CoreWeave vs RunPod
OCT 2026 auditA comparison of CoreWeave and RunPod built from values read directly from each provider's own documentation, with the source recorded against every figure.
The short answer
Choose CoreWeave if…
Training runs that want a whole HGX node and move large datasets — free egress and free I/O operations remove the charge that usually dominates a data-heavy job.
Editorial · Palash Bagchi · approved
Choose RunPod if…
Short experiments and bursty inference — per-second billing and a $0.27 entry card mean an idle hour costs nothing and a small job is genuinely small.
Editorial · Palash Bagchi · approved
Consider something else if…
- CoreWeave: You want one H100 on demand: it is sold as an eight-GPU instance at $49.24 an hour, and the $6.16 per-GPU figure CoreWeave prints applies only to its inference-platform customers.
- RunPod: The catalogue mixes community and secure capacity, so the cheapest quoted rate is not always the tier a production workload should sit on.
Neither quite fits? Every other option, ranked by iScore: CoreWeave alternatives · RunPod alternatives
17 sourced criteria separate them — see where, with sources, below.
Pick the criteria you care about. The chart counts how many of them lean toward each provider — the same read as scanning the bars below, just totalled for the ones you chose.
CoreWeave 0
RunPod 0
At a glance.
| Criterion | CoreWeave | RunPod |
|---|---|---|
| Pricing | ||
| Pricing model | Four CKS capacity plans - Flex Reservations, Reserved Instances, Spot Instances and On-Demand; On-Demand instances are billed on actual use with no long-term commitment | Prepaid credit balance drawn down by usage: all compute and storage billed per second, with no data transfer fees. |
| Infrastructure | ||
| Regions | Availability Zones listed across seven Super Regions (CA-EAST, EU-NORTH, EU-SOUTH, EU-WEST, US-CENTRAL, US-EAST, US-WEST), sited in the US, Canada, UK, Spain, Sweden, Norway and Denmark | 31 regions across the US, Europe, Asia and Australia for on-demand GPU instances. |
| Storage | ||
| Storage price | $0.06 per GB per month for AI Object Storage Hot; Warm is $0.03, Cold $0.015 and Archive $0.0125 (limited availability). Distributed File Storage is $0.070 per GB per month. CoreWeave bills storage in binary GB (GiB). | From $0.05 per GB per month, for standard network storage over 1TB ($0.07 under 1TB); high-performance network storage is $0.14 per GB per month. |
| GPU | ||
| H100 SXM, per GPU-hour | $6.16 per GPU-hour for NVIDIA HGX H100 (80GB) is CoreWeave's inference-platform price, printed in its "Inference Single GPU Price" column, which it says applies only to inference platform customers. The on-demand instance price is $49.24/hour for the 8-GPU HGX H100 instance, spot $19.71/hour (North America). | $3.99 per hour for H100 SXM 80GB, single card, on Secure Cloud (the page's default view). The PCIe variant is $2.89 and H100 NVL is $3.19. |
| Cheapest GPU, per hour | $1.25 per GPU-hour for NVIDIA L40 (48GB) is CoreWeave's inference-platform price, from its "Inference Single GPU Price" column, which applies only to inference platform customers. The on-demand instance price is $10.00/hour for the 8-GPU L40 instance, spot $6.27/hour (North America). | $0.27 per hour for an RTX A5000 with 24GB, on Secure Cloud (the page's default view). RTX 3090 is $0.50, RTX 4090 $0.89, L40S $1.09. |
| Largest GPU offered | 279GB per GPU on GB300 NVL72, which is Contact sales only. HGX B300 is next at 270GB, with no on-demand price and a $35.84/hour spot price for the 8-GPU instance. The most VRAM with a published on-demand price is GB200 NVL72 at 186GB per GPU: $42.00/hour instance price for 4 GPUs, or $10.50 per GPU-hour on the inference platform. | 288GB per GPU on B300; B200 at 180GB is $7.99 an hour and H200 at 141GB is $5.29, on Secure Cloud (the page's default view). |
| Billing granularity | Invoice line items are per SKU with quantity in hours; usage attribution across Reserved, Flex and On-Demand capacity runs every 30 seconds | Per second, with per-hour rates shown for comparison. Clusters can be started with no commitment and scaled to 64 GPUs. |
