AMD Ryzen 7000 Sequence CPUs & PC Builds
AMD Ryzen 7000 Notable Info
- New “Zen 4” structure constructed on TSMC 5nm course of, Zen 4 structure has an 13% IPC achieve
- ~29% generational achieve in single-threaded work, ~45% enchancment in multi-threaded workloads, ~28% performance-per-watt positive factors
- 600-Sequence Chipset: X670E Excessive, X670, B650E Excessive and B650 Motherboards
- AMD Ryzen 7000 has as much as 125% extra reminiscence bandwidth/core
- AMD Ryzen 7000 has help for AVX-512, VNNI
- Max Turbo as much as 5.7Ghz
- DDR5 solely (no DDR4 help)
- AMD Ryzen 7000 helps PCI Categorical 5.0
- AM5 socket (new motherboard), backward suitable with AM4 coolers
- At the very least one AMD Ryzen 7000 3D V-Cache mannequin will come to market this yr
AMD Ryzen 7000 Supply: Toms {Hardware}
AMD Ryzen 7000 Testing Information courtesy of Puget Techniques
AMD Ryzen 7000 Sequence Specs + App Testing Outcomes
Ryzen 9 7950X
Worth: $700
Cores/Threads: 16/32
Base/Increase Clock (GHz): 4.7/5.7
Cache (L2+L3): 80MB
TDP (Base/Max): 170W/230W
Reminiscence Assist: DDR5-5200
*App Testing*
DaVinci Resolve: Usually 35% quicker than 12900KS in RAW codecs, different codecs have a lot decrease/no positive factors.
Premiere Professional: Usually 42% quicker than 12900KS in 4K RED Export, 12900KS is eighteen% quicker general
After Results: Usually 43% quicker than 12900KS in Multicore Rating, and 4% quicker general
Lightroom: Usually 8% quicker than 12900KS in Passive, 12900KS is 7% quicker in Lively, 7950X is 3% quicker general
Photoshop: Usually 3% slower than 12900KS
Unreal Engine: Usually 73% quicker than 12900KS in Construct Lighting, 43% quicker than 12900KS in Code Compile, 32% quicker than 12900KS in Compile Shaders, and 53% quicker than 12900KS in CPU Rating
Blender: Usually 49% quicker than 12900KS
Cinema 4D: Usually 6% slower than 12900KS in Single Core, 43% quicker than 12900KS in Multi Core
VRay: Usually 52% quicker than 12900KS
Ryzen 9 7900X
Worth: $550
Cores/Threads: 12/24
Base/Increase Clock (GHz): 4.7/5.6
Cache (L2+L3): 76MB
TDP (Base/Max): 170W/230W
Reminiscence Assist: DDR5-5200
*App Testing*
DaVinci Resolve: Usually 22% quicker than 12900K in RAW codecs, different codecs have a lot decrease/no positive factors.
Premiere Professional: Usually 21% quicker than 12900K in 4K RED Export, 12900K is 32% quicker general
After Results: Usually 8% quicker than 12900K in Multicore Rating, 12900K is 1% quicker general
Lightroom: Usually 16% quicker than 12900K in Passive, 12900K is 5% quicker in Lively, 7900X is 9% quicker general
Photoshop: Usually 2% quicker than 12900K
Unreal Engine: Usually 31% quicker than 12900K in Construct Lighting, 33% quicker than 12900K in Code Compile, 22% quicker than 12900K in Compile Shaders, and 29% quicker than 12900K in CPU Rating
Blender: Usually 19% quicker than 12900K
Cinema 4D: Usually 0% slower than 12900K in Single Core, 27% quicker than 12900K in Multi Core
VRay: Usually 24% quicker than 12900K
Ryzen 7 7700X
Worth: $400
Cores/Threads: 8/16
Base/Increase Clock (GHz): 4.5/5.4
Cache (L2+L3): 40MB
TDP (Base/Max): 105W/TBD
Reminiscence Assist: DDR5-5200
*App Testing*
DaVinci Resolve: Usually 2% quicker than 12700K in RAW codecs, different codecs have a lot decrease/no positive factors.
Premiere Professional: Usually 2% quicker than 12700K in 4K RED Export, 12700K is 36% quicker general
After Results: Usually 8% slower than 12700K in Multicore Rating, 12700K is 2% quicker general
Lightroom: Usually 7% quicker than 12700K in Passive, 12700K is 5% quicker in Lively, 7700X is 3% quicker general
Photoshop: Usually 8% quicker than 12700K
Unreal Engine: Usually 90% slower than 12700K in Construct Lighting, 3% quicker than 12700K in Code Compile, 6% slower than 12700K in Compile Shaders, and 26% slower than 12700K in CPU Rating
Blender: Usually 9% slower than 12700K
Cinema 4D: Usually 3% quicker than 12700K in Single Core, 7% slower than 12700K in Multi Core
VRay: Usually 4% slower than 12700K
Ryzen 5 7600X
Worth: $300
Cores/Threads: 6/12
Base/Increase Clock (GHz): 4.7/5.3
Cache (L2+L3): 38MB
TDP (Base/Max): 105W/TBD
Reminiscence Assist: DDR5-5200
*App Testing*
DaVinci Resolve: 12600K is all the time quicker, no matter codec
Premiere Professional: Usually 1% quicker than 12600K in 4K RED Export, 12600K is 41% quicker general
After Results: Usually 1% slower than 12600K in Multicore Rating, 12600K is 1% quicker general
Lightroom: Usually 9% quicker than 12600K in Passive, 12600K is 5% quicker in Lively, 7600X is 4% quicker general
Photoshop: Usually 8% quicker than 12600K
Unreal Engine: Usually 12% slower than 12600K in Construct Lighting, 6% quicker than 12600K in Code Compile, 3% slower than 12600K in Compile Shaders, and three% slower than 12600K in CPU Rating
Blender: Usually 8% slower than 12600K
Cinema 4D: Usually 3% quicker than 12600K in Single Core, 16% slower than 12600K in Multi Core
VRay: Usually 3% slower than 12600K
About High Flight Computer systems
High Flight Computer systems is predicated in North Carolina and designs bespoke computer systems, specializing in workstations, gaming computer systems, and water cooling.
We imagine that fostering and strengthening genuine private relationships with our prospects is a very powerful a part of our enterprise. Above all, we need to enable you to get precisely what you might want to achieve success.
In case you want greater than a mass-market pre-built system, belief our technical excellence and dedication to private service to design and construct your bespoke PC.
