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Using Cake for vLLM

vLLM is an open-source library for high-throughput, low-latency LLM serving with paged attention and efficient GPU memory usage.
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Cake cut a year off our product development cycle. That's the difference between life and death for small companies

Dan Doe
President, Altis Labs

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Cake cut a year off our product development cycle. That's the difference between life and death for small companies

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CEO, AMD

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How it works

Serve LLMs at scale with vLLM on Cake

Cake supports vLLM for high-throughput, low-latency LLM serving with paged attention, GPU optimization, and autoscaling built in.

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Paged attention efficiency

Run large models with optimized memory use and high token throughput.

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Autoscaling and batching

Use Cake to deploy, scale, and batch inference using vLLM’s scheduling features.

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Monitor and secure inference

Track latency, usage, and enforce policies across vLLM endpoints.

Frequently asked questions about Cake and vLLM

What is vLLM?
vLLM is an open-source library for high-throughput, low-latency LLM serving with optimized GPU memory management.
How does Cake support vLLM?
Cake orchestrates vLLM deployments with autoscaling, latency tracking, and usage governance.
What are the benefits of vLLM over other inference tools?
vLLM supports paged attention, enabling more efficient use of memory for large models.
Can I deploy multiple models with vLLM?
Yes—Cake can route traffic and monitor endpoints across multiple vLLM instances.
Does vLLM support streaming inference?
Yes—vLLM supports both streaming and batched responses for real-time LLM applications.
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