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AMD Ryzen 7000 line features built-in graphics capabilities

AMD Ryzen 7000 line features built-in graphics capabilities

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Greytide
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12-11-2023, 08:55 AM
#1
Hi everyone! I'm thinking about setting up my new workstation with an AMD Ryzen 7000 series processor and am curious about using their built-in graphics instead of a separate card. This would help me keep the case small since I won't need a bulky graphics unit. But I also have two 1440p monitors, so I want to know if these chips support running multiple displays. Cheers and good luck!
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G
Greytide
12-11-2023, 08:55 AM #1

Hi everyone! I'm thinking about setting up my new workstation with an AMD Ryzen 7000 series processor and am curious about using their built-in graphics instead of a separate card. This would help me keep the case small since I won't need a bulky graphics unit. But I also have two 1440p monitors, so I want to know if these chips support running multiple displays. Cheers and good luck!

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K
Koollojoe
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12-18-2023, 05:55 AM
#2
The processor can handle up to four screens, but you must locate a motherboard with multiple monitor connections.
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Koollojoe
12-18-2023, 05:55 AM #2

The processor can handle up to four screens, but you must locate a motherboard with multiple monitor connections.

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Beeny
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12-18-2023, 08:30 AM
#3
I own a Ryzen 7700X equipped with two 4K displays at 144Hz. The main screen operates in full color at 144Hz via USB-C on my ASUS board, while the secondary monitor runs at 120Hz using 4:2:0 YCbCr over HDMI 2.1. Currently, I’m working with an AMD Radeon Adrenaline 22.x. With the upcoming 23.x release, I lose support for DisplayPort DSC and HDMI 2.1, which restricts my main monitor to 95Hz and the secondary to 60Hz. Given these specs, your monitors at 1440p might not be a major hurdle. (I’ve tried DDU, performed an upgrade, cleaned installs, adjusted resolution—but nothing helped except reinstalling the older version.)

My experience with AMD GPUs has made me cautious about their products. I initially considered the 7900XTX but now lean toward the 4080. For gaming, raising the GPU speed from 2000 MHz to 3000 MHz can significantly improve performance. Even reaching 2800-2900 MHz helps. Faster RAM also aids, ideally aiming for 6000MHz or higher. G.Skill offers 32GB Hynix memory at 6000MHz, which boosts clocks to 6200MHz under EXPO-II settings.

Keep in mind: Intel platforms generally outperform Ryzen. The ITX form factor comes with a steep price tag due to limited market options and premium components for better reliability and power delivery. Cooling is another concern—limited cooler sizes and case constraints can restrict CPU performance. You may need to use PBO to push the GPU closer to its potential.

My system includes 32GB of RAM, 6000MHz G.Skill memory, and a high-end cooling setup (ASUS ROG STRIX cooler with Noctua fans). I’ve boosted RAM clocks to 6200MHz for testing, but performance gains depend on your specific configuration.

If you’re facing power delivery issues, consider using PBO to optimize the GPU voltage. The Intel platform may still offer better overall value despite the higher cost.
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B
Beeny
12-18-2023, 08:30 AM #3

I own a Ryzen 7700X equipped with two 4K displays at 144Hz. The main screen operates in full color at 144Hz via USB-C on my ASUS board, while the secondary monitor runs at 120Hz using 4:2:0 YCbCr over HDMI 2.1. Currently, I’m working with an AMD Radeon Adrenaline 22.x. With the upcoming 23.x release, I lose support for DisplayPort DSC and HDMI 2.1, which restricts my main monitor to 95Hz and the secondary to 60Hz. Given these specs, your monitors at 1440p might not be a major hurdle. (I’ve tried DDU, performed an upgrade, cleaned installs, adjusted resolution—but nothing helped except reinstalling the older version.)

My experience with AMD GPUs has made me cautious about their products. I initially considered the 7900XTX but now lean toward the 4080. For gaming, raising the GPU speed from 2000 MHz to 3000 MHz can significantly improve performance. Even reaching 2800-2900 MHz helps. Faster RAM also aids, ideally aiming for 6000MHz or higher. G.Skill offers 32GB Hynix memory at 6000MHz, which boosts clocks to 6200MHz under EXPO-II settings.

Keep in mind: Intel platforms generally outperform Ryzen. The ITX form factor comes with a steep price tag due to limited market options and premium components for better reliability and power delivery. Cooling is another concern—limited cooler sizes and case constraints can restrict CPU performance. You may need to use PBO to push the GPU closer to its potential.

My system includes 32GB of RAM, 6000MHz G.Skill memory, and a high-end cooling setup (ASUS ROG STRIX cooler with Noctua fans). I’ve boosted RAM clocks to 6200MHz for testing, but performance gains depend on your specific configuration.

If you’re facing power delivery issues, consider using PBO to optimize the GPU voltage. The Intel platform may still offer better overall value despite the higher cost.

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