High-performance GPU infrastructure
for AI
Build and deploy your high-performance applications on scalable, reliable, and cost-effective cloud infrastructure.
Empowering AI innovation across enterprise workloads
With up to 35X faster performance and 80% lower costs than legacy cloud providers, we provide unparalleled efficiency for high performance applications, LLMs, and Generative AI.
Natural Language Processing, Image & Video Generation
Vision, Speech, and Text Models
Business Intelligence and Forecasting
Drug Discovery, Genomics, and Protein Folding
E-commerce, Media, and Personalized Experiences
Bitcoin Mining and Secure Distributed Computing
Reserve NVIDIA Blackwell GPUs
The NVIDIA GB200 Grace™ Blackwell Superchip is coming to Consensus Core. Be the first to access next-gen performance on 100% green-powered infrastructure.
NVIDIA H100 Tensor Core GPU
We are proud to be among the first offer on-demand access to NVIDIA's H100 GPUs with Infiniband, the industry's leading solutions for AI and deep learning. Whether you're training complex models, running high-performance applications, or exploring new frontiers in AI, our GPUs provide the power and speed you need.
Peak performance,
now powered by 100% green energy.
Start with your own AI and HPC workflows using our H100 instances:
8-248x H100 GPUs
3,200 Gbps Infiniband
Short term deployments
Monthly payments
As your compute needs grow, our engineers will help you scale from one GPU to a cluster.
64-4088x H100 GPUs
3,200 Gbps Infiniband
12+ month terms
Custom payment plans
Tailored for enterprises needing sustained, secure, and scalable infrastructure. Benefit from custom-built datacenter infrastructure designed to power resource-heavy AI applications.
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Consensus Core’s innovative solution fills a critical gap in the market, empowering businesses of all sizes to leverage the immense power of AI and machine learning.
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Our cloud includes the new NVIDIA H100 Tensor Core GPUs (PCIe) which offer unprecedented performance, scalability, and security for any deep learning workload.