GAINWARD GeForce RTX 5080 Python III

Key features of the GAINWARD GeForce RTX 5080 Python III graphics card

NVIDIA Blackwell architecture

The NVIDIA Blackwell architecture introduces redesigned streaming multiprocessors optimised for neural shaders. The core integrates 10752 stream processors that perform parallel processing of both graphics and computing tasks. The architecture efficiently distributes the load when rendering complex scenes and supports modern standards for 3D graphics. 

GPU AI acceleration

The fifth-generation Tensor Cores increase the processing speed of artificial intelligence tasks with support for FP4 formats. The card delivers 1801 INT8 TOPS performance for local AI calculations. These circuits accelerate the running of neural networks directly on your computer without needing to send data to remote servers. This lets users take advantage of local assistants and generative tools. 

Advanced ray tracing

The fourth-generation Ray Tracing Cores simulate the physical behaviour of light in real time and are designed to process Mega Geometry technologies. The hardware calculates reflections, refractions and shadows with high precision based on the scene's geometry. The calculations run on dedicated hardware units on the chip, reducing the load on the card's main processing blocks and enabling full ray tracing with neural rendering.

NVIDIA DLSS 4.0 on your graphics card

NVIDIA DLSS 4 technology with Multi-Frame Generation reconstructs frames using artificial intelligence algorithms. The system generates intermediate frames and increases the display frequency in supported applications. The card uses neural rendering to boost the frame rate while maintaining sharp edges and texture detail.

Cyclone Fan cooling system

The active cooler with three Cyclone Fans directs airflow across the fins of the heatsink. The special shape of the blade tips concentrates the airflow. Grooves on the back of the blades stabilise the flow of air towards the cooler. Heat from the graphics core is wicked away by composite heat pipes that combine two different internal structures for thermal energy transfer. 

Interface and connectivity

For connecting displays, the card offers three DisplayPort 2.1b ports and one HDMI 2.1b port. It supports up to four high-resolution monitors simultaneously. It requires one standard 16-pin connector for power, with a thermal design power (TDP) of 360W. The card connects via a PCIe 5.0 ×16 bus, and the manufacturer recommends a power supply of at least 850W for stable operation.