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AMD Ryzen 7000 Series CPUs & PC Builds
Notable Information
- New “Zen 4” architecture built on TSMC 5nm process, Zen 4 architecture has an 13% IPC gain
- ~29% generational gain in single-threaded work, ~45% improvement in multi-threaded workloads, ~28% performance-per-watt gains
- 600-Series Chipset: X670E Extreme, X670, B650E Extreme and B650 Motherboards
- Up to 125% more memory bandwidth/core
- Support for AVX-512, VNNI
- Max Turbo up to 5.7Ghz
- DDR5 only (no DDR4 support)
- PCI Express 5.0 support
- AM5 socket (new motherboard), backward compatible with AM4 coolers
- At least one 3D V-Cache Zen 4 model will come to market this year
Source: Toms Hardware
Testing Info courtesy of Puget Systems
AMD Ryzen 7000 Series Specifications + App Testing Results
Ryzen 9 7950X
Price: $700
Cores/Threads: 16/32
Base/Boost Clock (GHz): 4.7/5.7
Cache (L2+L3): 80MB
TDP (Base/Max): 170W/230W
Memory Support: DDR5-5200
*App Testing*
DaVinci Resolve: Typically 35% faster than 12900KS in RAW codecs, other formats have much lower/no gains.
Premiere Pro: Typically 42% faster than 12900KS in 4K RED Export, 12900KS is 18% faster overall
After Effects: Typically 43% faster than 12900KS in Multicore Score, and 4% faster overall
Lightroom: Typically 8% faster than 12900KS in Passive, 12900KS is 7% faster in Active, 7950X is 3% faster overall
Photoshop: Typically 3% slower than 12900KS
Unreal Engine: Typically 73% faster than 12900KS in Build Lighting, 43% faster than 12900KS in Code Compile, 32% faster than 12900KS in Compile Shaders, and 53% faster than 12900KS in CPU Score
Blender: Typically 49% faster than 12900KS
Cinema 4D: Typically 6% slower than 12900KS in Single Core, 43% faster than 12900KS in Multi Core
VRay: Typically 52% faster than 12900KS
Ryzen 9 7900X
Price: $550
Cores/Threads: 12/24
Base/Boost Clock (GHz): 4.7/5.6
Cache (L2+L3): 76MB
TDP (Base/Max): 170W/230W
Memory Support: DDR5-5200
*App Testing*
DaVinci Resolve: Typically 22% faster than 12900K in RAW codecs, other formats have much lower/no gains.
Premiere Pro: Typically 21% faster than 12900K in 4K RED Export, 12900K is 32% faster overall
After Effects: Typically 8% faster than 12900K in Multicore Score, 12900K is 1% faster overall
Lightroom: Typically 16% faster than 12900K in Passive, 12900K is 5% faster in Active, 7900X is 9% faster overall
Photoshop: Typically 2% faster than 12900K
Unreal Engine: Typically 31% faster than 12900K in Build Lighting, 33% faster than 12900K in Code Compile, 22% faster than 12900K in Compile Shaders, and 29% faster than 12900K in CPU Score
Blender: Typically 19% faster than 12900K
Cinema 4D: Typically 0% slower than 12900K in Single Core, 27% faster than 12900K in Multi Core
VRay: Typically 24% faster than 12900K
Ryzen 7 7700X
Price: $400
Cores/Threads: 8/16
Base/Boost Clock (GHz): 4.5/5.4
Cache (L2+L3): 40MB
TDP (Base/Max): 105W/TBD
Memory Support: DDR5-5200
*App Testing*
DaVinci Resolve: Typically 2% faster than 12700K in RAW codecs, other formats have much lower/no gains.
Premiere Pro: Typically 2% faster than 12700K in 4K RED Export, 12700K is 36% faster overall
After Effects: Typically 8% slower than 12700K in Multicore Score, 12700K is 2% faster overall
Lightroom: Typically 7% faster than 12700K in Passive, 12700K is 5% faster in Active, 7700X is 3% faster overall
Photoshop: Typically 8% faster than 12700K
Unreal Engine: Typically 90% slower than 12700K in Build Lighting, 3% faster than 12700K in Code Compile, 6% slower than 12700K in Compile Shaders, and 26% slower than 12700K in CPU Score
Blender: Typically 9% slower than 12700K
Cinema 4D: Typically 3% faster than 12700K in Single Core, 7% slower than 12700K in Multi Core
VRay: Typically 4% slower than 12700K
Ryzen 5 7600X
Price: $300
Cores/Threads: 6/12
Base/Boost Clock (GHz): 4.7/5.3
Cache (L2+L3): 38MB
TDP (Base/Max): 105W/TBD
Memory Support: DDR5-5200
*App Testing*
DaVinci Resolve: 12600K is always faster, regardless of codec
Premiere Pro: Typically 1% faster than 12600K in 4K RED Export, 12600K is 41% faster overall
After Effects: Typically 1% slower than 12600K in Multicore Score, 12600K is 1% faster overall
Lightroom: Typically 9% faster than 12600K in Passive, 12600K is 5% faster in Active, 7600X is 4% faster overall
Photoshop: Typically 8% faster than 12600K
Unreal Engine: Typically 12% slower than 12600K in Build Lighting, 6% faster than 12600K in Code Compile, 3% slower than 12600K in Compile Shaders, and 3% slower than 12600K in CPU Score
Blender: Typically 8% slower than 12600K
Cinema 4D: Typically 3% faster than 12600K in Single Core, 16% slower than 12600K in Multi Core
VRay: Typically 3% slower than 12600K
About Top Flight Computers
Top Flight Computers is based in North Carolina and designs bespoke computers, specializing in workstations, gaming computers, and water cooling.
We believe that fostering and strengthening authentic personal relationships with our customers is the most important part of our business. Above all, we want to help you get exactly what you need to be successful.
If you need more than a mass-market pre-built system, trust our technical excellence and dedication to personal service to design and build your bespoke PC.
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