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Compare GPU and LLM inference API pricing between fal.ai and Wafer. Find the best rates for AI training, inference, and ML workloads.
Provider 1
Provider 2
| GPU Model ↑ | fal.ai Price | Wafer Price | Price Diff ↕ | Sources |
|---|---|---|---|---|
B200 180GB VRAM • fal.ai | Not Available | — | ||
B200 180GB VRAM • | ||||
H100 SXM 80GB VRAM • fal.ai | Not Available | — | ||
H100 SXM 80GB VRAM • | ||||
H200 141GB VRAM • fal.ai | Not Available | — | ||
H200 141GB VRAM • | ||||
HGX B300 288GB VRAM • fal.ai | Not Available | — | ||
HGX B300 288GB VRAM • | ||||
RTX PRO 6000 96GB VRAM • fal.ai | Not Available | — | ||
RTX PRO 6000 96GB VRAM • | ||||
B200 180GB VRAM • fal.ai | Not Available | — | ||
B200 180GB VRAM • | ||||
H100 SXM 80GB VRAM • fal.ai | Not Available | — | ||
H100 SXM 80GB VRAM • | ||||
H200 141GB VRAM • fal.ai | Not Available | — | ||
H200 141GB VRAM • | ||||
HGX B300 288GB VRAM • fal.ai | Not Available | — | ||
HGX B300 288GB VRAM • | ||||
RTX PRO 6000 96GB VRAM • fal.ai | Not Available | — | ||
RTX PRO 6000 96GB VRAM • | ||||
Explore how these providers compare to other popular GPU cloud services
Compare fal.ai with another leading provider
Compare fal.ai with another leading provider
Compare fal.ai with another leading provider
Compare fal.ai with another leading provider
Compare fal.ai with another leading provider
Compare fal.ai with another leading provider
Production endpoints for image, video and audio models billed per call or per second
Run private models on dedicated NVIDIA GPUs with autoscaling and scale-to-zero
Inference engines tuned for diffusion and audio workloads
Pay-as-you-go API access to hosted open-source models including GLM, Kimi, Qwen, and DeepSeek with no infrastructure management
Custom-tuned inference deployments with performance guarantees, provisioned in under 24 hours
Agents profile inference bottlenecks and tune across serving engines (vLLM, SGLang, TensorRT-LLM), custom kernels (CUDA, HIP, Triton, NKI), quantization (FP8/FP4), and decode strategies
Workloads run on NVIDIA B200/B300, AMD MI350X/MI355X, and AWS Trainium depending on the model and traffic shape
OpenAI-compatible endpoint at pass.wafer.ai/v1 and Anthropic-compatible endpoint at pass.wafer.ai/v1/messages, both using Bearer token authentication
Cached input tokens are billed at reduced rates on supported models
Hosted model endpoints billed per request or per generated unit
Custom deployments billed per second of GPU runtime, with scale-to-zero
Volume commitments and dedicated capacity for high-throughput customers
Prepaid credits with separate input and output token rates per model and no subscription
Reduced rates for cached input tokens on supported models
Custom pricing for dedicated deployments with tuned performance targets, arranged with the sales team
Sign up and generate an API key
Choose from the catalog or define a custom GPU-backed deployment
Invoke endpoints from any language using the REST or SDK clients
Sign up at app.wafer.ai and load credits for pay-as-you-go usage
Create a key in the console and pass it as a Bearer token
Call the OpenAI-compatible endpoint at pass.wafer.ai/v1 with a model from the serverless catalog
Multi-region serverless infrastructure
Documentation, community channels and enterprise support for paid customers
Documentation at docs.wafer.ai, email support (hi@wafer.ai), and scheduled onboarding calls for enterprise