The Palit JetStream series of graphics cards features advanced innovative cooling and an optimized product design to deliver the ultimate gaming performance. The GeForce RTX™ 3070 JetStream is powered by Ampere—NVIDIA’s 2nd gen RTX architecture. Built with enhanced Ray Tracing Cores and Tensor Cores, new streaming multiprocessors, and high-speed G6 memory, it gives you the power you need to rip through the most demanding games.
Addressable RGB allows gamers to customize each LED color. You can personalized the lighting effects with Palit ThunderMaster software.
Triple A Die Casting Plate Kit
Two die casting molded “Aluminum Alloy Armor” plates fully cover the circuit board and directly attach to all the hot spots on PCB. They provide:
- Strong-as-armor protection
- Optimized heat dissipation
The dual BIOS program automatically activates the protection mechanism when an error occurs in one of the BIOS programs. This allows the graphics card to be functional again in the event of system failure.
- BIOS 1: Performance Mode
- BIOS 2: Silent Mode
TurboFan 3.0: 2-Ball Bearing
TurboFan upgrades to 3.0 version with 2-ball bearing to reinforce fan stability.
- IP5X dust resistant technology
- Lower fan vibration
- Prolonged fan life expectancy
Keep Silent while you are experiencing the multimedia application and general workload. The operating fans only occurs while working on heavier loading.
DrMOS, originally only available for high-end server CPUs, is now available in all its glory in the next generation of Palit graphics cards. DrMOS offers high current circuits, low noise operation, and effective reduction of heat generating.
All New ThunderMaster
Palit’s new ThunderMaster has thorough upgrade from the previous version. It has more user-friendly interface as well as more personalized settings. With ThunderMaster, you can control your video card from overclock setting, fan speed to LED effect. You can also monitor GPU status with ThunderMaster utility.
The design of honeycomb bracket increases airflow by up to 15%, allowing the heat generated from GPU to be exhausted via the honeycomb design bracket. This enables more efficient cooling effects.