Performance
| DirectX version |
12.0 |
| HDCP |
Y |
| Full HD |
Y |
| OpenGL version |
4.5 |
Design
| Cooling type |
Active |
| Number of slots |
1 |
Ports & interfaces
| DVI-I ports quantity |
1 |
| Interface type |
PCI Express 3.0 |
| HDMI ports quantity |
1 |
| DisplayPorts quantity |
1 |
Processor
| Processor frequency |
725 MHz |
| Processor boost clock speed |
925 MHz |
| Graphics processor family |
AMD |
Memory
| Memory clock speed |
1125 MHz |
| Discrete graphics adapter memory |
2 GB |
| Graphics adapter memory type |
GDDR5 |
| Memory bus |
128 bit |
Additionally
| Dual-link DVI |
N |
| Graphics controller |
Radeon R7 250 |
AMD Radeon R7 250, GDDR5 2GB, PCI Express 3.0, 128-bit, OpenGL®4.5, DVI-I, HDMI, DisplayPort
<b>ASUS Radeon™ R7 250 graphics card is with great value and superior stability</b>
- Dust-proof fan resists dust and particles for 25% longer graphics card longevity.
- AUTO-EXTREME Technology with Super Alloy Power II delivers premium delivers premium quality and best reliability.
- GPU Tweak II makes overclocking easier and more visual than ever with an intuitive, all-new UI.
<b>Raging Cool for the Win!</b>
ASUS R7 250 graphics card is packed with industry only Auto-Extreme technology, 100% full automation for best reliability. Super Alloy Power II ensures heightened stability and durability, while GPU Tweak II with XSplit Gamecaster offers intuitive performance tweaking and instant gameplay streaming.
<b>I/O Ports Highlight</b>
1 x Native DVI-I
1 x Native HDMI
1 x Native DisplayPort
<b>Dust-Proof Fan</b>
25% longer graphics card lifespan
Unique fan design dissipates heat efficiently while extending a graphic card’s lifespan by 25%* through increased dust and particle resistance.
<b>AUTO-EXTREME Technology with Super Alloy Power II</b>
Premium quality and best reliability
ASUS graphics cards are produced using AUTO-EXTREME technology, an industry-first 100% automated production process, and feature premium Super Alloy Power II components that enhance efficiency, reduce power loss, decrease component buzzing under load, and lower thermal temperatures for unsurpassed quality and reliability.
