RTX 4090 48GB AI Edition It is a high-performance graphics card designed to support advanced processing tasks, especially AI, Machine Learning, and professional-level graphics. This model features a large 48GB GDDR6X memory, allowing full loading and processing of large AI models such as Stable Diffusion and Large Language Models (LLMs).
Key Features
Large memory: Equipped with 48GB GDDR6X VRAM, enabling full loading of large AI models
Latest architecture: Utilizes 4th generation Tensor Cores and 3rd generation RT Cores to efficiently accelerate AI model training
Supports Multi-GPU systems: Can connect up to 40 GPUs in a single server, ideal for building large-scale processing clusters
work efficiency
Category
Performance value
Processing speed
2.52 GHz (Boost Clock)
CUDA Processor
16,384 cores
Maximum power
450W
This graphics card features AI inference processing with a low latency of just 2.22 seconds, reducing wait times and enhancing processing efficiency.
Technology used
Tensor Cores: Accelerate AI processing speeds, especially for training Deep Learning models
RT Cores: Enhance Ray Tracing performance, making graphics more realistic
NVIDIA DLSS: AI-powered technology that enhances graphic performance without sacrificing quality
Benefits for various tasks
AI and Machine Learning tasks: Suitable for training large AI models such as LLMs and Stable Diffusion
Graphics and video tasks: Capable of processing high-resolution 3D graphics quickly
Research and development: Suitable for research centers and organizations requiring high-speed processing systems
Industrial use
Film Effects Studio: Used for creating high-definition visual and video effects.
AI Research Center: Ideal for training large and complex AI models.
Organizations that require high-speed processing systems: Used for processing large amounts of data and high-speed tasks.
Summary
The RTX 4090 48GB AI Edition graphics card is an excellent choice for organizations and individuals who require high-speed processing systems to handle complex tasks with maximum performance.