| Reserved pricing | Up to 60% below on-demand for reserved compute capacity. | Savings plans: a 3-month or 6-month upfront prepaid commitment discounts GPU compute costs; storage stays at standard rates and plans are non-refundable. |
| Compliance | ||
| SOC 2 | SOC 2 Type II is listed as a badge in the CoreWeave Trust Center; detailed documentation is available by requesting access. | SOC 2 Type II and SOC 3 examinations completed; reports are listed in the Runpod Trust Center and some require approved access before download. |
| ISO 27001 | ISO 27001 (with ISO 27017 and ISO 27018) is among the frameworks CoreWeave's compliance evidence maps to, available via its Compliance Documentation Portal. | ISMS certified to ISO/IEC 27001:2022 by Sensiba LLP; certificate RUN-ISMS-20260827 valid 27 August 2026 through 26 August 2029. Scope limited to the ISMS supporting Runpod's services and platform, not individual products. |
| HIPAA | Security docs say multi-tenant isolation and encryption controls help customers address regulatory requirements such as GDPR, HIPAA and CCPA. Stated as helping customers meet requirements, not as a HIPAA attestation or an offer of a BAA. | Maintains a HIPAA program; HIPAA sits among the Trust Center compliance resources, some of which require approved access before download. |
| GDPR / data residency | Regions are placed to meet data residency requirements, and Geos are used to ensure compliance with regulatory requirements. | Stated fully GDPR compliant for data processed in European data center regions, with documented EU procedures for collection, storage, processing and deletion. |
| Encryption at rest | AI Object Storage encrypts object data at rest by default with AES-256 at no additional cost; object metadata is not encrypted by default. Read for CoreWeave AI Object Storage; other storage products document encryption separately. | Optional per-Pod volume encryption: the volume disk is encrypted at rest on the host machine, but container disk and network volumes cannot be encrypted. |
| Customer-managed keys | SSE-C lets you encrypt AI Object Storage objects with AES-256 keys you provide and manage; CoreWeave retains only a hash of the key, never the key itself. | Not supported: Runpod stores the volume encryption key, which cannot be retrieved, and the docs state bring your own key is not supported. |
| Role-based access control | IAM Access Policies assign roles to users or groups across CoreWeave services; CKS clusters use Kubernetes RBAC and Object Storage its own bucket policies. | Four team roles — Basic, Billing, Dev and Admin — each with set permissions; Admin has unrestricted access to members, settings, billing and resources. |
| Private networking / VPC | VPCs define network isolation for attached products such as CKS clusters; VPC prefixes reach other VPCs, remote clouds or on-premises networks over VPN or Direct Connect. | Global networking gives each Pod a private IP reachable only by other Pods in the same account; NVIDIA GPU Pods only, in 17 data centers. |
| Dedicated infrastructure | Dedicated Access AZs are single-tenant: no other customer's workloads run in the AZ and no other tenant shares the underlying network fabric; reserved for select customers. | Reserved Clusters: dedicated GPU clusters with guaranteed availability, custom configurations and SLA-backed uptime for enterprises scaling to 10,000+ GPUs. |
Where they differ.
Pricing model
- CoreWeave
- Four CKS capacity plans - Flex Reservations, Reserved Instances, Spot Instances and On-Demand; On-Demand instances are billed on actual use with no long-term commitment
- RunPod
- Prepaid credit balance drawn down by usage: all compute and storage billed per second, with no data transfer fees.
Sources (2) →Sources ↓
- About capacity plans - CoreWeave Docs ↗
“CoreWeave Kubernetes Service (CKS) offers four capacity plans: Flex Reservations Reserved Instances Spot Instances On-Demand [...] These instances are billed based on actual use without a long-term commitment.”
