Baseten vs Cerebras
Updated March 10, 2026
Overview
Baseten is a model inference platform that lets developers deploy and scale ML models with high-performance GPU infrastructure. It supports custom model deployments with autoscaling, and hosts popular open-source models through its Truss serving framework.
Cerebras builds the world's largest AI chips—wafer-scale processors that contain millions of cores on a single silicon wafer. The Cerebras CS-2 system delivers massive parallelism for AI training and ultra-fast inference for open-source models. Through Cerebras Inference, developers can access some of the fastest LLM inference speeds available, particularly for Llama models.
Key features
Core capabilities each platform advertises.
- Wafer-scale inference chips
- Record-breaking inference speed
- Simple API deployment
- Optimized for large language models
- Custom silicon architecture
Strengths and tradeoffs
What each tool does well, and the limitations to keep in mind.
Pros
- Production-ready platform
- Good performance
- Active development
- Strong features
Cons
- Enterprise pricing varies
- Setup complexity
- Learning curve required
Pros
- Revolutionary wafer-scale architecture with 10-70× speedup
- Massive memory bandwidth (21PB/s) eliminates bottlenecks
- Flexible deployment from cloud to on-premise hardware
- Proven performance in production applications
Cons
- Very high capital cost (USD 2-3M) for hardware systems
- Manufacturing yield challenges with wafer-scale design
- Requires specialized expertise to optimize workloads
Baseten or Cerebras — which should you choose?
Choose Baseten if you wantChoose if you want
Choose Cerebras if you wantChoose if you want
- Ultra-fast LLM inference
- Real-time AI applications
- High-throughput text generation
- Enterprise inference infrastructure
- Latency-critical AI deployments
Compare Baseten and Cerebras on your own traffic
Respan lets you trace LLM and agent calls across any model or framework, A/B test prompts on production traffic, and route requests across 500+ models through one gateway.
