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Before you start, ensure you have set your API keys and SSH key path as outlined in the CLI introduction.

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Retrieving GPU Availability Data

To see all available GPU types and their current pricing across all regions, simply run: 
prime availability list
This command will display a table showing all available GPU configurations, including details like GPU type, count, location, price per hour, and stock status.

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Retrieving Disk Availability Data

To see all available disk storage options across providers and datacenters: 
prime availability disks
This displays available persistent storage configurations with pricing, maximum capacity, and multinode support information.

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Retrieving Filtered GPU Availability Data

You can then use filters like --gpu-type, --regions, or --gpu-count to narrow down the results. Here are all available filters:

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GPU Availability Filters

  • --gpu-type: Filter by specific GPU model
    • Example: --gpu-type H100_80GB
    • Optional string value
  • --gpu-count: Filter by number of GPUs
    • Example: --gpu-count 2
    • Optional integer value
  • --regions: Filter by geographic regions
    • Example: --regions united_states,canada or --regions united_states --regions canada
    • Optional, can specify multiple regions
  • --socket: Filter by socket type
    • Example: --socket PCIe
    • Accepts values: PCIe, SXM2, SXM3, SXM4, SXM5
    • Optional string value
  • --disks: Filter GPUs by disk IDs (shows GPUs in same location as disks)
    • Example: --disks disk-id-1 --disks disk-id-2
    • Optional, can specify multiple disk IDs
    • Useful for finding GPUs compatible with your existing disks
  • --group-similar: Group similar configurations from same provider
    • Example: --no-group-similar
    • Default: true
    • Optional boolean flag

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Example with Multiple Filters

prime availability list --gpu-type H100_80GB --regions united_states --socket PCIe --no-group-similar

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Finding GPUs Compatible with Your Disks

If you have existing disks and want to find GPUs in the same datacenter/region: 
# First, list your disks to get their IDs
prime disks list

# Then filter GPUs by disk IDs
prime availability list --disks disk-id-1 --disks disk-id-2
This ensures you see only GPU configurations that can access your existing disks.

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Retrieving Filtered Disk Availability Data

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Disk Availability Filters

  • --regions: Filter by geographic regions
    • Example: --regions united_states,eu_north
    • Optional, can specify multiple regions
  • --data-center-id: Filter by specific datacenter
    • Example: --data-center-id US-1
    • Optional string value
  • --cloud-id: Filter by cloud configuration ID
    • Example: --cloud-id "Provider Storage A"
    • Optional string value

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Example with Filters

prime availability disks --regions united_states --data-center-id US-1

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Understanding the Terminal Output

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GPU Availability Output

Here’s an example of what the command output looks like:
IDGPU TypeGPUsSocketProviderLocationStockPrice/HrMemory (GB)SecurityvCPUsRAM (GB)
346663H100_80GB2PCIerunpodCALow$5.40160secure_cloud32502
551ffdH100_80GB2PCIerunpodUSLow$5.40160secure_cloud32502
Each row represents a unique GPU configuration available for deployment. The output includes:
  • A unique ID for the configuration
  • GPU specifications (type, count, socket)
  • Provider and location information
  • Current stock status
  • Pricing and hardware details

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Disk Availability Output

For disk availability, the output includes:
IDProviderLocationStockPrice/Hr/GBMax Size (GB)Is Multinode
7d2232runpodUS (US-WA-1)Available$0.000111118192Yes
472b26hyperstackNO (NORWAY-1)Available$0.00009700100000No
Each row represents available disk storage with:
  • A unique ID for the configuration
  • Provider offering the storage
  • Location (country and datacenter)
  • Stock availability status
  • Price per GB per hour
  • Maximum disk size supported
  • Whether the disk supports multinode (can be attached to multiple instances)