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Processor vs graphic card

Processor vs graphic card

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52
12-02-2016, 07:56 AM
#1
Processor speed plays a key role in gaming by affecting load times and overall responsiveness. Faster processors handle complex graphics and game logic more efficiently, leading to smoother gameplay.
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ySt4lk3rPvP_GG
12-02-2016, 07:56 AM #1

Processor speed plays a key role in gaming by affecting load times and overall responsiveness. Faster processors handle complex graphics and game logic more efficiently, leading to smoother gameplay.

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Torch15
Member
65
12-09-2016, 01:49 AM
#2
I put together an excellent demonstration last year.
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Torch15
12-09-2016, 01:49 AM #2

I put together an excellent demonstration last year.

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Elina_Aada20
Member
141
12-09-2016, 06:13 AM
#3
It varies based on the game, processor cores, and speed settings. A clear answer isn't guaranteed.
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Elina_Aada20
12-09-2016, 06:13 AM #3

It varies based on the game, processor cores, and speed settings. A clear answer isn't guaranteed.

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HurmitCurtis
Member
50
12-14-2016, 06:58 PM
#4
Generally, you aim for a well-balanced setup. The graphics card’s main job is to create visuals and show them on your screen, while the CPU manages game logic. A faster CPU makes it easier for the game to run smoothly. If the CPU is very strong but the GPU is weak, the game’s graphics quality will likely suffer. Conversely, a weak CPU paired with a powerful GPU can cause the CPU to struggle keeping up. The graphics card handles drawing frames, but the CPU still needs to figure out where each frame should appear (like object positions or a crosshair). There are also situations where some games need little CPU power and much GPU power, or where using multiple CPU cores is important—this heavily depends on the specific game.
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HurmitCurtis
12-14-2016, 06:58 PM #4

Generally, you aim for a well-balanced setup. The graphics card’s main job is to create visuals and show them on your screen, while the CPU manages game logic. A faster CPU makes it easier for the game to run smoothly. If the CPU is very strong but the GPU is weak, the game’s graphics quality will likely suffer. Conversely, a weak CPU paired with a powerful GPU can cause the CPU to struggle keeping up. The graphics card handles drawing frames, but the CPU still needs to figure out where each frame should appear (like object positions or a crosshair). There are also situations where some games need little CPU power and much GPU power, or where using multiple CPU cores is important—this heavily depends on the specific game.

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VarunaVmw101
Member
61
12-15-2016, 05:50 PM
#5
To some degree, that's true. Eventually, you reach a limit where the gains stop making sense, and spending $1000 on a gaming CPU isn't smart. The best performance you get for your money comes from a mid-range processor like a Ryzen 5 or i5.
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VarunaVmw101
12-15-2016, 05:50 PM #5

To some degree, that's true. Eventually, you reach a limit where the gains stop making sense, and spending $1000 on a gaming CPU isn't smart. The best performance you get for your money comes from a mid-range processor like a Ryzen 5 or i5.

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Sammy706
Member
79
12-16-2016, 04:36 PM
#6
It affects performance to some degree. The CPU manages numerous functions such as processing inputs, computing physics (unless that work is moved to the GPU), running AI, and handling audio—each contributing to the workload. The challenge lies in completing all these operations before forwarding them to the GPU for rendering, which must reflect the current game state accurately. If the processor can't finish everything within about one-twentieth of a second, it limits how quickly jobs reach the GPU, capping performance at around 30 frames per second. Figuring out the exact threshold is uncertain and varies based on the game, its software, and available hardware.
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Sammy706
12-16-2016, 04:36 PM #6

It affects performance to some degree. The CPU manages numerous functions such as processing inputs, computing physics (unless that work is moved to the GPU), running AI, and handling audio—each contributing to the workload. The challenge lies in completing all these operations before forwarding them to the GPU for rendering, which must reflect the current game state accurately. If the processor can't finish everything within about one-twentieth of a second, it limits how quickly jobs reach the GPU, capping performance at around 30 frames per second. Figuring out the exact threshold is uncertain and varies based on the game, its software, and available hardware.

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BaiFelicia
Member
231
12-17-2016, 12:42 AM
#7
The choice depends on the type of games you prefer—whether they favor CPU power, GPU performance, or specific hardware brands. It can even hinge on whether you're using an AMD or Intel processor and a NVIDIA or AMD GPU. Some titles perform better with one over the other. If you share the games you enjoy or own, we can tailor our response more effectively.
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BaiFelicia
12-17-2016, 12:42 AM #7

The choice depends on the type of games you prefer—whether they favor CPU power, GPU performance, or specific hardware brands. It can even hinge on whether you're using an AMD or Intel processor and a NVIDIA or AMD GPU. Some titles perform better with one over the other. If you share the games you enjoy or own, we can tailor our response more effectively.