490-BGKG Dell Nvidia A40 Ampere 48GB PCI-Express GDDR6 300W Passive GPU

Dell 490-BGKG Nvidia A40 Ampere 48GB PCI-Express GDDR6 GPU

The Dell 490-BGKG Nvidia A40 Ampere GPU is a high-performance graphics processing unit designed for advanced computing, AI workloads, and professional rendering tasks. Equipped with 48GB of GDDR6 memory and ECC support, this GPU delivers exceptional reliability, efficiency, and computational power for enterprise-grade applications.

Key Features of the Dell 490-BGKG GPU

• Manufacturer: Dell
• Part Number: 490-BGKG
• Device Type: Graphics Card
• GPU Architecture: Nvidia Ampere
• GPU Memory: 48GB GDDR6 with ECC (Error-Correcting Code)
• Memory Bandwidth: 696 Gb/s
• Thermal Design: Passive Cooling
• Max Power Consumption: 300W

Performance and Computing Capabilities

The Dell 490-BGKG leverages the Nvidia Ampere architecture, ensuring cutting-edge performance for both graphical rendering and AI computing. Its massive 48GB memory with ECC ensures data integrity and stable operations during intensive workloads.

GPU Memory and Bandwidth

• Memory Type: GDDR6
• Memory Capacity: 48GB
• Memory Bandwidth: 696 Gb/s
• Error Correction: ECC support for enhanced reliability

Display and Connectivity Options

• Display Outputs: 3x DisplayPort 1.4
• NVLink: 2-way Low Profile (2-slot)
• PCI Express: Gen4 16 Gb/s for high-speed data transfer
• Graphics Bus Bandwidth: Nvidia NVLink 112.5 Gb/s (bidirectional)

Thermal Design and Form Factor

This GPU is engineered with a passive cooling solution, allowing quiet operation in professional workstations and servers. Its dual-slot 4.4" x 10.5" form factor ensures compatibility with enterprise chassis and high-density server configurations.

Virtualization Support

The Dell 490-BGKG excels in virtual environments with comprehensive support for Nvidia vGPU software, enabling multiple virtual GPU profiles for flexible resource allocation:

• Nvidia Grid
• Nvidia Quadro Virtual Data Center Workstation (vDWS)
• Nvidia Virtual Compute Server (vCS)

Supported vGPU Profiles

• 1GB, 2GB, 3GB, 4GB
• 6GB, 8GB, 12GB, 16GB
• 24GB, 48GB

Enterprise Applications and Use Cases

The Dell 490-BGKG is ideal for high-performance workstations, AI model training, 3D rendering, and scientific simulations. Its ECC memory and large VRAM capacity ensure accurate computations in data-intensive tasks, making it perfect for enterprise workloads.

AI and Machine Learning

With the Nvidia Ampere architecture and massive GPU memory, the Dell 490-BGKG efficiently handles complex AI models, neural networks, and deep learning frameworks. It reduces computation time while maintaining high accuracy.

Professional Graphics and Rendering

For engineers, designers, and content creators, this GPU delivers exceptional rendering performance. Its ECC memory guarantees precise visual outputs and supports multiple high-resolution displays through its DisplayPort outputs.

Virtual Workstations and Cloud Computing

The Dell 490-BGKG’s vGPU support allows enterprises to deploy virtual workstations, enabling multiple users to share GPU resources efficiently. Ideal for cloud-based rendering, simulation, and AI workloads, this GPU maximizes server utilization and operational efficiency.

Power and Efficiency

With a 300W maximum power consumption and passive thermal design, the Dell 490-BGKG balances high performance with energy efficiency. Its dual-slot, low-profile configuration is tailored for dense server environments, minimizing heat generation and power draw.

Dell 490-BGKG Nvidia A40 GPU 

The Dell 490-BGKG Nvidia A40 is a high-performance graphics processing unit designed for enterprise workloads, advanced AI computation, and professional rendering environments. Leveraging Nvidia's Ampere architecture, this GPU delivers exceptional computing capabilities, combining large memory capacity with robust processing cores to accelerate demanding applications. Its 48GB of GDDR6 memory ensures high-speed data handling, ideal for large datasets and complex simulations in AI, deep learning, and visualization tasks.

Advanced Architecture and Performance

Ampere Architecture Advantages

The Nvidia A40 is based on the Ampere architecture, representing a significant leap in GPU technology. Ampere introduces enhanced CUDA cores, improved Tensor core performance, and efficient RT cores for real-time ray tracing. This architecture enables superior parallel processing, which is critical for AI model training, scientific simulations, and high-fidelity rendering. The architecture also incorporates advanced memory management to maximize throughput and reduce latency in intensive workflows.

CUDA Core Configuration and Computational Power

The Dell 490-BGKG features thousands of CUDA cores optimized for parallel computation. These cores allow for simultaneous execution of multiple operations, accelerating scientific computing, data analytics, and AI inference processes. The high core count ensures seamless execution of resource-heavy tasks while maintaining system stability and efficiency. CUDA cores are particularly beneficial for deep learning applications, where matrix multiplications and tensor operations dominate computational requirements.

