AMD’s Ryzen 5 9600X enters the market in a position more challenging than it might appear at first glance. At launch it will be the lowest tier of 9000-series processors but still priced as a mid-tier ($250-300) component, comfortably higher than the 7600X ($180) which it replaces and on par with the 7700X ($290) that boasts two more cores. Thank goodness therefore that the new Zen 5 architecture brings with it meaningful architectural improvements, even if this SKU can’t quite bring all the potential operating frequency benefits to bear.

So it’s in this respect that it suffers somewhat from the great strength of the AM5 platform: backwards compatibility. It’s the same ‘issue’ that AM4 had; and by issue we mean it’s more of a headache for AMD than the consumers who will be able to enjoy much greater choice when adopting the new platform.

One on-going reservation we have with AM5 in particular is the IHS thickness and its impact on reported CPU temperatures. It makes the 9600X, and 7000-series before it, appear to handle temperatures more poorly than they do. There's no substantial fix for this aside from warranty-breaking modifications but it does make us wonder whether AMD have anything planned for future releases on this socket to ameliorate this niggling issue.

Fundamentally the 9600X is a good replacement for the 7600X that will serve platform adopters well if they would benefit from the IPC improvements. The single thread performance benefits are significant and in many workloads will be tangible, which in fairness is not a conclusion we've always come to for new mid-range processors. Out-and-out gamers however may prefer to opt for a 7800X3D, which can dip as low as $320 and is often available for $340. Those opting for a 9600X and waiting for the 9000X3D chips will be able to benefit from great performance today and a worthy slot-in upgrade as and when the new chip becomes available.

System Integrators and OEMs meanwhile will approve of the new chip as it becomes a fixture of systems deep into 2025. Expect it in plenty of pre-built gaming PCs coming your way this back-to-school period.



Bear in mind also that the AM5 platform will be supported until at least 2027, and with that sort of longevity you have to have a very compelling reason to lurch to the opposition. Which brings us to the elephant in the room.

Intel’s mid-tier 13th and 14th generation CPUs, specifically the i5-13600k and 14600K, have always been very impressive chips with excellent out-the-box performance for gaming and productivity. In a vacuum we might even recommend them over AMD’s 9600X, particularly for scenarios that can take full advantage of their P-Core + E-Core architectural advantages over the raw single-threaded performance of AMD chip. There are however two very significant downsides to their adoption right now.

The first is that LGA1700 is essentially EOL. Arrow Lake will utilise a new socket and motherboard chipset, leaving no long-term upgrade path for those who adopt the platform in 2024. Second and far more worrying however is the instability issue plaguing 13th and 14th Gen. Core i9 processors.

Intel’s ongoing lack of transparency over the problem (which increasingly appears to have a manufacturing defect as the root cause), how far down the processor range it goes, and spotty adherence to even revised RMA practices make it impossible to confidently recommend any processor from that range.

While we’ve tested with an X670E motherboard there remains a comprehensive array of 600-series designs available today to suit requirements. The 800-series updates are subtle and make a lot of sense both in terms of their naming scheme and respective feature-sets, but they're expected to be released for a couple of months yet.

600-series motherboards need to be updated to AEGSA 1.1.7.0 or newer to support Ryzen 9000-series CPUs. Check with your retailer to ensure UEFI BIOS updates are made before shipment otherwise you risk it being an expensive paperweight that lacks compatibility.

AMD's Ryzen 5 9600X achieves our Approved award as the current mid-range processor of choice for gaming and light productivity workloads, even if some caveats remain over its pricing in a crowd of very competitive AM5 processors.

AMDs well-established tier of 6-core processors continues to be a compelling option for those adopting a new platform and seeking the best bang for their buck. Stern competition already exists in the form of both the cheaper 7600X and higher core-count 7700X, but the 9600X could be the sweet spot for gaming performance today with future upgrade paths in the very near future. As Intel’s woes mount, this will be the go-to SKU for legions of new platform adopters well into 2025.



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