AD251350 Dell 32GB Triple Fan Blackwell Cuda Cores 21760 2.41Ghz GDDR7 575W PCI-Express 5.0 GPU

Overview of Dell AD251350 RTX 5090 32GB GDDR7 GPU

The DELL AD251350 PNY Technology VCG509032TFXPB1 NVIDIA GeForce RTX 5090 stands as a cutting-edge graphics solution engineered for professional creators, extreme gamers, and high-end computational workloads. Featuring advanced Blackwell architecture, an impressive arsenal of CUDA cores, and ultra-fast GDDR7 memory, this quad-slot powerhouse delivers next-level visual fidelity and accelerated performance across intensive applications.

General Information

• Manufacturer: Dell
• Part Number: AD251350
• Product Type: GPU

Technical Specifications

• Standard Memory: 32GB
• Memory Type: GDDR7
• Bus Interface Width: 512-bit
• Series: RTX
• Model: RTX 5090
• CUDA Core Count: 21,760 units
• Base GPU Clock: 2.02 GHz
• Boost Clock: 2.41 GHz

Connectivity and I/O Ports

• Host Interface: PCI-Express 5.0 x16
• DisplayPort: Yes
• Number of DisplayPort Outputs: 3
• HDMI: Yes
• Number of HDMI Outputs: 1

Power Consumption 

• Maximum Power Draw: 575W
• Recommended PSU Wattage: 1000W

The Dell AD251350 32GB GDDR7 Cuda Cores 21760 GPU

The Dell AD251350 PNY Technology VCG509032TFXPB1 Nvidia GeForce RTX 5090 32GB graphic card represents an entirely new class of high-performance visual computing hardware designed for enthusiasts, workstation creators, and extreme gaming professions. Built upon the advanced Nvidia Blackwell architecture, this GPU introduces a new generational leap in accelerated rendering, real-time simulation, deep-learning segmentation, and photorealistic graphics production. As a flagship model equipped with 21760 CUDA cores, a boosted 2.41GHz clock frequency, and a massive 32GB pool of ultra-efficient GDDR7 memory. 

Blackwell GPU 

The Nvidia Blackwell platform at the core of the Dell AD251350 PNY Technology VCG509032TFXPB1 RTX 5090 32GB GPU introduces a sophisticated architectural redesign engineered to enhance throughput across rasterization, ray tracing, AI-driven sampling, and compute-intensive pipelines. Each processing block within the Blackwell structure is optimized to minimize latency and maximize operational concurrency, resulting in faster execution of multi-threaded graphical operations and accelerated hybrid rendering techniques.

High-Bandwidth 32GB Memory 

One of the most defining features of the Dell AD251350 PNY Technology VCG509032TFXPB1 Nvidia GeForce RTX 5090 is the integration of 32GB GDDR7 VRAM. This advanced memory standard unlocks unprecedented transfer speeds, significantly reducing bottlenecks commonly associated with heavy software environments such as 3D modeling applications, AI-driven datasets, digital content creation suites, and complex simulation engines. Operating on a 512-bit memory interface, the GPU ensures that data-intensive scenes, massive shader compilations, and multi-layer graphical pipelines flow through the system with meticulous accuracy and uninterrupted rhythm. Creative studios relying on expansive textures, volumetric renderers, or dense polygon scenes will discover enormous benefits from such memory architecture.

GDDR7 Memory

The GDDR7 format introduces improved error-reduction mechanisms, minimizing signal noise and ensuring consistent results during real-time graphics or computational processes. Additionally, memory access patterns have been refined to ensure smoother frame delivery across high-refresh-rate displays. Professionals engaging in detailed visualization work—such as architectural walkthroughs, medical imaging tasks, and advanced scientific modeling gain a substantial advantage from the significant bandwidth enhancements that accompany GDDR7 memory systems. The combination of large memory reserves and rapid throughput allows both professionals and gamers to harness the full scope of complex, modern software technologies without being limited by VRAM constraints.

