Yeston HD7850 price 1199 yuan

Computer shop news: Yeston Radium R7850-1024GD5 speed version of the graphics card with 1GB /256bit high-definition memory guarantee can run most of the mainstream masterpiece in 1080P full-effects, Yeston developed its own super Dafu Island cooling fan system, double fan blade design to improve heat dissipation efficiency, sufficient power supply to create a high-frequency output base, the graphics card market price of 1199 yuan.

[Edit Review]

1.Yingtong Radium R7850-1024GD5 Extreme Edition graphics card can easily support 2560*1600 resolution high quality output.

2.Yingtong Radium R7850-1024GD5 speed version of the graphics card low temperature operating environment can improve the output performance of the graphics card to extend the service life.

Product introduction:

Yeston Radium R7850-1024GD5 Extreme Edition graphics card with powerful performance Pitcairn Pro graphics core uses 28nm process technology, the graphics card core has built-in 1024 streams The processor and 256-bit memory bandwidth controller can meet the needs of mainstream gamers.

盈通镭龙R7850-1024GD5极速版

Yeston Radium R7850-1024GD5 Extreme Edition graphics card with a comprehensive dual DVI+HDMI+DP interface combination, can support almost all types of displays Connected, players can choose according to their own needs and preferences, to ensure the output quality of high-definition pictures.

Interface Part

The Yeston Radium R7850-1024GD5 Extreme Edition graphics card is based on the most mature stand-alone power supply technology, providing excellent current supply for both the graphics card core and the memory chip. 6pin external power interface It can ensure that the graphics card can run stably at the default frequency of 860/4800MHz and there is still a high overclocking space.

Cooling Fan

Yingtong Radium R7850-1024GD5 Speed ​​Edition Graphics Cards use Yeston exclusive “Fukushima” cooling system, up to 12cm large area fan combined with heat sink can quickly run The generated heat is discharged, effectively reducing the temperature to ensure a stable low-temperature output environment, which not only improves the output performance but also improves the service life.