Read 2026-10-17 · official docs · Report a correction
- Billing overview - Runpod Documentation ↗
“Runpod uses a credit-based billing system where you add funds to your account and charges are deducted as you use resources. All compute and storage charges are billed per second, with no fees for data transfer.”
Read 2026-10-17 · official docs · Report a correction
Regions
- CoreWeave
- Availability Zones listed across seven Super Regions (CA-EAST, EU-NORTH, EU-SOUTH, EU-WEST, US-CENTRAL, US-EAST, US-WEST), sited in the US, Canada, UK, Spain, Sweden, Norway and Denmark
- RunPod
- 31 regions across the US, Europe, Asia and Australia for on-demand GPU instances.
Sources (2) →Sources ↓
- All Availability Zones - CoreWeave Docs ↗
“View all CoreWeave Availability Zones, grouped by Super Region [...] CA-EAST EU-NORTH EU-SOUTH EU-WEST US-CENTRAL US-EAST US-WEST [...] CA-EAST-01A Ontario, Canada General Access”
Read 2026-10-17 · official docs · Report a correction
- Cloud GPU Instances for AI Workloads | Runpod ↗
“Rent GPU instances in 31 regions across the US, Europe, Asia, and Australia.”
Read 2026-10-17 · official site · Report a correction
Storage price
- CoreWeave
- $0.06 per GB per month for AI Object Storage Hot; Warm is $0.03, Cold $0.015 and Archive $0.0125 (limited availability). Distributed File Storage is $0.070 per GB per month. CoreWeave bills storage in binary GB (GiB).
- RunPod
- From $0.05 per GB per month, for standard network storage over 1TB ($0.07 under 1TB); high-performance network storage is $0.14 per GB per month.
Sources (2) →Sources ↓
- Pricing — CoreWeave ↗
“CoreWeave AI Object Storage Hot $0.06/GB/mo [...] CoreWeave AI Object Storage Warm $0.03/GB/mo [...] CoreWeave AI Object Storage Cold $0.015/GB/mo [...] CoreWeave AI Object Storage Archive (Limited Availability, Contact CoreWeave) $0.0125/GB/mo [...] Distributed File Storage - $0.070/GB/mo [...] This unit of measurement is also known as a gibibyte (GiB)”
Read 2026-10-17 · official pricing · Report a correction
- Pricing — RunPod ↗
“Flexible and persistent storage options starting at $0.05/GB/mo with standard and high-performance tiers. [...] Network Storage (Standard) Under 1TB - $0.07/GB/mo Over 1TB - $0.05/GB/mo [...] Network Storage (High-Performance) $0.14/GB/mo”
Read 2026-10-17 · official pricing · Report a correction
H100 SXM, per GPU-hour
- CoreWeave
- $6.16 per GPU-hour for NVIDIA HGX H100 (80GB) is CoreWeave's inference-platform price, printed in its "Inference Single GPU Price" column, which it says applies only to inference platform customers. The on-demand instance price is $49.24/hour for the 8-GPU HGX H100 instance, spot $19.71/hour (North America).
- RunPod
- $3.99 per hour for H100 SXM 80GB, single card, on Secure Cloud (the page's default view). The PCIe variant is $2.89 and H100 NVL is $3.19.
Sources (2) →Sources ↓
- Pricing — CoreWeave ↗
“On-Demand Price (Per Hour) Spot Price (Per Hour) Inference Single GPU Price(Per Hour)² [...] NVIDIA HGX H100 8 80 128 2,048 61.44 $49.24 NVIDIA HGX H100 On-Demand Price: $49.24 / Hour Spot Price: $19.71 / Hour Inference Single CPU Price: $6.16 / Hour [...] Pricing based on GPUs is exclusively applicable to the CoreWeave inference platform customers.”