Triple Fan Cooling Gpu

Thermal stability plays a crucial role in sustaining the intense computational speed offered by the Dell AD251350 PNY Technology VCG509032TFXPB1 RTX 5090, and the integrated triple-fan cooling solution excels in this area. Each fan is engineered to regulate airflow with precision, ensuring that heat generated by the powerful CUDA cores, ray-tracing processors, and tensor units is efficiently dissipated. The fans operate under optimized aerodynamic curves, minimizing noise output while maximizing thermal extraction. The presence of a robust fin-stack heatsink further enhances the GPU's cooling prowess by providing a large surface area for heat spread, enabling prolonged productivity or gaming sessions without thermal throttling.

PCI-Express 5.0 Interface

The PCI-Express 5.0 integration of the Dell AD251350 PNY Technology VCG509032TFXPB1 Nvidia GeForce RTX 5090 GPU ensures optimal communication between the GPU and the system CPU, delivering significantly improved bandwidth over older PCIe generations. This expanded bandwidth supports the highly demanding nature of modern GPU workloads, ensuring minimal data-transfer delay and optimized resource availability for professional-grade computing tasks. Systems equipped with PCIe 5.0 motherboards can fully utilize the RTX 5090’s capabilities, granting creators and professionals unmatched responsiveness, whether managing heavy simulation engines, deploying enterprise-level AI frameworks, or working within ultra-complex CAD environments.

Enhanced CUDA Core Performance

Ray tracing serves as one of the signature strengths of the Dell AD251350 PNY Technology VCG509032TFXPB1 Nvidia GeForce RTX 5090, especially when paired with the advanced Blackwell RT cores and enormous CUDA core count. Realistic reflections, dynamic shadows, and physically accurate light simulation become achievable in real time, enhancing visual credibility across both gaming and professional visualization fields. The interaction between ray tracing units and AI-powered denoising ensures that even the most complex lighting scenarios can be rendered smoothly, allowing artists and developers to design fully immersive environments.

The GeForce RTX 5090 Architecture

Even though the Dell AD251350 PNY Technology RTX 5090 is particularly renowned for its professional capabilities, it also excels as a gaming powerhouse. With its boosted 2.41GHz clock speed and advanced shading pipelines, the GPU ensures cinematic-quality frame generation while handling ultra-high-resolution textures and complex lighting sequences effortlessly. Ray tracing in modern gaming environments becomes fluid, allowing immersive worlds to be explored with higher clarity. The large 32GB memory pool reduces texture-pop issues and enables next-generation games to render massive open-world environments with smooth transitions and intensive detail.

Future-Proof Capabilities

With newer gaming engines leveraging advanced and dynamic environment rendering, the RTX 5090 is well-positioned to support the next wave of immersive digital experiences. As game developers increasingly experiment with procedural generation, real-time global illumination, 3D audio propagation, and advanced character physics, this GPU ensures that users can access all these features without compromising performance. It delivers fluid frame rates even at extreme resolutions such as 4K and 8K, setting a standard for future gaming performance expectations.

TDP Performance 

With a 575W TDP, the RTX 5090 requires reliable power delivery systems to maintain uninterrupted operation. High-end power supplies equipped with robust 12VHPWR connectors and sufficient wattage support optimal GPU behavior. Power delivery regulators on the card ensure efficient current distribution across performance subsystems, reducing voltage fluctuation and maintaining stable clock output. This characteristic is crucial when performing extensive workloads such as deep-learning training, high-resolution video rendering, or ongoing gaming sessions.

Compatibility and System Integration

Integrating the Dell AD251350 PNY Technology VCG509032TFXPB1 Nvidia GeForce RTX 5090 GPU into a workstation or enthusiast build requires an understanding of system compatibility features. The GPU fits modern full-tower and roomy mid-tower cases designed to accommodate extended-length graphics cards. Its triple-fan configuration necessitates adequate airflow channels to ensure efficient cooling circulation. Compatibility with PCIe 5.0 motherboards guarantees users can make the most of the GPU’s communication bandwidth capabilities. Whether deployed within gaming systems, enterprise workstations, or engineering environments, the RTX 5090 offers seamless integration without requiring substantial modifications.