490-BKLJ Dell 94GB H100 NVL HBM3 Tensor Core GPU

Detailed of Dell 94GB Tensor Core GPU

Manufacturer Information

• Brand: Dell
• Model Number: 490-BKLJ
• Category: High-performance Tensor Core Graphics Processor

Technical Specifications

Power Configuration

PCIe 16-pin Cable for 450W or 600W Mode

• Default Maximum Power: Over 400W
• Compliance Limit: Above 310W
• Minimum Threshold: Greater than 200W

PCIe 16-pin Cable for 300W Mode

• Default Maximum Power: Over 310W
• Compliance Limit: Above 310W
• Minimum Threshold: Greater than 200W

Cooling and Form Factor

• Cooling Type: Passive
• Design: Full-height, Full-length (FHFL), Dual-slot

Device Identifiers

• Device ID: 0x2321
• Vendor ID: 0x10de
• Sub-vendor ID: 0x10de
• Subsystem ID: 0x1839

Clock Speeds

• Base Frequency: 1,080 MHz
• Boost Frequency: 1,785 MHz

Performance and Firmware

• Performance State: P0
• VBIOS EEPROM Size: 8 Mbit
• UEFI Support: Not Available

PCI Express Compatibility

• Supported Interfaces: Gen5 x16, Gen5 x8, Gen4 x16
• Lane and Polarity Reversal: Enabled

Advanced GPU Features

• Multi-Instance GPU (MIG): Supported (7 Instances)
• Secure Boot (CEC): Enabled

Power Connectors

• Auxiliary Connector: One PCIe 16-pin (12V-2x6)

Component Weights

• GPU Board: 1,214 grams
• NVLink Bridge: 20.5 grams each (x3)
• Bracket with Screws: 20 grams
• Enhanced Straight Extender: 35 grams
• Long Offset Extender: 48 grams
• Straight Extender: 32 grams

Memory Details

Specifications

• Memory Clock Speed: 2,619 MHz
• Memory Type: HBM3
• Capacity: 94 GB
• Bus Width: 6,016 bits
• Peak Bandwidth: 3,938 GB/s

Software and Driver Support

Virtualization and Interrupts

• SR-IOV: Supported (32 Virtual Functions)
• MSI-X: Enabled
• MSI: Not Available
• ARI Forwarding: Supported

Driver Compatibility

• Linux: R535 or newer
• Windows: R535 or newer

Secure Boot and Firmware

• CEC Secure Boot: Enabled
• CEC Firmware Version: 00.02.0134.0000 or later
• NvFlash Version: 5.816.0 or newer

CUDA and Virtual GPU

• CUDA Support (x86): Version 12.2 or later
• vGPU Software: Version 16.1 or newer
• Virtual Compute Server Edition: Supported
• AI Enterprise with VMware: Supported

Certifications

• NVIDIA Certified Systems: Version 2.8 or later

PCI Classification

• Class Code: 0x03 – Display Controller
• Subclass Code: 0x02 – 3D Controller

ECC and SMBus

• Error Correction Code (ECC): Enabled
• SMBus Address: 0x9E (write), 0x9F (read)

EEPROM and I2C

• IPMI FRU EEPROM I2C Address: 0x50 (7-bit), 0xA0 (8-bit)
• Reserved I2C Addresses: 0xAA, 0xAC, 0xA0

SMBus Features

• Direct Access: Supported
• SMBPBI (Post-box Interface): Supported

Environmental and Reliability Metrics

Temperature Range

• Operating Temperature: 0°C to 50°C
• Short-Term Operating: -5°C to 55°C
• Storage Temperature: -40°C to 75°C

Humidity Tolerance

• Short-Term Operating Humidity: 5% to 93% RH
• Standard Operating Humidity: 5% to 85% RH
• Storage Humidity: 5% to 95% RH

Reliability

• Mean Time Between Failures (MTBF): To Be Determined

Dell 490-BKLJ H100 NVL Tensor Core GPU Overview

The Dell 490-BKLJ is a high-performance GPU designed for data-intensive workloads, machine learning, and AI-driven applications. Equipped with 94GB of H100 NVL Tensor Core memory, it provides exceptional computational power and efficiency. The GPU's architecture is optimized for large-scale data processing, offering remarkable acceleration for deep learning frameworks and high-performance computing environments. With a memory interface of 6016-bit HBM3, it achieves unparalleled memory bandwidth of 3938GB/s, ensuring rapid access to large datasets and seamless execution of complex algorithms.

Advanced GPU Architecture

The Dell 490-BKLJ leverages the advanced H100 NVL architecture, specifically designed to accelerate AI workloads. This architecture incorporates Tensor Core technology, which enhances matrix computation efficiency and significantly speeds up neural network training. The GPU's architecture supports mixed precision computing, allowing developers to optimize performance without compromising accuracy. The PCI-E 5.0 x16 interface ensures high-speed connectivity, reducing latency and maximizing data transfer between the GPU and the host system. This combination of architecture and interface makes the Dell 490-BKLJ ideal for demanding applications in scientific computing, financial modeling, and real-time data analysis.