Read 2026-10-17 · official pricing · Report a correction
- Pricing — RunPod ↗
“GPU Community Cloud Secure Cloud Per hour Per second [...] H100 SXM 80 GB VRAM 125 GB RAM 20 vCPUs $ 3.99 /hr [...] H100 PCIe 80 GB VRAM 188 GB RAM 16 vCPUs $ 2.89 /hr [...] H100 NVL 94 GB VRAM 94 GB RAM 16 vCPUs $ 3.19 /hr”
Read 2026-10-17 · official pricing · Report a correction
Cheapest GPU, per hour
- CoreWeave
- $1.25 per GPU-hour for NVIDIA L40 (48GB) is CoreWeave's inference-platform price, from its "Inference Single GPU Price" column, which applies only to inference platform customers. The on-demand instance price is $10.00/hour for the 8-GPU L40 instance, spot $6.27/hour (North America).
- RunPod
- $0.27 per hour for an RTX A5000 with 24GB, on Secure Cloud (the page's default view). RTX 3090 is $0.50, RTX 4090 $0.89, L40S $1.09.
Sources (2) →Sources ↓
- Pricing — CoreWeave ↗
“On-Demand Price (Per Hour) Spot Price (Per Hour) Inference Single GPU Price(Per Hour)² [...] NVIDIA L40 8 48 128 1,024 7.68 $10.00 NVIDIA L40 On-Demand Price: $10.00 / Hour Spot Price: $6.27 / Hour Inference Single CPU Price: $1.25 / Hour [...] Pricing based on GPUs is exclusively applicable to the CoreWeave inference platform customers.”
Read 2026-10-17 · official pricing · Report a correction
- Pricing — RunPod ↗
“RTX A5000 24 GB VRAM 25 GB RAM 9 vCPUs $ 0.27 /hr [...] RTX 3090 24 GB VRAM 125 GB RAM 16 vCPUs $ 0.5 /hr [...] RTX 4090 24 GB VRAM 41 GB RAM 6 vCPUs $ 0.89 /hr [...] L40S 48 GB VRAM 94 GB RAM 16 vCPUs $ 1.09 /hr”
Read 2026-10-17 · official pricing · Report a correction
Largest GPU offered
279GB per GPU on GB300 NVL72, which is Contact sales only. HGX B300 is next at 270GB, with no on-demand price and a $35.84/hour spot price for the 8-GPU instance. The most VRAM with a published on-demand price is GB200 NVL72 at 186GB per GPU: $42.00/hour instance price for 4 GPUs, or $10.50 per GPU-hour on the inference platform.
288GB per GPU on B300; B200 at 180GB is $7.99 an hour and H200 at 141GB is $5.29, on Secure Cloud (the page's default view).
Sources (2) →Sources ↓
- Pricing — CoreWeave ↗
“GPU Model GPU Count VRAM (GB) vCPUs System RAM (GB) Local Storage (TB) On-Demand Price (Per Hour) Spot Price (Per Hour) Inference Single GPU Price(Per Hour)² NVIDIA GB300 NVL72 4^1 279 144 960 61.44 Contact sales [...] NVIDIA GB200 NVL72 4^1 186 144 960 30.72 $42.00 NVIDIA GB200 NVL72 On-Demand Price: $42.00 / Hour Spot Price: N/A / Hour Inference Single CPU Price: $10.50 / Hour [...] NVIDIA HGX B300 8 270 192 4,096 61.44 Contact sales NVIDIA HGX B300 On-Demand Price: / Hour Spot Price: $35.84 / Hour”
Read 2026-10-17 · official pricing · Report a correction
- Pricing — RunPod ↗
“B300 288 GB HBM3e 251 GB RAM 32 vCPUs [...] B200 180 GB VRAM 283 GB RAM 28 vCPUs $ 7.99 /hr [...] H200 141 GB VRAM 276 GB RAM 24 vCPUs $ 5.29 /hr”
Read 2026-10-17 · official pricing · Report a correction
Billing granularity
- CoreWeave
- Invoice line items are per SKU with quantity in hours; usage attribution across Reserved, Flex and On-Demand capacity runs every 30 seconds
- RunPod
- Per second, with per-hour rates shown for comparison. Clusters can be started with no commitment and scaled to 64 GPUs.
