9 Best Zen 4 CPUs | AM5 Without the Regret

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The chip that wins gaming arguments with cache instead of clock speed.

If your PC exists mainly to play games, the number to stare at is 104 MB — the combined cache total, made up of 8 MB of L2 plus 96 MB of L3. That big L3 pool is a fast on-chip holding area the CPU keeps its next likely instructions in, and in games it means far fewer stalls waiting on system memory. The result is steadier frame rates in games that lean on cache rather than clock speed.

Here is the head-to-head that matters most in this lineup: 104 MB of cache against the 8 MB on the Ryzen 7 8700F. That 96 MB gap is why the 7800X3D holds steadier frame times than the higher-clocked 8700F in cache-heavy games. The 4.20 GHz clock speed and the built-in AMD Radeon graphics controller round out a chip that drops into an AM5 board with DDR5 memory and just works.

Buyers report it draws roughly half the power you would expect under load, and with a decent cooler it stays well below its 89°C Tjmax (the maximum temperature the chip is rated to run at). The honest catch: at eight cores it is a gaming specialist, so if you spend your evenings rendering video instead of playing it, the 16-core Ryzen 9 7950X will finish those jobs sooner.

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Eight cores, sixteen threads, and a graphics chip strong enough to skip the graphics card.

This is the one to buy when your build budget has no room for a discrete graphics card. The “G” suffix means AMD Radeon graphics are built directly into the processor, so the machine posts, plays and displays without a separate GPU. Its 5.1 GHz max boost is the highest clock in this lineup — the Ryzen 7 7700 sits at 3.8 GHz, so the 8700G leads on raw clock speed as well as on graphics.

Eight cores and 16 threads cover gaming, streaming and everyday multitasking, and the socket is AM5 with DDR5 memory support, so it is upgradable for years to come. A premium AMD Wraith Spire cooler ships in the box, which removes one line from your shopping list. Its 24 MB cache is a modest pool next to the 96 MB on the X3D chips.

Tate around this chip is thermals, and it is a fair one — some builds run cool and some run warm, and the difference usually depends on cooler choice rather than the chip itself. Give it a proper tower cooler or AIO (all-in-one liquid cooler) and it stays flat at full speed. The other thing to know is that it is an older-generation cousin rather than an X3D gaming part, so the 7800X3D still beats it in cache-hungry titles. Where this chip pulls ahead is anywhere that wants more than eight cores.

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Six cores, 96 MB of cache, and a heat profile that small cases can actually live with.

Small-form-factor builders get squeezed from both directions: cramped airflow on one side, high heat on the other. This six-core, twelve-thread chip eases that squeeze because it carries the same 96 MB L3 cache that makes the 7800X3D so strong in games, but with two fewer cores generating heat. The 102 MB total cache figure gives it the same gaming advantage in a smaller power envel

The cache comes to 80 MB — 16 MB of L2 plus 64 MB of L3 — and the 4.50 GHz clock handles the everyday single-threaded work without drama. Built on a 5 nm process, it also runs on both Linux and Windows, which matters for development machines. An AMD Radeon graphics controller is built in, so the machine displays without a dedicated card while you wait for one.

Thermals are the honest sticking point, and it is a split verdict — plenty of builds run at great temperatures, and plenty run hot, with cooler choice doing most of the deciding. The value question splits the same way: as a workstation chip that eats rendering and compiling for breakfast, it is hard to argue with. As a gaming purchase, sixteen cores are more than games will use, so the 7800X3D is the smarter call for that workload. Choose this one for throughput, not for frame rates.