What interconnect technology does RunPod use for multi-GPU training?

💡 Answer

Multi-GPU and distributed training capabilities at RunPod:

- Interconnect: NVLink
- Max GPUs per instance: 8
- Multi-node clusters: 1

For training large models like LLMs that require multiple GPUs, the interconnect bandwidth directly impacts training throughput. High-bandwidth interconnects like NVLink and InfiniBand minimize the communication overhead during gradient synchronization, resulting in near-linear scaling across GPUs.

View NVLink and InfiniBand configurations at RunPod official website.

More FAQs about RunPod

Guides Where RunPod Is Featured

These guides include RunPod alongside other cloud GPU providers, grouped by hardware, pricing, features, and infrastructure.

RunPod vs Latitude.sh vs Vultr - GPU Provider Comparison (April 2026)

Side-by-side comparison of RunPod vs Latitude.sh vs Vultr. Quickly scan maximum funding, profit splits, risk rules, leverage, platforms, instruments, payout schedules, payment options, trading permissions and KYC restrictions to narrow down your prop trading firm shortlist. Data updated April 2026.

RunPod vs Latitude.sh vs Vultr - GPU Provider Comparison (April 2026)
RunPod
The cloud built for AI — deploy and scale GPU workloads from serverless inference to instant multi-node clusters on demand.
Latitude.sh
Bare metal GPU cloud across 23 global locations
Vultr
High-performance cloud GPU across 32 global regions
Overview
Trustpilot Rating 3.8 3.7 1.8
Headquarters United States Brazil United States
Provider Type GPU-Focused Bare Metal Multi-Cloud
Best For AI training inference fine-tuning Stable Diffusion batch processing rendering research LLM serving generative AI AI training inference bare metal GPU fine-tuning research dedicated workloads generative AI AI training inference video rendering HPC Stable Diffusion game development generative AI fine-tuning research
GPU Hardware
GPU Models B300 B200 H200 H100 SXM H100 PCIe H100 NVL MI300X A100 SXM A100 PCIe RTX 5090 RTX PRO 6000 L40S L40 RTX 6000 Ada RTX 5000 Ada RTX A6000 RTX A5000 RTX 4090 RTX 4080 SUPER RTX 4080 RTX 4070 Ti RTX 3090 Ti RTX 3090 RTX 3080 Ti RTX 3080 RTX 3070 A40 A30 A2 L4 A30 RTX A5000 RTX A6000 L40S RTX 6000 Ada A100 SXM H100 SXM GH200 RTX PRO 6000 A16 A40 L40S A100 PCIe GH200 A100 SXM H100 SXM B200 B300 MI300X MI325X MI355X
Max VRAM (GB) 288 96 288
Max GPUs/Instance 8 8 16
Interconnect NVLink NVLink NVLink
Pricing
Starting Price ($/hr) $0.06/hr $0.35/hr $0.47/hr
Billing Granularity Per-second Per-hour Per-hour
Spot/Preemptible 1 0 1
Reserved Discounts 15-29% (1-month to 1-year plans) N/A N/A
Free Credits $5-$500 bonus after first $10 spend $200 via referral program Up to $300 free credit for 30 days
Egress Fees None (Free) None Standard (varies by plan)
Storage Container/Volume ($0.10/GB/mo), Idle Volume ($0.20/GB/mo), Network Storage ($0.07/GB/mo 1TB) Local NVMe included (up to 4x 3.8TB), Block Storage $0.10/GB/mo, Filesystem Storage $0.05/GB/mo 350 GB - 61 TB NVMe (included), Block Storage at $0.10/GB/mo, S3-compatible Object Storage
Infrastructure
Regions 31 global regions 23 locations: US (8 cities), LATAM (5), Europe (5), APAC (4), Mexico City. GPU in Dallas, Frankfurt, Sydney, Tokyo 32 regions across 6 continents (Americas, Europe, Asia, Australia, Africa)
Uptime SLA 99.99% 99.9% 100%
Developer Experience
Frameworks PyTorch TensorFlow JAX ONNX CUDA ML-optimized images PyTorch TensorFlow (user-installed) CUDA PyTorch TensorFlow CUDA cuDNN ROCm Hugging Face NVIDIA NGC
Docker Support 1 1 1
SSH Access 1 1 1
Jupyter Notebooks 1 0 1
API / CLI 1 1 1
Setup Time Instant Seconds Minutes
Kubernetes Support 0 0 1
Business Terms
Min Commitment None None None
Compliance SOC 2 Type II Single-tenant isolation DPA available SOC 2+ (HIPAA) PCI ISO 27001 ISO 27017 ISO 27018 ISO 20000-1 CSA STAR Level 1