SAPPHIRE AI PRO R9700 32GB – Professional AI & Graphics Performance

Experience next-generation graphics and accelerated AI workloads with the SAPPHIRE AI PRO R9700 32GB (32358-01-20G). Designed for professionals, creators, developers, and demanding GPU applications, this high-performance graphics card combines advanced GPU architecture, large-capacity memory, efficient thermal management, and a robust hardware design.

Whether you're working with AI applications, 3D rendering, professional visualization, content creation, video production, simulation, or GPU-accelerated workloads, the SAPPHIRE AI PRO R9700 is engineered to deliver reliable performance under sustained workloads.

Key Features

• GPU: SAPPHIRE AI PRO R9700
• Memory: 32GB
• Product Code: 32358-01-20G
• Architecture: AMD RDNA 4
• Professional AI & GPU Computing
• Advanced thermal management
• High-performance cooling solution
• Robust metal backplate
• Premium PCB design
• Digital power delivery
• PCIe power protection
• Designed for demanding professional workloads

Advanced AMD RDNA 4 Architecture

Built around the advanced AMD RDNA 4 architecture, the SAPPHIRE AI PRO R9700 delivers an optimized platform for modern graphics and compute workloads. The architecture is designed to provide high performance and efficiency for professional applications, AI workloads, rendering, and other GPU-intensive tasks.

32GB High-Capacity Memory

With 32GB of graphics memory, the AI PRO R9700 is designed for memory-intensive professional workloads. The large memory capacity can be particularly useful for complex 3D scenes, large datasets, AI workloads, high-resolution content creation, simulations, and professional visualization applications.

Professional AI Performance

The SAPPHIRE AI PRO R9700 is designed with professional AI and GPU-accelerated workloads in mind. Its combination of powerful GPU processing and high-capacity memory provides a capable platform for applications that require substantial parallel computing resources.

Advanced Cooling Design

SAPPHIRE's advanced cooling approach is engineered to efficiently transfer heat away from critical components while maintaining stable performance during extended workloads.

The cooling system incorporates optimized airflow, refined fan blade geometry, composite heatpipes, and an integrated cooling module to distribute and dissipate heat efficiently.

AeroCurve Fan Blade

The AeroCurve Fan Blade design is engineered to improve airflow while reducing air friction. This allows the fans to operate efficiently while helping maintain controlled acoustic levels and effective cooling during demanding workloads.

Optimized Composite Heatpipes

The optimized composite heatpipes are designed to efficiently transfer heat away from the GPU and distribute it across the cooling module. This helps maintain consistent thermal performance during sustained GPU operation.

Integrated Cooling Module

The integrated cooling module provides thermal coverage across critical graphics card components. By efficiently managing heat from the GPU, memory, and power-delivery components, it helps maintain stable operating temperatures during demanding workloads.

Premium Thermal Interface Material

SAPPHIRE utilizes Honeywell PTM7950 Thermal Interface Material (TIM) to enhance thermal transfer between the GPU and cooling solution. This premium thermal interface material is designed for demanding high-performance electronics and helps improve thermal consistency and reliability.

Tough Metal Backplate

The robust metal backplate adds structural rigidity to the graphics card while helping protect the PCB and internal components. Its design also contributes to heat dissipation and provides additional protection against dust and physical stress.

FrameDefense Construction

The FrameDefense mechanical design provides a rigid structural frame around the graphics card. This helps improve overall durability and protects critical internal components during installation, handling, and everyday use.

Dual Ball Bearing Fans

The cooling fans feature dual ball bearings, designed for improved durability and long-term reliability compared with traditional sleeve-bearing fan designs. The refined fan blade design also contributes to improved airflow and reduced operating noise.

High TG Copper PCB

The high-density PCB design is engineered to handle the demands of high-performance GPU operation. The use of high-quality copper layers and a high-TG PCB helps provide improved electrical stability and durability under demanding workloads.

Fuse Protection

Built-in fuse protection on the external PCIe power connection helps protect critical components from potential electrical issues, providing an additional layer of hardware protection.

Digital Power Design

The SAPPHIRE digital power design provides precise power management and efficient power delivery, helping maintain stable GPU operation under demanding workloads.