The VBox DC represents the world’s first 64-GPU single-node AI supercomputer, engineered for advanced AI and accelerated computing.
Integrates up to 64 GPUs in a single node, delivering peak AI and HPC performance.
Pioneering software-defined, memory-centric architecture for enhanced resource efficiency.
Supports 64 AMD or NVIDIA GPUs and custom PCIe accelerators for demanding workloads.
Minimizes data transfer bottlenecks across GPU, system memory, and storage, optimizing throughput.
Consolidates GPU resources into a single rack, simplifying infrastructure management.
Configurable to sub-10 kVA per rack, ideal for enterprise data center environments.
Vertical Data Inc. has provided unmatchable customer service with a tremendous quality of service that has resulted in fast deliverables. We have peace of mind knowing there is a team of experts behind us, guaranteeing high levels of service and solutions that give our business a competitive edge.
Jan Newell - Newell Technologies
Our dealings with Vertical Data Inc. have been seamless, I can't say enough how much I appreciate the fast turnaround time, aggressive cost structure and on-time delivery.
Jay H Lee - Telscon Trade Co
Achieves 2,140.8 TFLOPS FP64 and 83,676.8 TFLOPS FP8 for efficient AI training and inference.
Integrates 64 GPUs in a single node, eliminating the need for multi-server configurations.
Supports deep learning, NLP, and HPC workloads with high efficiency.
Engineered to meet evolving AI model demands, ensuring long-term scalability and compatibility.
Optimized for large datasets, deep learning, and enterprise AI training with plug-and-play functionality.
Supports CUDA-based frameworks including TensorFlow, PyTorch, JAX, ONNX, and MLflow for diverse AI workloads.
FabreX AI Memory Fabric enables low-latency CPU-GPU disaggregation for seamless performance.
Suitable for private data centers, colocation facilities, or hybrid cloud environments.
End-to-end AI infrastructure provider offering hardware provisioning, data center integration and managed services for large or small AI deployments.
Delivers purpose-built appliances tailored to specific AI use cases, optimizing performance and efficiency.
Operates a worldwide network of high-density data centers, optimized for enterprise AI scalability and performance.
Supports multi-cloud implementations with adaptable pricing models, enhancing flexibility for enterprise AI solutions.
Facilitates GPT-scale model training and inference with enhanced memory efficiency.
Drives innovation in fintech, healthcare, and autonomous systems.
Delivers on-demand compute for universities, government labs, and Fortune 500 AI teams.
Powers scientific simulations, data analytics, and advanced AI research.
Supports secure, powerful AI processing for intelligence, surveillance, and reconnaissance (ISR).
Evaluate the Vbox DC’s capabilities for your AI needs, leveraging its 64-GPU single-node supercomputing architecture for unmatched performance in large-scale workloads.
Tailor solutions for large datasets, HPC, and AI models with FabreX AI Memory Fabric, optimizing latency and resource efficiency.
Deploy the Vbox DC in your data center with scalable configurations, designed for seamless integration and high-efficiency computing.
Maximize AI performance with reduced network overhead, ensuring scalability and efficiency for next-generation artificial intelligence and HPC applications.
AI supercomputers provide optimized latency, improved resource efficiency, and scalability for handling large datasets, high-performance computing (HPC), and AI models.
FabreX AI Memory Fabric enhances performance by reducing latency, minimizing network overhead, and optimizing resource allocation for AI and HPC workloads.
Yes, solutions like the Vbox DC offer scalable configurations and tailored options to meet unique data center requirements.
Industries relying on AI, HPC, large-scale data processing, and next-generation computing, such as healthcare, finance, and scientific research, can benefit greatly from these systems.
Systems like the Vbox DC are designed for seamless integration, minimizing disruptions while enhancing computing efficiency.