Experience the power of the Asrock AMD Radeon RX 7600 Steel Legend OC. With Polychrome SYNC for customizable lighting, a triple fan design for optimal cooling, and a stylish metal backplate, this graphics card delivers exceptional performance.
Enjoy quiet gaming with 0dB Silent Cooling and stay cool with the ultra-fit heatpipe. Built with Super Alloy Graphics Card components, it’s the perfect choice for gamers seeking excellence.
Specifications
- Base Clock: 1720 MHz
- Boost Clock: 2725 MHz
- Memory: 8 GB 18000MHz GDDR6
- Stream Processors: 2048
- Power Consumption: 160 W
- Recommended PSU: 600 W
- Form Factor: 2.5 Slots
- Dimensions: 303 x 131 x 45 mm
- Polychrome SYNC
- Triple Fan Design
- 0dB Silent Cooling
- Ultra-fit Heatpipe
- AMD RDNA 3 architecture
- AMD Ray Accelerator Cores
- AMD Fidelity FX technologies
- AMD Fidelity FX Super Resolution tech
1720 MHz
Base Clock
2725 MHz
Boost Clock
8 GB
GDDR6 Memory
2048
Stream Processors
About the Asrock AMD Radeon RX 7600 Steel Legend OC 8GB GDDR6 Graphics Card
Triple Fan Design
Triple fan design helps to optimize system cooling to reduce the operating temperature.
Polychrome SYNC
With the integrated ARGB LEDs, you can create your own unique colourful light effects which can also be switched on and off. It can also be synchronized with your ASRock motherboards that support Polychrome SYNC.
8K Resolution Support
Not only can it handles 4K graphics but also supports the next generation 8K video output for the ultimate visual experience.
Stylish Metal Backplate
Designed to avoid PCB bending. The fancy outlook makes the graphic card more legendary visually. It also helps to enhance cooling with the premium thermal pads equipped backside.
GAME. STREAM. ADVANCE.
Unleash unrivalled performance and visuals with the Asrock Steel Legened AMD Radeon RX 7600 graphics card. Powered by AMD RDNA 3 architecture, it delivers incredible gaming and streaming in 1080p.
High-density Metal Welding
Effectively isolate all coverage of the gap between the pipe and stacked fins, hence improving heat dissipation effectively.
