Description
The NVIDIA® RTX A4500 is a high-performance workstation GPU designed to meet the demanding needs of professionals in fields such as media and entertainment, product design, engineering simulations, and AI research. Built on the powerful NVIDIA Ampere architecture, this GPU combines cutting-edge CUDA® cores, second-generation RT cores, and third-generation Tensor Cores, offering exceptional computational and graphical performance for complex workflows.
Ampere Architecture and Next-Generation CUDA Cores
Equipped with advanced CUDA cores, the RTX A4500 delivers up to 2× the single-precision (FP32) performance compared to previous generations, accelerating rendering, simulation, and design tasks. This enhanced processing capability ensures smoother, more efficient graphics workflows, allowing professionals to handle intricate models and high-resolution datasets with ease.
Real-Time Ray Tracing with Second-Generation RT Cores
The RTX A4500’s second-generation RT cores enable hardware-accelerated ray tracing, delivering photorealistic visuals and motion effects up to 2× faster than previous GPU generations. This ensures highly accurate lighting, shadows, and reflections, which are crucial for visual effects, architectural visualization, and immersive 3D applications.
AI Acceleration with Third-Generation Tensor Cores
Designed to accelerate AI-powered workflows, the RTX A4500 features third-generation Tensor Cores supporting TF32 precision and structural sparsity. These cores optimize AI denoising, deep learning inference, and DLSS-based workflows, allowing professionals to achieve faster training and more intelligent computational results.
See category: AI Workstation GPU
Massive 20GB GPU Memory for Intensive Workloads
With 20GB of high-speed GDDR6 memory featuring ECC, the RTX A4500 can handle memory-intensive applications such as virtual production, 3D modeling, and complex engineering simulations. This large memory capacity ensures stability and reliability when working with large datasets and intricate graphical projects.
Scalable Performance with NVIDIA NVLink
The GPU supports third-generation NVIDIA NVLink, allowing multiple RTX A4500 GPUs to work together seamlessly. This expands memory capacity and computational throughput, making it ideal for large-scale simulations, real-time visualization, and collaborative AI training.
PCI Express Gen 4 and Efficient Design
With PCI Express Gen 4 support, the RTX A4500 provides faster data transfer between CPU and GPU, optimizing performance for high-demand applications. Its dual-slot, power-efficient design ensures compatibility with a wide range of professional workstations while maintaining effective cooling and reliability.
VR-Ready and Industry Applications
The RTX A4500 is VR-ready and capable of supporting cutting-edge virtual reality applications. Professionals in industries such as research, media, product design, and entertainment benefit from accelerated workflows, enhanced realism, and the ability to tackle the most demanding computational tasks.
Technical Specifications
Feature | Specification |
---|---|
GPU Memory | 20GB GDDR6 with ECC |
Display Outputs | 4 × DisplayPort 1.4 |
Max Power Consumption | 200W |
Graphics Bus | PCI Express Gen 4 ×16 |
Form Factor | 4.4” (H) × 10.5” (L), Dual Slot |
Cooling | Active Cooling |
NVLink | 2-way Low-profile (2-slot & 3-slot bridges supported) |
VR Ready | Yes |
Why BUY NVIDIA RTX A4500?
The NVIDIA RTX A4500 stands out as a top choice for professionals seeking unmatched processing power, AI acceleration, and real-time ray tracing capabilities. Its combination of memory, efficiency, and cutting-edge cores allows creators, engineers, and researchers to accelerate workflows, create highly realistic visualizations, and manage large-scale projects effortlessly.
Brand
Nvidia
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Additional information
Ideal Use Cases |
Professional CAD, content creation, 3D modeling |
---|---|
NVIDIA CUDA® Processing Cores |
7,168 |
NVIDIA RT Cores |
56 (2nd Gen |
Tensor Cores |
224 (3rd Gen) |
GPU Memory |
20 GB |
Peak Memory Bandwidth |
640 GB/s |
NVIDIA® NVLink® |
Yes* |
Floating-Point Performance, Single Precision (TFLOPS, Peak)2 |
23.7 |
Tensor Performance (TFLOPS, Peak) 3,4 |
189.2 |
Error-Correcting Code (ECC) Memory |
Yes ( #12) |
Maximum Active Displays |
4 |
DisplayPort 1.2 5 and 1.46 |
4 |
HDMI via Adaptors, HDMI |
4 |
NVIDIA SLI® 7 |
Yes* |
High-Dynamic Range (HDR)8 |
Yes* |
NVIDIA Quadro® Mosaic Technology |
Yes* |
VR Ready 9 |
Yes* |
Variable Rate Shading |
Yes* |
GPUDirect® for Video |
Yes* |
Graphics Synchronization with Sync II |
Yes* |
3D Stereo* |
Yes* |
Encode/Decode10 |
Yes* |
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