Sources (2) →Sources ↓
- About capacity plans - CoreWeave Docs ↗
“Billing reconciles all consumption into one invoice. Each line item shows the SKU, quantity (hours), and the applied rate type. [...] Attribution runs every 30 seconds. For each SKU, usage is applied in this order:”
Read 2026-10-17 · official docs · Report a correction
- Pricing — RunPod ↗
“Per hour Per second [...] Launch multi-GPU clusters in minutes with no commitments. Scale up to 64 GPUs, attach shared storage, and pay only for what you use.”
Read 2026-10-17 · official pricing · Report a correction
Reserved pricing
- CoreWeave
- Up to 60% below on-demand for reserved compute capacity.
- RunPod
- Savings plans: a 3-month or 6-month upfront prepaid commitment discounts GPU compute costs; storage stays at standard rates and plans are non-refundable.
Sources (2) →Sources ↓
- Pricing — CoreWeave ↗
“Reserved Compute Capacity CoreWeave offers up to 60% discounts over our On-Demand prices for committed usage.”
Read 2026-10-17 · official pricing · Report a correction
- Pricing - Runpod Documentation ↗
“Commit to a 3-month or 6-month term upfront for significant discounts on compute costs. [...] Savings plans only cover GPU compute costs— storage costs are billed at standard rates. [...] Plans are non-refundable and have fixed expiration dates.”
Read 2026-10-17 · official docs · Report a correction
SOC 2
- CoreWeave
- SOC 2 Type II is listed as a badge in the CoreWeave Trust Center; detailed documentation is available by requesting access.
- RunPod
- SOC 2 Type II and SOC 3 examinations completed; reports are listed in the Runpod Trust Center and some require approved access before download.
Sources (2) →Sources ↓
- CoreWeave Trust Center ↗
“Browse documents, certifications, and compliance details with confidence. [...] use the "Get Access" button on the top-right corner of the page to request access to the detailed security documentation. [...] Badges ISO 27001 SOC 2 Type II ISO 27017 ISO 27018”
Read 2026-10-17 · official site · Report a correction
- AI Infrastructure Security & Compliance | Runpod ↗
“Runpod has also completed SOC 2 Type II and SOC 3 examinations, and maintains HIPAA and GDPR programs. [...] The Runpod Trust Center lists current compliance resources, including the ISO/IEC 27001:2022 certificate, SOC 2 Type II, SOC 3, HIPAA, GDPR, and the SOC 2 Bridge Letter 2026. Some documents require approved access before download.”
Read 2026-10-17 · official site · Report a correction
ISO 27001
- CoreWeave
- ISO 27001 (with ISO 27017 and ISO 27018) is among the frameworks CoreWeave's compliance evidence maps to, available via its Compliance Documentation Portal.
- RunPod
- ISMS certified to ISO/IEC 27001:2022 by Sensiba LLP; certificate RUN-ISMS-20260827 valid 27 August 2026 through 26 August 2029. Scope limited to the ISMS supporting Runpod's services and platform, not individual products.
Sources (2) →Sources ↓
- Compliance programs - CoreWeave Docs ↗
“CoreWeave aligns its security and compliance programs with recognized regulatory standards so you can run sensitive and regulated workloads on the CoreWeave Cloud. [...] third-party assessments that map to major frameworks and regulations such as: SOC 2 ISO 27001 ISO 27017 ISO 27018”
Read 2026-10-17 · official docs · Report a correction
- AI Infrastructure Security & Compliance | Runpod ↗
“Runpod Inc. operates an Information Security Management System certified to ISO/IEC 27001:2022 by Sensiba LLP, an ANAB-accredited certification body. Certificate RUN-ISMS-20260827 is valid from August 27, 2026 through August 26, 2029. [...] Certification covers the management system, not individual products or services.”
Read 2026-10-17 · official site · Report a correction
HIPAA
- CoreWeave
- Security docs say multi-tenant isolation and encryption controls help customers address regulatory requirements such as GDPR, HIPAA and CCPA. Stated as helping customers meet requirements, not as a HIPAA attestation or an offer of a BAA.
