ASUS Video cards specifications.
Video cards Specs >> ASUSASUS Radeon X1300 450Mhz PCI-E 128Mb 500Mhz 64 bit DVI TV |
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 | Graphics processor: ATI Radeon X1300 Maximum resolution: 2560x1600 GPU frequency: 450 MHz The amount of video memory: 128 MB ... |
 ASUS Radeon X1300 450Mhz PCI-E 128Mb 500Mhz 64 bit DVI TV |
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ASUS GeForce 6600 350Mhz PCI-E 512Mb 540Mhz 128 bit DVI TV |
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 | Graphics processor: NVIDIA GeForce 6600 Maximum resolution: 2048x1536 GPU frequency: 350 MHz The amount of video memory: 512 MB ... |
| ASUS GeForce 6600 350Mhz PCI-E 512Mb 540Mhz 128 bit DVI TV |
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ASUS GeForce 6800 LE 350Mhz PCI-E 256Mb 600Mhz 256 bit DVI TV YPrPb |
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 | Graphics processor: NVIDIA GeForce 6800 LE Maximum resolution: 2048x1536 GPU frequency: 350 MHz The amount of video memory: 256 MB ... |
| ASUS GeForce 6800 LE 350Mhz PCI-E 256Mb 600Mhz 256 bit DVI TV YPrPb |
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ASUS Radeon X1600 Pro 500Mhz PCI-E 512Mb 540Mhz 128 bit DVI TV |
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 | Graphics processor: ATI Radeon X1600 Pro Maximum resolution: 2560x1600 GPU frequency: 500 MHz The amount of video memory: 512 MB ... |
| ASUS Radeon X1600 Pro 500Mhz PCI-E 512Mb 540Mhz 128 bit DVI TV |
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ASUS Radeon X1600 XT 590Mhz PCI-E 256Mb 1380Mhz 128 bit DVI VIVO |
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 | Graphics processor: ATI Radeon X1600 XT Maximum resolution: 2560x1600 GPU frequency: 590 MHz The amount of video memory: 256 MB ... |
| ASUS Radeon X1600 XT 590Mhz PCI-E 256Mb 1380Mhz 128 bit DVI VIVO |
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ASUS Radeon X1600 Pro 500Mhz PCI-E 256Mb 780Mhz 128 bit DVI TV |
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 | Graphics processor: ATI Radeon X1600 Pro Maximum resolution: 2560x1600 GPU frequency: 500 MHz The amount of video memory: 256 MB ... |
| ASUS Radeon X1600 Pro 500Mhz PCI-E 256Mb 780Mhz 128 bit DVI TV |
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ASUS Radeon X1900 XT 625Mhz PCI-E 512Mb 1450Mhz 256 bit 2xDVI VIVO YPrPb |
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 | Graphics processor: ATI Radeon X1900 XT Maximum resolution: 2560x1600 GPU frequency: 625 MHz The amount of video memory: 512 MB ... |
| ASUS Radeon X1900 XT 625Mhz PCI-E 512Mb 1450Mhz 256 bit 2xDVI VIVO YPrPb |
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ASUS Radeon X1800 XT 625Mhz PCI-E 512Mb 1500Mhz 256 bit 2xDVI VIVO YPrPb |
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 | Graphics processor: ATI Radeon X1800 XT Maximum resolution: 2560x1600 GPU frequency: 625 MHz The amount of video memory: 512 MB ... |
| ASUS Radeon X1800 XT 625Mhz PCI-E 512Mb 1500Mhz 256 bit 2xDVI VIVO YPrPb |
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ASUS Radeon X800 392Mhz PCI-E 256Mb 700Mhz 256 bit 2xDVI VIVO |
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 | Graphics processor: ATI Radeon X800 Maximum resolution: 2048x1536 GPU frequency: 392 MHz The amount of video memory: 256 MB ... |
| ASUS Radeon X800 392Mhz PCI-E 256Mb 700Mhz 256 bit 2xDVI VIVO |
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ASUS Radeon X800 400Mhz PCI-E 128Mb 700Mhz 128 bit DVI TV |
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 | Graphics processor: ATI Radeon X800 Maximum resolution: 2048x1536 GPU frequency: 400 MHz The amount of video memory: 128 MB ... |
| ASUS Radeon X800 400Mhz PCI-E 128Mb 700Mhz 128 bit DVI TV |
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ASUS Radeon X1300 Pro 600Mhz PCI-E 256Mb 800Mhz 128 bit DVI TV |
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 | Graphics processor: ATI Radeon X1300 Pro Maximum resolution: 2560x1600 GPU frequency: 600 MHz The amount of video memory: 256 MB ... |
| ASUS Radeon X1300 Pro 600Mhz PCI-E 256Mb 800Mhz 128 bit DVI TV |
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ASUS Radeon X1900 XTX 650Mhz PCI-E 512Mb 1550Mhz 256 bit 2xDVI VIVO YPrPb |
