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 V1 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.
This Palit RTX 3070 Jetstream V1 graphics card is an LHR (lite hash rate) model and delivers an estimated 25 MH/s ETH hash rate.
Specifications
- Base Clock: 1500MHz
- Boost Clock: 1725MHz
- Memory: 8GB 14000MHz GDDR6
- CUDA Cores: 5888
- Power Consumption: 300W
- Recommended PSU: 650W
- Form Factor: 2.7 Slots
- Dimensions: 304 x 136 x 60 mm
- Addressable RGB
- NVIDIA Ampere Architecture
- Dual BIOS
- 3-year Warranty
1500MHz
Base Clock
1725MHz
Boost Clock
8GB
GDDR6 Memory
5888
CUDA Cores
About the Palit RTX 3070 Jetstream V1 LHR Graphics Card
Triple A Die Casting Plate Kit
Two die-cast moulded “Aluminium Alloy Armour” plates fully cover the circuit board and directly attach to all the hot spots on PCB. The RTX 3070 Jetstream V1 plates offer strong-as-armour protection and help optimise heat dissipation.
Dual BIOS
The Palit RTX 3070 Jetstream V1 is a dual BIOS card with performance and silent modes. There is an automatic failsafe should a BIOS fail where the 2nd BIOS is automatically activated.
- BIOS 1: Performance Mode
- BIOS 2: Silent Mode
TurboFan 3.0: Dual Ball-Bearing
TurboFan technology moves version 3.0 and features dual ball-bearing fans with:
• IP5X dust resistant technology
• Lower fan vibration
• Prolonged fan life expectancy
Silent Running
Under low-load, when performing tasks such as web browsing, the Palit RTX 3070 Jetstream V1 is silent with the fans only coming online when load and temperatures increase.
DrMOS Driver and MOSFET Module
Originally only available for high-end server CPUs, DrMOS is used in all its glory in the next generation of Palit graphics cards.
DrMOS offers high quality circuits, low noise operation, and effective reduction of heat generating.