Memory Capabilities and Bandwidth

Memory is a critical component in high-performance GPUs, and the Dell 490-BKLJ excels in this aspect with its 94GB HBM3 memory. HBM3, or High Bandwidth Memory version 3, is designed for high-speed, energy-efficient data access. The 6016-bit memory interface enables massive parallel data transfer, which, combined with the 3938GB/s memory bandwidth, allows the GPU to handle extremely large datasets with minimal bottlenecks. This high-speed memory performance is particularly beneficial for AI model training, rendering large-scale simulations, and processing enormous volumes of scientific data.

PCIe 5.0 Connectivity and Performance

The Dell 490-BKLJ is equipped with a PCIe 5.0 x16 interface, which doubles the bandwidth of previous PCIe generations. This high-speed interface is crucial for minimizing data transfer latency between the GPU and CPU or other system components. With PCIe 5.0, the GPU can sustain peak performance during intensive computational tasks, ensuring that data-intensive workloads run efficiently and without interruption. This connectivity also enhances multi-GPU configurations, enabling seamless integration in data centers or workstations that require scalable computing power.

Application in AI and Deep Learning

One of the most significant advantages of the Dell 490-BKLJ GPU is its application in AI and deep learning. Tensor Core technology accelerates matrix multiplication, a fundamental operation in neural network training. The 94GB memory capacity allows researchers to train large models without the need for memory partitioning or swapping, which can slow down computation. Combined with the high memory bandwidth, the GPU supports real-time data processing and large batch training, making it ideal for AI research, natural language processing, and computer vision tasks. Developers can leverage this GPU to achieve faster iteration cycles and optimize complex AI models with greater efficiency.

High-Performance Computing and Scientific Research

In addition to AI applications, the Dell 490-BKLJ is tailored for high-performance computing and scientific research. The GPU's massive computational capabilities enable simulations of complex systems in fields such as climate modeling, physics simulations, and genomics. The large memory interface and high bandwidth facilitate rapid processing of massive datasets, reducing computation time and increasing throughput. Researchers benefit from the GPU's ability to handle parallel processing tasks efficiently, ensuring that large-scale simulations and data analyses are completed with high precision and speed.

Integration in Enterprise Data Centers

Enterprise data centers can leverage the Dell 490-BKLJ for AI-driven analytics, large-scale simulations, and accelerated computing tasks. Its compatibility with PCIe 5.0 x16 ensures seamless integration into modern server architectures, enabling high-speed interconnectivity with CPUs and other GPUs. Data centers benefit from reduced energy consumption and enhanced thermal efficiency due to the optimized design of the H100 NVL GPU. This combination of high performance, large memory capacity, and efficient power usage makes it a reliable choice for organizations aiming to maximize computational throughput while maintaining operational efficiency.

Optimized Software Support

The Dell 490-BKLJ GPU is fully compatible with popular AI frameworks and HPC libraries, including TensorFlow, PyTorch, CUDA, and cuDNN. This ensures that developers can easily integrate the GPU into existing workflows without extensive code modification. The GPU also supports virtualization and containerization, allowing multiple workloads to run simultaneously without performance degradation. With robust driver support and regular firmware updates, users can maintain optimal performance and leverage new features as they are released.

Energy Efficiency and Thermal Management

Despite its immense computational power, the Dell 490-BKLJ is engineered for energy efficiency. Advanced cooling technologies and thermal management systems ensure stable operation even under sustained high loads. The GPU's design minimizes heat generation while maximizing performance, which is critical in dense data center environments where thermal constraints can impact overall system reliability. Efficient power usage also translates to lower operational costs, making it a sustainable choice for enterprises seeking both performance and energy savings.

Use Cases and Industry Applications

The versatility of the Dell 490-BKLJ makes it suitable for a wide range of industries. In finance, it accelerates algorithmic trading, risk analysis, and predictive modeling. In healthcare, it supports genomics research, medical imaging, and AI-assisted diagnostics. In the entertainment sector, the GPU enhances rendering, animation, and virtual reality applications. Additionally, scientific institutions benefit from its ability to process complex simulations and analyze large datasets efficiently. Across all these applications, the combination of high memory capacity, Tensor Core acceleration, and PCIe 5.0 connectivity ensures unmatched performance and reliability.

Scalability and Future-Proofing

The Dell 490-BKLJ is designed with future scalability in mind. Its support for high-speed memory and advanced PCIe 5.0 interfaces ensures that it can handle the increasing computational demands of next-generation AI models and HPC workloads. Enterprises can scale their GPU deployments without concern for obsolescence, as the architecture is capable of accommodating future advancements in software and AI frameworks. This future-proof design ensures that organizations can maximize the longevity of their infrastructure investments while maintaining cutting-edge performance.

Reliability and Enterprise Support

Dell provides extensive enterprise-grade support for the 490-BKLJ GPU, ensuring that organizations receive assistance for deployment, optimization, and troubleshooting. The GPU undergoes rigorous quality testing and adheres to strict reliability standards, making it suitable for mission-critical workloads. Enterprise customers benefit from extended warranties, on-site support, and firmware updates, ensuring minimal downtime and consistent performance. This level of reliability and support reinforces the GPU's position as a premium solution for high-performance computing and AI-driven enterprises.