RAM |
| vCPU:RAM ratio | Various<br />(1:1, 1:2, 1:3) |
| SLO | None |

## PLAY2 and PRO2 Instances
### PLAY2 and PRO2 Instances

See below the technical specifications of PLAY2 and PRO2 Instances:

Expand All @@ -61,24 +125,10 @@ See below the technical specifications of PLAY2 and PRO2 Instances:
| Resources | Shared vCPUs |
| Sizing | From 1 to 32 vCPUs <br />From 2 to 128 GiB RAM |
| vCPU:RAM ratio | Various<br />(1:2, 1:4) |
| SLO | None |

## COP-ARM Instances

The table below displays the technical specifications of COP-ARM Instances:

| Range | Cost-Optimized |
|:--------------------------------|:------------------------------------------------------------------------------|
| Instance type | COPARM1 |
| Availability Zone | PAR2 |
| Storage | Block (from 10 GB to 10 TB) |
| Max. NIC bandwidth | From 200 Mbps to 3.2 Gbps |
| CPU type | ARM (Ampere Altra Max M128-30) |
| CPU architecture | `arm64` |
| Resources | Shared vCPUs |
| Sizing | From 2 to 128 vCPUs <br />From 8 to 128 GiB RAM |
| vCPU:RAM ratio | 1:4 |

## Enterprise Instances
### Enterprise Instances

See below the technical specifications of Enterprise Instances:

Expand All @@ -94,10 +144,11 @@ See below the technical specifications of Enterprise Instances:
| Security feature | Secure Encrypted Virtualization |
| Sizing | From 2 to 96 vCPUs <br /> From 8 GiB to 384 GiB RAM |
| vCPU:RAM ratio | 1:4 |
| SLO | None |

\* Instances with dedicated vCPU do not share their compute resources with other Instances (1 vCPU = 1 CPU thread dedicated to that Instance). This type of Instance is particularly recommended for running production-grade compute-intensive applications.

## Production-Optimized Instances
### Production-Optimized Instances

See below the technical specifications of Production-Optimized Instances:

Expand All @@ -112,10 +163,11 @@ See below the technical specifications of Production-Optimized Instances:
| Resources | Dedicated vCPUs* |
| Sizing | From 2 to 96 vCPUs <br /> From 8 GiB to 384 GiB RAM |
| vCPU:RAM ratio | 1:4 |
| SLO. | 99.5% availability |

\* Instances with dedicated vCPU do not share their compute resources with other Instances (1 vCPU = 1 CPU thread dedicated to that Instance). This type of Instance is particularly recommended for running production-grade compute-intensive applications.

## Workload-Optimized Instances
### Workload-Optimized Instances

See below the technical specifications of Workload-Optimized Instances:

Expand All @@ -134,5 +186,6 @@ See below the technical specifications of Workload-Optimized Instances:
| Security feature | Secure Encrypted Virtualization |
| Sizing | From 2 to 64 dedicated vCPUs <br /> From 4 GiB to 512 GiB RAM |
| vCPU:RAM ratio | 1:8 (POP2-HM), 1:2 (POP2-HC and POP2-HN) |
| SLO | 99.5% availability |

\* Instances with dedicated vCPU do not share their compute resources with other Instances (1 vCPU = 1 CPU thread dedicated to that Instance). This type of Instance is particularly recommended for running production-grade compute-intensive applications.
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