F5F Stay Refreshed Hardware Desktop Consider upgrading your i7 2600 Handbrake setup if you're looking for better performance or efficiency.

Consider upgrading your i7 2600 Handbrake setup if you're looking for better performance or efficiency.

Consider upgrading your i7 2600 Handbrake setup if you're looking for better performance or efficiency.

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136
03-13-2016, 04:44 PM
#1
I've been working with an older Dell workstation equipped with an i7 2600 quad-core processor for several years, mainly using Handrake to convert bluray rips. It's served me well for this task. While speed isn't my top priority, I focus more on the quality of the output files. Recently, I saw a video comparing encoding speeds between a Ryzen 3900x and my own i7. The Ryzen achieved impressive results in just over an hour, thanks to its higher core count. This made me wonder if newer processors can deliver better compression efficiency or produce clearer visuals with the same settings. I usually encode my rips with x265 at a consistent quality between 20 and 24, without adjusting filters or aspect ratios. I'm aware that some software encoders claim hardware acceleration, but I don't rely on it. So, is this really a big question? TL;DR: I'm more interested in file size and visual quality than encoding time. Will future CPUs make videos smaller or look better?
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iIPotatoChipIi
03-13-2016, 04:44 PM #1

I've been working with an older Dell workstation equipped with an i7 2600 quad-core processor for several years, mainly using Handrake to convert bluray rips. It's served me well for this task. While speed isn't my top priority, I focus more on the quality of the output files. Recently, I saw a video comparing encoding speeds between a Ryzen 3900x and my own i7. The Ryzen achieved impressive results in just over an hour, thanks to its higher core count. This made me wonder if newer processors can deliver better compression efficiency or produce clearer visuals with the same settings. I usually encode my rips with x265 at a consistent quality between 20 and 24, without adjusting filters or aspect ratios. I'm aware that some software encoders claim hardware acceleration, but I don't rely on it. So, is this really a big question? TL;DR: I'm more interested in file size and visual quality than encoding time. Will future CPUs make videos smaller or look better?

H
126
03-13-2016, 04:44 PM
#2
Question it. If you adjust certain settings... and maintain them across systems, you might expect faster encoding but end up with identical results because of your specifics. For example, using a x264 or H265 preset won’t alter the outcome so I suspect the video won’t differ. Try to understand—your comments suggest encoding time isn’t a problem, so unless speed or quality becomes critical, you could delay it until those factors matter. Then tweak accordingly, whether through hardware upgrades or varying quality settings, which you’re already familiar with.
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HUNGERGAMEMARK
03-13-2016, 04:44 PM #2

Question it. If you adjust certain settings... and maintain them across systems, you might expect faster encoding but end up with identical results because of your specifics. For example, using a x264 or H265 preset won’t alter the outcome so I suspect the video won’t differ. Try to understand—your comments suggest encoding time isn’t a problem, so unless speed or quality becomes critical, you could delay it until those factors matter. Then tweak accordingly, whether through hardware upgrades or varying quality settings, which you’re already familiar with.

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Anton_Nord
Member
119
03-13-2016, 04:44 PM
#3
It makes sense now! I initially thought it was true, but I questioned whether any updates since the 2600s could have improved Handbrake’s capabilities. I’m not familiar enough with the technical details of these small components to be certain, though I’m curious about recent advancements. hahaha
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Anton_Nord
03-13-2016, 04:44 PM #3

It makes sense now! I initially thought it was true, but I questioned whether any updates since the 2600s could have improved Handbrake’s capabilities. I’m not familiar enough with the technical details of these small components to be certain, though I’m curious about recent advancements. hahaha