NVIDIA H100 NVL GPU

Description

The NVIDIA H100 NVL Tensor Core GPU represents the ultimate optimization for Large Language Model (LLM) inference workloads, combining exceptional compute density, unprecedented memory bandwidth, superior energy efficiency, and innovative NVLink architecture in a PCIe form factor. This revolutionary GPU delivers transformational performance for AI, data analytics, and high-performance computing applications while maintaining compatibility with standard data center infrastructure. Built on the advanced NVIDIA Hopper architecture, the H100 NVL provides the perfect balance of performance, efficiency, and deployment flexibility for enterprise organizations seeking to implement cutting-edge AI capabilities.

Why Choose NVIDIA H100 NVL

The H100 NVL addresses the critical challenge of deploying large language models in production environments where performance, efficiency, and infrastructure compatibility are paramount. Unlike traditional GPU solutions that require specialized cooling or power infrastructure, the H100 NVL delivers exceptional performance in a standard PCIe form factor with passive cooling, making it ideal for mainstream data center deployment. The inclusion of a five-year NVIDIA AI Enterprise subscription provides immediate access to enterprise-grade AI software, support, and optimization tools, significantly reducing deployment complexity and time-to-value.

Revolutionary Architecture and Design

Hopper Architecture Foundation: The H100 NVL leverages the groundbreaking NVIDIA Hopper architecture, featuring 80 billion transistors manufactured using TSMC’s advanced 4N process. This architecture is specifically optimized for transformer-based AI models, providing hardware-level acceleration for the neural network architectures that power modern AI applications. The Hopper design enables unprecedented performance improvements while maintaining excellent energy efficiency.

Advanced Memory System: The H100 NVL features 94GB of HBM3 memory with an extraordinary 3,938 GB/s of peak memory bandwidth—the highest PCIe card memory bandwidth available in the industry. This massive memory capacity and bandwidth enable the GPU to handle the largest language models and most complex datasets without performance-limiting memory constraints. The 6,016-bit memory bus width ensures optimal data flow between memory and processing cores.

Innovative Form Factor Design: The H100 NVL utilizes a full-height, full-length dual-slot PCIe design with passive cooling, requiring only standard server airflow for optimal operation. This design approach eliminates the complexity and potential failure points associated with active cooling solutions while maintaining compatibility with existing data center infrastructure. The bidirectional heat sink design accepts airflow from either direction, providing deployment flexibility.

See also: NVIDIA H100 PCIe 80GB

Comprehensive Technical Specifications

Performance values with asterisk () include sparsity optimization benefits.

Advanced Enterprise Features

Multi-Instance GPU (MIG) Technology

The H100 NVL supports advanced MIG capability, allowing partitioning into up to seven isolated GPU instances, each with 12GB of dedicated memory. This technology enables secure multi-tenancy, optimal resource utilization, and quality of service guarantees for multiple users or applications sharing the same physical GPU. MIG provides hardware-level isolation, ensuring that workloads cannot interfere with each other while maximizing GPU utilization.

NVLink Bridge Architecture

The innovative NVLink bridge system enables two H100 NVL GPUs to be connected with 600 GB/s of bidirectional bandwidth, providing 10X the bandwidth of PCIe Gen4. This high-speed interconnect dramatically improves performance for large workloads that can leverage multi-GPU scaling. The three-bridge configuration ensures optimal bandwidth distribution and balanced topology for maximum application performance.

Hardware Root of Trust Security

The integrated CEC (Crypto Engine Controller) provides enterprise-grade security through secure boot capability, code authentication, rollback protection, and key revocation. This hardware-based security foundation ensures that only authenticated firmware can execute on the GPU, providing critical protection for sensitive enterprise workloads and regulated environments.

Programmable Power Management

The H100 NVL features sophisticated power management capabilities that allow administrators to configure power limits based on system thermal budgets or performance requirements. Power settings can be adjusted through in-band tools (nvidia-smi) or out-of-band management (SMBPBI), with options for persistent configuration across system reboots and driver reloads.

Power Configuration Options

Flexible Power Delivery: The H100 NVL supports multiple power configuration options to accommodate different system capabilities and requirements. The PCIe 16-pin connector can be configured for different power levels based on sense pin logic, enabling optimal performance within available power budgets.