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 | Graphics processor: ATI Radeon X1900 XTX Maximum resolution: 2560x1600 GPU frequency: 650 MHz The amount of video memory: 512 MB ... |
| ASUS Radeon X1900 XTX 650Mhz PCI-E 512Mb 1550Mhz 256 bit 2xDVI VIVO YPrPb |
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ASUS Radeon X1900 625Mhz PCI-E 512Mb 1450Mhz 256 bit DVI CrossFire Master |
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 | Graphics processor: ATI Radeon X1900 Maximum resolution: 2560x1600 GPU frequency: 625 MHz The amount of video memory: 512 MB ... |
| ASUS Radeon X1900 625Mhz PCI-E 512Mb 1450Mhz 256 bit DVI CrossFire Master |
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ASUS Radeon X550 400Mhz PCI-E 128Mb 500Mhz 64 bit DVI TV RoHS |
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 | Graphics processor: ATI Radeon X550 Maximum resolution: 2048x1536 GPU frequency: 400 MHz The amount of video memory: 128 MB ... |
| ASUS Radeon X550 400Mhz PCI-E 128Mb 500Mhz 64 bit DVI TV RoHS |
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ASUS GeForce 7800 GT 400Mhz PCI-E 256Mb 1000Mhz 256 bit 2xDVI VIVO YPrPb |
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 | Graphics processor: NVIDIA GeForce 7800 GT Maximum resolution: 2560x1600 GPU frequency: 400 MHz The amount of video memory: 256 MB ... |
| ASUS GeForce 7800 GT 400Mhz PCI-E 256Mb 1000Mhz 256 bit 2xDVI VIVO YPrPb |
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ASUS Radeon X550 400Mhz PCI-E 128Mb 500Mhz 64 bit DVI TV |
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 | Graphics processor: ATI Radeon X550 Maximum resolution: 2048x1536 GPU frequency: 400 MHz The amount of video memory: 128 MB ... |
| ASUS Radeon X550 400Mhz PCI-E 128Mb 500Mhz 64 bit DVI TV |
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ASUS GeForce 7800 GTX 430Mhz PCI-E 256Mb 1200Mhz 256 bit 2xDVI VIVO YPrPb |
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 | Graphics processor: NVIDIA GeForce 7800 GTX Maximum resolution: 2560x1600 GPU frequency: 430 MHz The amount of video memory: 256 MB ... |
| ASUS GeForce 7800 GTX 430Mhz PCI-E 256Mb 1200Mhz 256 bit 2xDVI VIVO YPrPb |
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ASUS Radeon X550 400Mhz PCI-E 256Mb 500Mhz 128 bit DVI TV |
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 | Graphics processor: ATI Radeon X550 Maximum resolution: 2048x1536 GPU frequency: 400 MHz The amount of video memory: 256 MB ... |
| ASUS Radeon X550 400Mhz PCI-E 256Mb 500Mhz 128 bit DVI TV |
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ASUS Radeon X550 400Mhz PCI-E 128Mb 500Mhz 64 bit DVI TV HyperMemory 512Mb |
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 | Graphics processor: ATI Radeon X550 Maximum resolution: 2048x1536 GPU frequency: 400 MHz The amount of video memory: 128 MB ... |
| ASUS Radeon X550 400Mhz PCI-E 128Mb 500Mhz 64 bit DVI TV HyperMemory 512Mb |
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ASUS Radeon 9250 240Mhz AGP 128Mb 400Mhz 64 bit DVI TV |
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 | Graphics processor: ATI Radeon 9250 Maximum resolution: 2048x1536 GPU frequency: 240 MHz The amount of video memory: 128 MB ... |
| ASUS Radeon 9250 240Mhz AGP 128Mb 400Mhz 64 bit DVI TV |
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According to insiders, AMD is working on the Radeon RX 9070 GRE (Great Radeon Edition) graphics card based on RDNA 4 architecture. It is noted that the novelty should provide a better price-performance ratio compared to the current Radeon RX 9070.
At the GTC 2025 technology conference, NVIDIA has unveiled the Blackwell RTX Pro series of graphics gas pedals. The new products are aimed at professional notebooks and desktops, as well as for work in data centers.
Video blogger and overclocker der8auer checked how the new Radeon RX 9070 XT graphics card in the Red Devil version from PowerColor performs when overclocked manually. Using an experimental method, he found that there is practically no difference with the traditional overclocking method. However, when undervolting, he managed to achieve performance higher than that of the GeForce RTX 5080 in stock condition.