No, they are correct names for those processors.
No, they are correct names for those processors.
Many opinions focus on the lack of performance gains from the 9600X and 9700X compared to the previous 7600X and 7700X. While lower power usage is a positive aspect, some question whether this is merely a labeling change. It’s possible AMD intended the X series names to reflect higher-end variants rather than simply rebranding older models. A clearer naming strategy could have allowed for higher default power limits (115W–150W) and better performance potential. The power caps on these chips appear similar to those of their predecessors, which may explain the pricing alignment with earlier non-X releases. Comparing MSRP suggests these models are closer in cost to last generation non-X chips, especially when adjusted for inflation. Recent releases like the 5800XT and 5900XT hint at a possible shift toward higher power limits and improved features in future X variants. It might be worth reevaluating whether these X models were truly upgraded or if they’re just repositioned names with similar specs.
It seems you're highlighting key observations about recent performance improvements. Both models demonstrate noticeable gains when operating above 100w, and their CPU speeds are consistently better than previous versions. This would have greatly emphasized the power boost. Overall, it's evident that both the Gen series and Mobile Zen 5 prioritize energy efficiency, delivering strong results even at lower power levels.
AMD appears to have optimal TDP ranges. One sits at 105W, which was also evaluated in a Eurogamer test, delivering up to 13% boost in compute performance beyond the 60% power cap. Specific energy use wasn't disclosed. It seems the focus is on utilizing lower-power dies to leave capacity for others. XT CPUs offer a future-proof path, supporting mid-cycle refreshes and potentially better efficiency as manufacturing improves.
I'm really pleased to notice a reduction in power usage compared to the previous generation. I'd be happy to consider a model that gives up the usual performance boost for a significant drop in energy consumption. Over recent generations—particularly with Intel—it's been a steady climb in power draw just to achieve the expected ~10% performance gains. Remember when the i9-9900K was seen as a power hog? Lol...
AMD pushed efficiency too far with the 8core 9700X, which hurt its reputation. If they’d adjusted power limits—like 80-90W for the 9600X and 110-120W for the 9700X—they’d have stayed efficient while improving performance metrics, leading to a more positive review.
This enables the release of non-x variants, including XT variants with enhanced clocks and TDP, as well as X3D variants.
Or well, a 4th generation with 3GHz+ versus an Athlon 64 is impressive. These performance improvements are truly remarkable, and perhaps my explanation didn’t fully convey how much better things have become. I’m aware I was talking about Intel’s efficiency across the 2nd to 7th core i-series, but what stands out is the wide range of choices available—most users don’t need anything too powerful. Still, I really appreciate how fast computers are now, especially with improved power efficiency while maintaining speed over previous generations. That’s a big win! I’m also wondering about AMD’s direction; their recent moves seem to be shifting, especially on efficient mobile CPUs where older non-E core models lag behind. The 2P core + many E cores has been slow compared to older non-E units or alternatives from AMD. It’ll be interesting to see how the HX370 holds up. Since Intel’s Zen 5 offers great efficiency right now, I expect it will perform much better. If Zen 4C delivers on its promise, it could be a game-changer.
And the SE. Also, my graphics card was a Radeon 9600 XP, which was a 9600 Pro chip paired with XT memory.