Power Adapter Compatibility: For systems without native PCIe 16-pin power connectors, NVIDIA provides CPU 8-pin to PCIe 16-pin power adapters. While these adapters support 310W operation for compatibility testing, full 400W performance requires native 16-pin power delivery or custom adapters designed for higher power levels.

Deployment Scenarios and Applications

• Large Language Model Inference: The H100 NVL is specifically optimized for LLM inference workloads, providing exceptional performance for models up to 70 billion parameters. The combination of massive memory capacity, high bandwidth, and Transformer Engine acceleration enables real-time deployment of sophisticated conversational AI, content generation, and natural language processing applications.
• Enterprise AI Development: With the included NVIDIA AI Enterprise subscription, organizations gain access to optimized AI frameworks, pretrained models, development tools, and NVIDIA NIM microservices. This comprehensive software ecosystem accelerates AI application development and deployment while ensuring enterprise-grade security, stability, and support.
• High-Performance Computing: The NVIDIA H100 NVL’s exceptional FP64 performance and advanced Tensor Core capabilities make it ideal for scientific computing, financial modeling, engineering simulations, and research applications that require both traditional HPC performance and AI acceleration capabilities.

See also: NVIDIA H200

System Integration Guidelines

• Optimal Topology Recommendations: For maximum performance, NVIDIA recommends specific topology configurations. Best practice includes bridging GPU pairs under the same CPU domain, maintaining power-of-two GPU counts, and ensuring balanced CPU:GPU:NIC ratios. These configurations optimize data flow, reduce latency, and maximize application performance.
• Cooling and Airflow Requirements: The passive cooling design requires adequate system airflow to maintain optimal operating temperatures. The bidirectional heat sink design provides flexibility in airflow direction, but systems must ensure sufficient air movement across the GPU heat sink for proper thermal management.
• Infrastructure Compatibility: The H100 NVL’s standard PCIe form factor ensures compatibility with existing server infrastructure while providing cutting-edge performance. The GPU supports multiple PCIe generations and configurations, enabling deployment in both legacy and modern server platforms.

Software Ecosystem and Support

• NVIDIA AI Enterprise Integration: The included five-year NVIDIA AI Enterprise subscription provides comprehensive software support, including optimized AI frameworks, container runtime environments, management tools, and professional support services. This software stack eliminates deployment complexity and accelerates time-to-production for AI applications.
• Virtualization and Cloud Deployment: Full SR-IOV support with 32 virtual functions enables efficient resource sharing in virtualized environments. The H100 NVL supports leading virtualization platforms and cloud orchestration systems, making it ideal for multi-tenant AI services and cloud-native deployments.
• Professional Support and Certification: The H100 NVL includes comprehensive certification for major operating systems, virtualization platforms, and enterprise software stacks. NVIDIA provides professional support services, regular driver updates, and compatibility validation to ensure reliable operation in enterprise environments.

Investment Value and Business Impact

Immediate Performance Benefits: Organizations deploying H100 NVL systems typically experience 5X performance improvements for LLM inference compared to previous-generation solutions, enabling new categories of AI applications and dramatically improving user experience for existing AI services.

Total Cost of Ownership Optimization: The combination of exceptional performance, energy efficiency, and included software subscriptions provides excellent total cost of ownership. The ability to handle larger models and more concurrent users with fewer GPUs reduces infrastructure requirements and operational costs.

Future-Proofing Investment: The H100 NVL’s advanced architecture and comprehensive software ecosystem ensure compatibility with emerging AI frameworks, model architectures, and enterprise applications, protecting infrastructure investments and providing a foundation for continued innovation.

The NVIDIA H100 NVL GPU represents the optimal choice for enterprises seeking to deploy production-ready AI applications with exceptional performance, enterprise-grade reliability, and comprehensive software support in a standard data center form factor.

Buy NVIDIA H100 NVL in Dubai

Buy NVIDIA H100 NVL in Dubai — Empower your enterprise with the ultimate GPU for Large Language Model (LLM) inference, AI training, and high-performance computing. Built on the NVIDIA Hopper architecture with 94GB HBM3 memory and 3,938 GB/s bandwidth, the H100 NVL delivers unmatched efficiency and scalability in a standard PCIe form factor.