B300 in Production: What 18 Benchmark Runs Actually Showed

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Full-stack AI acceleration cloud
Enforce security policy on all LLM endpoints
Platform Architecture & Design
Inside the Velocis architecture
EXPLORE THE PLATFORM
Unified Monitoring & Management
Live telemetry across GPU clusters
End-to-end MLOps, automated
AI Platform-as-a-Service (AI PaaS)
Train and scale AI on managed infra
AI-native apps and agents, ready to deploy
Deploy open-source LLMs managed endpoints
Centralized control over your entire AI stack
NVIDIA & AMD GPUs on bare metal, VM, or K8
Protect AI environments and models

Tour the
SOLUTIONS BY INDUSTRY
Fraud, risk, and document AI for BFSI
Rethink underwriting and claims with AI
AI for recommendations, pricing, and demand
AI for design, simulation, and smart factories
Technical Education & Research
AI Cloud for research labs and learning
Scalable AI Cloud for AI-native teams
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Full-stack AI acceleration cloud
Enforce security policy on all LLM endpoints
Platform Architecture & Design
Inside the Velocis architecture
EXPLORE THE PLATFORM
Unified Monitoring & Management
Live telemetry across GPU clusters
End-to-end MLOps, automated
AI Platform-as-a-Service (AI PaaS)
Train and scale AI on managed infra
AI-native apps and agents, ready to deploy
Deploy open-source LLMs managed endpoints
Centralized control over your entire AI stack
NVIDIA & AMD GPUs on bare metal, VM, or K8
Protect AI environments and models

Tour the
SOLUTIONS BY INDUSTRY
Fraud, risk, and document AI for BFSI
Rethink underwriting and claims with AI
AI for recommendations, pricing, and demand
AI for design, simulation, and smart factories
Technical Education & Research
AI Cloud for research labs and learning
Scalable AI Cloud for AI-native teams
Have a use case in mind?

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Mayank Kulkarni
Authored by
Mayank Kulkarni

SGLang and vLLM are two tools developed to enhance the efficiency of using open-source AI models. While vLLM addresses resource wastage in AI model hosting, SGLang improves response times by minimizing repetition in processing requests. Here’s a read to help you decide which one is better.

We benchmarked five models on the NVIDIA B300 – from Gemma-4-26B to GLM-5.2 at 753 billion parameters, across 18 runs under real production concurrency. The throughput numbers are strong. The TTFT finding is counterintuitive. And the infrastructure implication is bigger than either.
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