- RunPod
- Maintains a HIPAA program; HIPAA sits among the Trust Center compliance resources, some of which require approved access before download.
Sources (2) →Sources ↓
- Security architecture - CoreWeave Docs ↗
“CoreWeave’s multi-tenant isolation and encryption features are backed by enforceable technical controls that support trustworthy, secure AI adoption at scale. They help customers address regulatory requirements such as GDPR, HIPAA, and CCPA.”
Read 2026-10-17 · official docs · Report a correction
- AI Infrastructure Security & Compliance | Runpod ↗
“Runpod has also completed SOC 2 Type II and SOC 3 examinations, and maintains HIPAA and GDPR programs. [...] Some documents require approved access before download.”
Read 2026-10-17 · official site · Report a correction
GDPR / data residency
- CoreWeave
- Regions are placed to meet data residency requirements, and Geos are used to ensure compliance with regulatory requirements.
- RunPod
- Stated fully GDPR compliant for data processed in European data center regions, with documented EU procedures for collection, storage, processing and deletion.
Sources (2) →Sources ↓
- About Regions and Availability Zones (AZs) - CoreWeave Docs ↗
“CoreWeave uses Geos to manage global infrastructure, ensure compliance with regulatory requirements, and optimize for large-scale redundancy and disaster recovery. [...] CoreWeave places Regions to offer low latency, high-performance connectivity, and to meet data residency requirements.”
Read 2026-10-17 · official docs · Report a correction
- Data security and legal compliance - Runpod Documentation ↗
“Runpod is fully compliant with the General Data Protection Regulation (GDPR) for data processed in European data center regions. [...] For servers hosted in GDPR-compliant regions like the European Union, Runpod maintains clear procedures for the collection, storage, processing, and deletion of personal data.”
Read 2026-10-17 · official docs · Report a correction
Encryption at rest
- CoreWeave
- AI Object Storage encrypts object data at rest by default with AES-256 at no additional cost; object metadata is not encrypted by default. Read for CoreWeave AI Object Storage; other storage products document encryption separately.
- RunPod
- Optional per-Pod volume encryption: the volume disk is encrypted at rest on the host machine, but container disk and network volumes cannot be encrypted.
Sources (2) →Sources ↓
- About CoreWeave AI Object Storage - CoreWeave Docs ↗
“AI Object Storage provides encryption at rest by default and supports encryption in transit through TLS. For additional control, you can supply your own encryption keys using SSE-C. Encryption has no additional cost. [...] Only the object data itself is encrypted at rest. Object metadata is not encrypted by default.”
Read 2026-10-17 · official docs · Report a correction
- Storage options - Runpod Documentation ↗
“When encryption is enabled, the volume is encrypted at rest on the host machine, and only your Pod can access the data. [...] Encryption applies only to volume disk. Container disk and network volumes cannot be encrypted.”
Read 2026-10-17 · official docs · Report a correction
Customer-managed keys
- CoreWeave
- SSE-C lets you encrypt AI Object Storage objects with AES-256 keys you provide and manage; CoreWeave retains only a hash of the key, never the key itself.
- RunPod
- Not supported: Runpod stores the volume encryption key, which cannot be retrieved, and the docs state bring your own key is not supported.
Sources (2) →Sources ↓
- About SSE-C - CoreWeave Docs ↗
“Server-side encryption with customer keys (SSE-C) lets you encrypt your data in CoreWeave AI Object Storage using encryption keys that you provide and manage. [...] The encryption key is never stored with your data. Only a hash of the key is retained for verification.”
Read 2026-10-17 · official docs · Report a correction
- Storage options - Runpod Documentation ↗
“Your encryption key cannot be retrieved, and bring your own key is not supported. Runpod securely stores your key and passes it only to your container image at runtime.”