Tensor and RT Core Enhancements

Tensor cores in the Nvidia A40 accelerate AI-specific computations, enabling faster neural network training and inference. With mixed-precision support, Tensor cores optimize processing efficiency while reducing power consumption. RT cores, designed for real-time ray tracing, enhance rendering capabilities for simulation, 3D modeling, and visualization workloads. These specialized cores allow for lifelike graphics and highly accurate simulation outputs, making the GPU suitable for both scientific research and creative applications.

Memory and Bandwidth Capabilities

48GB GDDR6 Memory for Large-scale Workloads

The Dell 490-BGKG provides an impressive 48GB of GDDR6 memory, which enables the GPU to handle massive datasets with ease. This memory capacity supports complex AI models, large simulation matrices, and high-resolution rendering projects. Large memory buffers ensure that data-intensive tasks can execute without frequent transfers between system memory and GPU memory, minimizing bottlenecks and optimizing overall performance.

High Bandwidth and Data Transfer Efficiency

The PCI-Express interface of the Dell 490-BGKG offers high-speed connectivity to the host system, ensuring efficient data transfers between the GPU and CPU. With PCIe 4.0 x16 compatibility, the GPU achieves high throughput for bandwidth-intensive operations, enabling smooth performance in AI training and scientific computing. This high-speed interface reduces latency and allows real-time processing of large datasets, crucial for industries such as finance, healthcare, and engineering.

Thermal Design and Power Efficiency

300W Passive Cooling Design

The Dell 490-BGKG features a 300W passive cooling design, eliminating the need for dedicated fans while ensuring reliable thermal management. Passive cooling reduces noise levels and enhances system stability in densely packed server environments. The design leverages efficient heat dissipation methods, including large heatsinks and optimized airflow channels, making it suitable for data centers and enterprise servers that require silent and maintenance-free operation.

Power Optimization and Reliability

Designed for enterprise workloads, the GPU achieves a balance between high performance and energy efficiency. Power management features within the Ampere architecture optimize energy consumption during both idle and intensive operations. These optimizations reduce total power draw while maintaining peak computational capability, enhancing reliability and reducing operational costs in data centers and high-performance computing clusters.

Enterprise and Professional Applications

AI and Deep Learning Workloads

The Nvidia A40 GPU excels in AI training, deep learning inference, and neural network acceleration. Its large memory and Tensor core enhancements allow it to process complex models, perform large-scale matrix calculations, and accelerate AI pipelines efficiently. Applications such as natural language processing, image recognition, and autonomous systems benefit from the high computational density provided by this GPU, enabling faster time-to-insight for enterprise AI projects.

High-Performance Computing and Scientific Simulations

For scientific research, the Dell 490-BGKG provides the computational horsepower necessary to execute simulations in physics, chemistry, and engineering domains. Its CUDA cores and GDDR6 memory facilitate large-scale data processing, enabling accurate and efficient modeling of complex phenomena. Researchers can leverage the GPU to conduct multi-dimensional simulations, perform high-fidelity analyses, and generate precise results within reduced computation time.

Professional Rendering and Visualization

The GPU’s RT cores and high memory bandwidth make it ideal for rendering, visualization, and content creation tasks. It supports real-time ray tracing, 3D rendering, and high-resolution image processing for industries like media, entertainment, and architecture. Designers and engineers can visualize complex models and simulate realistic environments, enhancing project planning, design validation, and creative workflows.

Compatibility and Integration

Server and Workstation Integration

The Dell 490-BGKG is compatible with a variety of Dell enterprise servers and workstations, ensuring seamless integration into existing infrastructure. Its form factor, power profile, and passive cooling design are optimized for dense server configurations, maximizing space efficiency without compromising performance. IT administrators can deploy multiple GPUs in parallel to scale compute resources and accelerate large-scale workloads.

Software Ecosystem Support

The GPU supports a broad range of professional software ecosystems, including CUDA-accelerated applications, AI frameworks such as TensorFlow and PyTorch, and rendering engines like NVIDIA Omniverse. This compatibility ensures that enterprise and creative professionals can fully utilize the hardware capabilities without compatibility issues, optimizing productivity and workflow efficiency.

Reliability and Enterprise-grade Design

Durability for Continuous Operation

The Dell 490-BGKG is engineered for 24/7 operation in demanding enterprise environments. Its passive cooling and power-efficient design contribute to long-term durability and minimal maintenance requirements. The robust build ensures consistent performance under heavy workloads, supporting critical applications in data centers, research labs, and production environments without degradation over time.

Security and Manageability Features

Enterprise deployments benefit from advanced manageability features, including GPU monitoring, firmware management, and security protocols. These features allow IT teams to track performance, ensure system stability, and safeguard sensitive data during high-computation tasks. Enhanced reliability and remote management capabilities make this GPU suitable for mission-critical operations where uptime and security are paramount.