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System Name | Silent/X1 Yoga/S25U-1TB |
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Processor | Ryzen 9800X3D @ 5.4ghz AC 1.18 V, TG AM5 High Performance Heatspreader/1185 G7/Snapdragon 8 Elite |
Motherboard | ASUS ROG Strix X870-I, chipset fans replaced with Noctua A14x25 G2 |
Cooling | Optimus Block, HWLabs Copper 240/40 x2, D5/Res, 4x Noctua A12x25, 1x A14G2, Conductonaut Extreme |
Memory | 64 GB Dominator Titanium White 6000 MT, 130 ns tRFC, active cooled, TG Putty Pro |
Video Card(s) | RTX 3080 Ti Founders Edition, Conductonaut Extreme, 40 W/mK 3D Graphite pads, Corsair XG7 Waterblock |
Storage | Intel Optane DC P1600X 118 GB, Samsung 990 Pro 2 TB |
Display(s) | 34" 240 Hz 3440x1440 34GS95Q LG MLA+ W-OLED, 31.5" 165 Hz 1440P NanoIPS Ultragear, MX900 dual VESA |
Case | Sliger SM570 CNC Alu 13-Litre, 3D printed feet, TG Minuspad Extreme, LINKUP Ultra PCIe 4.0 x16 White |
Audio Device(s) | Audeze Maxwell Ultraviolet w/upgrade pads & Leather LCD headband, Galaxy Buds 3 Pro, Razer Nommo Pro |
Power Supply | SF1000 Plat, 13 A transparent custom cables, Sentinel Pro 1500 Online Double Conversion UPS w/Noctua |
Mouse | Razer Viper V3 Pro 8 KHz Mercury White w/Pulsar Supergrip tape, Razer Atlas, Razer Strider Chroma |
Keyboard | Wooting 60HE+ module, TOFU-R CNC Alu/Brass, SS Prismcaps W+Jellykey, LekkerL60 V2, TLabs Leath/Suede |
Software | Windows 11 IoT Enterprise LTSC 24H2 |
Benchmark Scores | Legendary |
The comparison you were making was based on a CPU with two extra cores, hence you noticing the similarity with the 9600X/7700. But you were ignoring the fact that it had eight extra threads. The price is irrelevant. The difference between only four threads and having twelve threads is massive. Core for core the 7600K was much better for gaming, but it only had four cores and no HT. So later games that used 6-8 threads did better on the otherwise slower 1600X. This wasn't a problem for the HT enabled but still four core 7700K though, that beat the 2700X (with double the threads) by 10% and was essentially the same performance as the 3700X, let alone the 1600X.Well sorta..... I mean the comparison is because of the same price or there abouts as is the same for the OP, the 7700K was like more then double the price of the 1600X at the time. So it was to see how your purchase was yrs down the track. Honestly I havent and will have to look up reviews on the 7700K/6700K vs 1600X in 2025 to really know.
The difference between the said CPU's he is comparing against since there close in price will be very close to eachother as shown in benchmarks but there both not very old, we will have to see how the 6/12 fairs yrs down the track against the 8/16, my guess is the 7700 will be a little more ahead in the long run increasing its gap but not as much as what the older i5 vs 1600X where, thats my guess anyway.
Unless you're implying 12 threads won't be enough for gaming, the same situation doesn't apply to the 9600X/7700, which both have SMT.
Though funnily enough, disabling SMT gives you better gaming performance on Zen 5. Makes sense, because disabling SMT makes each core a little faster, and as long as there's enough threads, ST is what matters. You can see this in the 9600K, a 6C/6T Skylake CPU, with two fewer threads than the older 7700K, beating the 3700X, a 8C/16T Zen 2 part.
What all this boils down to is: is 12 threads enough for gaming? I strongly suspect the answer is yes, at least for the next five or so years. I doubt the next gen of consoles will suddenly have more than 8C/16T CPU, so I doubt games will start needing more than eight threads.