Read 2026-10-17 · official docs · Report a correction
Role-based access control
- CoreWeave
- IAM Access Policies assign roles to users or groups across CoreWeave services; CKS clusters use Kubernetes RBAC and Object Storage its own bucket policies.
- RunPod
- Four team roles — Basic, Billing, Dev and Admin — each with set permissions; Admin has unrestricted access to members, settings, billing and resources.
Sources (2) →Sources ↓
- IAM Access Policies - CoreWeave Docs ↗
“CoreWeave IAM Access Policies let administrators and privileged users define which principals (CoreWeave IAM users or groups) can perform specific actions across CoreWeave services. [...] The CoreWeave AI Object Storage S3-compatible API, which is governed by organization and bucket access policies. [...] Kubernetes authorization within CoreWeave Kubernetes Service (CKS) clusters, which uses Kubernetes RBAC after a user authenticates to the Kubernetes API.”
Read 2026-10-17 · official docs · Report a correction
- Manage accounts - Runpod Documentation ↗
“Runpod provides four distinct roles to control access within team accounts. Each role includes specific permissions designed for different responsibilities. [...] Administrators have unrestricted access to manage team members, configure account settings, handle billing, and control all team computing resources.”
Read 2026-10-17 · official docs · Report a correction
Private networking / VPC
- CoreWeave
- VPCs define network isolation for attached products such as CKS clusters; VPC prefixes reach other VPCs, remote clouds or on-premises networks over VPN or Direct Connect.
- RunPod
- Global networking gives each Pod a private IP reachable only by other Pods in the same account; NVIDIA GPU Pods only, in 17 data centers.
Sources (2) →Sources ↓
- Virtual Private Clouds (VPCs) - CoreWeave Docs ↗
“define the network isolation configuration for attached CoreWeave products, like CKS clusters. [...] Routing: VPC Prefixes let the cluster reach other VPCs in the same Region, remote cloud providers, or on-premises networks through a VPN or Direct Connect.”
Read 2026-10-17 · official docs · Report a correction
- Global networking - Runpod Documentation ↗
“Global networking provides each Pod with a private IP address accessible only to other Pods in your account. [...] Global networking is currently only available for NVIDIA GPU Pods. [...] Global networking is available in these 17 data centers worldwide:”
Read 2026-10-17 · official docs · Report a correction
Dedicated infrastructure
- CoreWeave
- Dedicated Access AZs are single-tenant: no other customer's workloads run in the AZ and no other tenant shares the underlying network fabric; reserved for select customers.
- RunPod
- Reserved Clusters: dedicated GPU clusters with guaranteed availability, custom configurations and SLA-backed uptime for enterprises scaling to 10,000+ GPUs.
Sources (2) →Sources ↓
- About Regions and Availability Zones (AZs) - CoreWeave Docs ↗
“CoreWeave manages Dedicated Access AZs and reserves them for select customers. Infrastructure in a Dedicated Access AZ is single-tenant: no other customer’s workloads run in the AZ, and no other tenant shares the underlying network fabric.”
Read 2026-10-17 · official docs · Report a correction
- GPU Cloud Pricing | Per-Second H100, A100, RTX | Runpod ↗
“Reserved Clusters Dedicated GPU clusters with guaranteed availability, custom configurations, SLA-backed uptime, and discounted rates for enterprises scaling to 10,000+ GPUs.”
Read 2026-10-17 · official pricing · Report a correction
When these numbers change, hear about it. Sources are re-checked monthly; a repricing goes out as a short note.
Documented by only one.
These criteria are published by one provider and not the other. An absence here means we have not found a source, not that the feature is missing — except where we say we read the other provider's own page on a given date and it does not state it. Those rows lean, and the provider can correct them with a link.
Questions this comparison answers.
Should I choose CoreWeave or RunPod?
Pick CoreWeave if Training runs that want a whole HGX node and move large datasets — free egress and free I/O operations remove the charge that usually dominates a data-heavy job.
Pick RunPod if Short experiments and bursty inference — per-second billing and a $0.27 entry card mean an idle hour costs nothing and a small job is genuinely small.
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