Designed to be inference-optimized from the start, while excelling at HPC and AI training workloads

Deploy large models and process more data in-memory for greater efficiency and high performance.

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AMD ROCm™ open software ecosystem

AMD ROCm™ is the only open software platform for GPU computing, ensuring freedom from vendor lock-in and from limited architectural options.


AMD ROCm™ works out of the box and is supported on hundreds of open-source platforms, letting developers design the solutions they need to advance their models without the concerns of being locked into a proprietary solution.

Enterprise-ready at any scale and any location

Clusters at any size

Vultr's enterprise-ready infrastructure seamlessly supports any cluster size of AMD Instinct™ MI300X GPUs. Whether you require a small cluster or a massive deployment, Vultr ensures reliable, high-performance computing to meet your specific needs.

Globally available, locally accessible

Large clusters of AMD Instinct™ MI300X GPUs are available where you need them, thanks to Vultr’s extensive infrastructure. With 32 global cloud data center locations across six continents, we guarantee low latency and high availability, enabling your enterprise to achieve optimal performance worldwide.

Learn more about Vultr’s data center locations

Enterprise-grade compliance and security

Vultr ensures our platform, products, and services meet diverse global compliance, privacy, and security needs, covering areas such as server availability, data protection, and privacy. Our commitment to industry-wide privacy and security frameworks, including ISO and SOC 2 Type 2 standards, demonstrates our dedication to protecting our customers' data.

Learn more about Vultr’s security and compliance

AMD Instinct™ MI300X
GPU specifications

Form factor OAM module
GPU compute units 304
Stream processors 1216
Peak engine clock 19,456
Memory capacity Up to 192 GB HBM3
Memory bandwith 5.3 TB/s max. peak theoretical
Memory interface 8192 bits
AMD Infinity Cache™ (last level) 256 MB
Memory clock Up to 5.2 GT/s
AI PEAK THEORETICAL PERFORMANCE
With sparsity
TF32 (TFLOPs) 653.7 1307.4
FP16 (TFLOPs) 1307.4 2614.9
BFLOAT16 (TFLOPs) 1307.4 2614.9
INT8 (TOPs) 2614.9 5229.8
FP8 (TFLOPs) 2614.9 5229.8
HPC PEAK THEORETICAL PERFORMANCE (TFLOPS)
FP64 vector 81.7
FP32 vector 163.4
FP64 matrix 163.4
FP32 matrix 163.4