Palit GeForce RTX 4070 SUPER JetStream OC (NED407ST19K9-1043J)

The Palit GeForce RTX 4070 SUPER JetStream OC graphics card is a powerful modification with 12 GB of GDDR6X video memory, designed to meet the high demands of gamers, e-sportsmen and computer enthusiasts. Included in Palit's prestigious 2024 JetStream series, this card is an ideal choice for users looking for maximum performance and customization options for fine overclocking.

The key feature of this model is the advanced cooling system with three Gale Hunter fans, which effectively copes with the heat generated by the powerful Ada Lovelace chip. Thanks to its advanced copper base, dense heatsink and multiple heat-conducting pipes, the system not only provides efficient heat dissipation, but also offers overclocking capabilities while maintaining a quiet, semi-passive operation at lighter loads.

The length of the printed circuit board is 33 cm, and the card itself occupies 3.2 slots of the motherboard, so the manufacturer recommends that you measure the case in advance to avoid any compatibility problems when installing a PC. Palit GeForce RTX 4070 SUPER JetStream OC is built on the NVIDIA AD 104 GPU (5 nm, 2610 MHz, 7168 stream processors), which supports PCI-E v4.0 and DirectX 12 Ultimate.

The GDDR6X memory capacity is 12 GB, and a 192-bit bus is used for data exchange. Compared to its predecessor GeForce RTX 3070 SUPER from the Ampere family, this model offers improved game lighting processing and more efficient frame finishing using the DLSS 3.0 AI system. Without DLSS, the net performance gain has increased significantly compared to its predecessor and is actually on par with the top-end RTX 3090, which was considered the most powerful graphics card of the last generation. Palit GeForce RTX 4070 SUPER JetStream OC can easily handle any games at 2K resolution and maximum graphics settings, and is also quite suitable for 4K resolution with mixed graphics settings and activated DLSS. It is also perfect for mid-range workstations involved in 3D graphics, machine learning, neural networks, visual effects, animation and game development.