No, they are not consistently worse. Performance depends on specific use cases and workloads.
No, they are not consistently worse. Performance depends on specific use cases and workloads.
8800x3D definitely has an appealing jingle to it, right? But when you think about a stock cooler potentially worth $20-30 in a few years, the 7600x would need to drop by about $20 from its current price for me to see it as equally valuable. The Ryzen 7600 stands out as both the top general-purpose CPU and the best value gaming CPU at $230, a position the Ryzen 5600 couldn’t match due to missing integrated graphics. If I’m hunting for used Ryzen 7000 series CPUs in two years to build workstations, I’d likely pay $10-20 more for a Ryzen 7600 over a 7600x with the stock cooler, especially if I don’t have an AM5 compatible cooler nearby. Not to mention the Wraith cooler would still fit AM4 systems, whereas the 7600x doesn’t. A stock cooler always brings an inherent minimum value as an AM4 or AM5 unit, which the 7600x lacks. I’d prefer a default ECO mode CPU for most builds rather than the 7600x, since it’s just one of many possible uses for that class of processor.
I didn’t realize the X didn’t include a cooler. It really caught me off guard when I saw the stock cooler on my 7900. I haven’t used it before, but it’ll definitely help in a smaller system or if the case doesn’t support towers. On the other hand, it might impress some former Intel users.
Intel introduced more sensible stock coolers beginning with the 12th generation models. These were mainly for non-K variants, though AMD's approach is similar when comparing their X series to Intel's K lineup. Previously, Intel planned to limit their stock cooler designs to four cores, and they anticipated further reductions in power usage per core. They felt confident using TIM paste instead of soldering chips. For the older i5 4440 and i5 6400 models, the existing cooler performed adequately, much like today's Wraith Stealth. Unfortunately, AMD pushed the market ahead, prompting Intel to innovate and deliver better value for consumers. Otherwise, we might have seen a powerful 4c/4t Core i5 13400 reaching 4.1GHz while consuming just 24W at full speed—then a box cooler would suffice. It's worth noting that if Intel hadn't scaled down the cooler size to match the chip's official TDP of 5W, it could have been unnecessary.
They actually enhanced their cooling solutions. It seems they likely didn’t degrade performance. The biggest issue is those disposable plastic clips used for mounting—they probably switched to heat pipes similar to AMD designs. Yet their real power output increased significantly. That’s a trade-off. I’d prefer going back to the era when tray CPUs came without coolers for a lower price. Most users and system builders are okay with the current setup, but some find better cooling options or repurpose old units. The shipping savings from trays versus stick coolers must be substantial.
I'll be testing the R5 7600 in a Fractal Design Ridge with just the box cooler here this week. It won't end up my PC but I've got a month till they arrive to pick it up, so I'll be just setting it up as a gaming PC and running a few tests. I'll be able to figure out whether or not its viable in basically the most limiting scenario. Very interesting sample set of really the CPU in question for this thread @YoungBlade . In reality, it doesn't matter since the difference between a few hundred MHz boost for a budget CPU on silicon lottery isn't something you'll get with a box cooler, but with that variable eliminated for a PC hardware expert, its a limitation.
I felt quite annoyed by der8auer in that video after watching it yesterday. To my view, the outcomes don’t reflect what I expect. They have merit, but not the impression he tries to convey. While I concur with his point about avoiding reliance on just one source for CPU evaluations, I believe the approach was flawed. The clip doesn’t demonstrate standard testing; it highlights scenarios without power constraints. Fortunately, der8auer noted this on the slides, though he didn’t discuss it during the video—which is significant for the 7600. Most tests used a power cap, and the majority evaluated under those conditions. This means the figures here likely overstate performance by letting CPUs run hotter and use more energy than normal. Essentially, what the video portrays is the reality of chip variability, but it also risks misleading viewers into thinking differences are extreme when they’re not. Overall, I found the presentation confusing and lacking in precision, using data that might not align with typical review practices.
I'm ready to try a limited R5 7600 build with a stock cooler this week. I suspect a 120mm slim fan won't fit above it, but we'll observe its behavior. The motherboard includes a compact fan near the M.2/chipset area. All fans are set to a quiet mode, including the built-in 140mm GPU fans. The GPU is a 6750XT paired with a Corsair SFX 750W Titanium, which should handle ~50-60% load well. I expect those two 140mm units will help manage pressure in the lower section, or at least absorb any extra heat. My expectations for sound quality are very high, so we'll check if it meets my standards.