Real-time AI performance depends on throughput, latency, and where your inference runs. Powered by 96 GB of GDDR7 ECC memory and 1597 GB/s of memory bandwidth, the RTX PRO 6000 Blackwell on Akamai Cloud delivers the speed required for complex reasoning models.
Performance built for production AI demand
- Achieve up to 1.63× higher inference throughput than H100
- Support up to 24,240 tokens per second per server
- Improve throughput by 1.32× moving from FP8 to FP4
- Support production-like demand with 100 concurrent inference requests
- Run agentic AI, multimodal apps, vision AI, and media workloads
Reserve capacity
Connect with Akamai to discuss GPU capacity, performance goals, workload fit, and regional requirements.
How it works
Performance problems show up when production traffic hits
A new study confirms what most AI teams already feel — peak load latency is the top scaling challenge in production inference. Akamai Cloud keeps you ahead of it, running inference closer to your users for faster, more consistent experiences when it matters most.
Performance proof points
| Customer need | Akamai Cloud benchmark | Business outcome |
|---|---|---|
| Scale inference under load | Up to 1.63× higher throughput than H100 at 100 concurrent requests | Serve more AI requests without defaulting to larger, costlier GPU footprints |
| Generate responses faster | Up to 24,240 TPS per server | Improve response speed for high-volume AI |
| Keep latency low under concurrency | 94.45 ms TTFT at 100 concurrent requests | Deliver faster first-token response for real-time AI experiences |
| Improve inference efficiency | 1.32× throughput gain moving from FP8 to FP4 | Get more output from the same GPU architecture |
| Support production demand | Benchmark used 100 concurrent runs with 200 input and 200 output tokens | Validate performance against realistic short prompt-response workloads |
Built for AI workloads where performance is the product
Akamai Cloud helps teams run performance-sensitive AI workloads closer to users, devices, and data sources.