CoreWeave

In today's fast-paced digital landscape, CoreWeave emerges as a game-changer in high-performance computing (HPC), offering a specialized cloud service that leverages the power of NVIDIA GPUs to meet and exceed the demands of industries ranging from animation and visual effects to artificial intelligence and machine learning. CoreWeave distinguishes itself by focusing on large-scale, GPU-accelerated workloads, delivering performance that is up to 35 times faster and 80% less expensive compared to traditional cloud services.

At the heart of CoreWeave's offering is a modern, Kubernetes-native cloud architecture designed for GPU-accelerated workloads, providing access to the industry's broadest range of NVIDIA GPUs. The platform's infrastructure is built to offer the flexibility and speed required by today's demanding compute tasks, boasting a 50% reduction in latency and the support of 14 Tier 4 Data Centers across North America. CoreWeave's comprehensive suite of services caters to a wide array of high-performance computing needs, including GPU Compute, CPU Compute, Kubernetes, Virtual Servers, Storage, and Networking.

Highlights:

• Up to 35 times faster performance and 80% less expensive than traditional cloud services
• Modern, Kubernetes-native cloud architecture
• Access to the industry's broadest range of NVIDIA GPUs
• 50% reduction in latency
• Support of 14 Tier 4 Data Centers across North America

Key Features:

• GPU Compute with over 11 NVIDIA GPU SKUs available on demand
• CPU Compute with massive scale CPU-only instances
• Fully managed Kubernetes service
• User-friendly deployment and management of Virtual Servers
• Distributed, fault-tolerant storage solutions

Benefits:

• Unparalleled computing performance
• Flexible and fast infrastructure
• Comprehensive suite of services
• Optimized for IOPS and throughput
• Advanced networking solutions without typical egress fees

Use Cases:

• Visual Effects and Animation Studios
• AI and Machine Learning Researchers
• Game Developers and Publishers
• Academic and Scientific Research
• Industries requiring intense computational resources