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Nvidia HGX H20 Enterprise 96GB


The NVIDIA HGX H20 Enterprise 96GB is a powerful AI and HPC accelerator built on NVIDIA’s next-generation Hopper architecture. Featuring 96GB of high-bandwidth HBM3 memory, advanced Tensor Cores, and support for NVLink and PCIe Gen5, it delivers exceptional performance for large-scale AI model training, real-time inference, and complex scientific simulations. Ideal for data centers, research labs, and enterprise environments, the HGX H20 is designed to meet the growing demands of modern AI and high-performance computing workloads.

Min. Quantity – 5 Nos

Note: Below are the approximate and promotional prices. For the latest pricing and further details, please WhatsApp or call us at +91-8903657999.

559,999 800,000

The NVIDIA HGX H20 Enterprise 96GB is a state-of-the-art, enterprise-grade accelerator designed for the next wave of artificial intelligence (AI) and high-performance computing (HPC) workloads. Built on NVIDIA’s latest architecture, the HGX H20 delivers unparalleled performance for large-scale AI model training, real-time inference, and complex data analytics across research, enterprise, and cloud environments.

With 96GB of high-bandwidth unified memory, cutting-edge interconnect technologies, and AI-optimized compute units, the HGX H20 is engineered to power the most demanding computational workloads with exceptional efficiency and scalability.

Key Features:

  1. Advanced NVIDIA Architecture
    • Leverages NVIDIA’s latest architectural innovations for ultra-fast parallel processing, enabling support for vast datasets and complex neural networks.
  1. 96GB Unified High-Bandwidth Memory
  • Large Memory Footprint
    • Supports massive language models, multi-modal AI, and HPC simulations.
  • High Bandwidth
    • Delivers swift data access to minimize latency and maximize throughput.
  1. AI-Accelerated Compute Cores
    • Tensor Cores: Enhance performance for deep learning frameworks like GPT, BERT, and DNNs.
    • Optional RT Cores: Ideal for real-time scientific visualization, engineering analysis, and ray-traced rendering.
  1. Enterprise-Grade Interconnect
    • NVIDIA NVLink: Provides high-speed inter-GPU communication for scalable multi-GPU setups.
    • PCIe Gen5 Interface: Ensures robust I/O performance for fast data pipelines.

Applications:

  1. Artificial Intelligence & Deep Learning
    • Scalable Training: Ideal for large-scale transformer and vision models.
    • Low-Latency Inference: Real-time AI across edge-to-cloud deployments.
    • AI Research: Empowers cutting-edge experimentation and algorithm development.
  1. High-Performance Computing (HPC)
    • Scientific Modeling: Supports climate science, quantum mechanics, and fluid dynamics.
    • Bioinformatics & Imaging: Accelerates genomic sequencing and medical diagnostics.
    • Energy & Engineering: Handles seismic, mechanical, and environmental simulations.
  1. Professional Visualization
    • Digital Twin & CAD: Enables immersive, real-time design and analysis workflows.
    • Virtual Production: Powers ultra-realistic rendering and high-fidelity visual effects.

Why Choose NVIDIA HGX H20 Enterprise 96GB?

  1. Engineered for Modern AI & HPC
    • Purpose-built to meet the computational intensity of next-generation workloads.
  1. Superior Memory Bandwidth & Capacity
    • 96GB of unified memory allows smooth performance for big data and large-scale models.
  1. Exceptional Parallel Processing Power
    • Optimized for multi-threaded, data-intensive operations across industries.
  1. Seamless Data Center Integration
    • Scalable design suited for enterprise-grade deployments, research clusters, and HPC infrastructure.
GPU Architecture NVIDIA Hopper (Next-Gen AI Architecture)
CUDA Cores 14,080
Memory Capacity 96GB HBM3 Unified High-Bandwidth Memory
Tensor Cores 4th Gen Tensor Cores for AI acceleration
NVLink Support Yes – High-speed GPU-to-GPU interconnect
PCIe Interface PCIe Gen5 for fast I/O connectivity
Compute Workloads AI Training, Inference, HPC, Visualization
Supported Frameworks PyTorch, TensorFlow, JAX, NVIDIA Triton