AMD Ryzen 5 4000 G-Series 4600G 6-core AM4

The Ryzen 5 4600G is a 6-core, 12-thread APU with a surprisingly capable integrated GPU that handles light gaming and everyday tasks without a discrete card. PassMark scores of 15,926 multi and 2,647 single put it solidly in the middle of the pack, but the 65W TDP and 84th percentile feature set make it a standout for budget and small form factor builds. US pricing ranges from $133 to $300, so shop around and don't overpay. If you need integrated graphics and want to keep costs down, this is one of the best options on AM4.

The numbers tell a decent story. PassMark puts this chip at 15,926 multi-threaded and 2,647 single-threaded. For context, that multi-core score lands in the 70th percentile of all CPUs in our database, which is solidly middle-of-the-pack. The single-thread score is a bit better at the 74th percentile. What that means in practice: this chip handles everyday productivity, web browsing, office work, and even some light content creation without breaking a sweat. It's not going to win any rendering contests against modern 8-core or 12-core chips, but it's not trying to.

The integrated Radeon Graphics is where the 4600G earns its keep. It's not a gaming powerhouse, but it's capable enough for esports titles, older games, and indie stuff at reasonable settings. The feature set overall ranks in the 84th percentile, which reflects how much functionality AMD packed into this APU. The efficiency score of 77.3 out of 100 backs up the 65W TDP claim. This chip does a lot with very little power, which matters if you're building in a tiny case with limited airflow or you just don't want your power bill to look like a car payment.

The competitor list here is a bit odd, honestly. The Intel Core Ultra 7 265KF is a much newer, much more expensive chip that absolutely destroys the 4600G in raw performance, but it also costs several times more and doesn't have integrated graphics at all. The Dell Xeon E5-2637 V2 is an old server chip that's not even in the same conversation for desktop use. The G.Skill Trident Z Neo is memory, not a CPU, so that's just a database quirk. The point is, the 4600G doesn't really have a direct competitor in this list, which tells you something about how unique the APU niche is.

If you're cross-shopping, the real comparison is against other AMD APUs like the Ryzen 5 5600G or the Ryzen 7 5700G. The 5600G is the natural step up, with better CPU performance and a slightly stronger iGPU, but it costs more. The 5700G adds two more cores and four more threads, which helps with productivity and multitasking, but again, you're paying for it. The 4600G sits in a sweet spot where the price-to-performance ratio is still very good, especially if you can find it at the lower end of that $133 to $300 range.

Pricing on this chip is all over the place depending on where you look. In the US, we're seeing listings ranging from $133 to $300 across three different vendors. That's a $167 spread, which is wild for the same silicon. If you're shopping in the US, the lower end of that range is where this chip makes the most sense. At $133, you're getting a 6-core APU with a capable iGPU for less than what some people spend on a fancy keyboard. At $300, you're getting fleeced. Shop around.

The affordability percentile sits at 40th, which means this isn't the cheapest option in our database, but it's not expensive either. The value proposition really depends on whether you need the integrated graphics. If you're planning to pair this with a discrete GPU anyway, you might find better raw CPU performance elsewhere for similar money. But if the iGPU is the point, the 4600G is hard to beat at the right price. Just make sure you're not paying a premium for the convenience.

The Ryzen 5 4600G is one of those chips that quietly does a lot of things well without making a fuss about it. It's a 6-core, 12-thread APU built on AMD's 7nm Renoir architecture, which means it's Zen 2 under the hood with a Radeon iGPU bolted on. That integrated graphics part is the whole story here. You can actually play games on this thing without a discrete GPU, which is still a bit of a novelty in the desktop CPU world. It's not going to replace a dedicated card, but for light gaming, media PCs, and budget builds, it's a genuinely useful trick.

Who's this for? Mostly people building small form factor machines, home theater PCs, or budget workstations where dropping $200+ on a graphics card isn't in the cards. The 65W TDP means it sips power and doesn't need exotic cooling, though the fact that some listings ship without a cooler is worth keeping in mind. It's also unlocked, so if you're into tinkering, there's some headroom to play with.

What makes it interesting is the value proposition. You're getting solid multi-threaded performance, a capable iGPU, and a platform that supports up to 128GB of DDR4 across two channels. That's a lot of flexibility for a chip that sits in the budget-to-midrange space. The catch is that AM4 is a mature platform at this point, so you're buying into something that's not going to see new CPU generations. But if you're building a machine today and want to keep costs down, that's not really a problem.

If you're planning to build a gaming rig with a dedicated GPU from day one, skip this chip. The integrated graphics are the main selling point, and if you're not using them, you're paying for silicon you don't need. A non-APU Ryzen 5 or even a used Ryzen 7 will give you better raw CPU performance for similar money. The PCIe 3.0 limitation also means you won't get the full speed out of newer PCIe 4.0 SSDs and GPUs, which matters if you're building a high-end system.

Also skip this if you're doing serious content creation, 3D rendering, or any workload that scales heavily with core count. The 6 cores and 12 threads are fine for everyday use, but they'll bottleneck on heavy multi-threaded tasks. For those use cases, look at the Ryzen 7 5700G if you still want integrated graphics, or step up to a Ryzen 7 5800X or newer if you're adding a discrete GPU anyway. And if you're not comfortable with the possibility of a BIOS update or compatibility troubleshooting, the 4600G might cause more headaches than it's worth.

If you're building a budget machine that needs to handle light gaming, media playback, and everyday productivity without a discrete GPU, the Ryzen 5 4600G is a genuinely good choice. The integrated graphics are the headline feature, and they deliver. Pair this with a decent B550 or X570 board, 16GB of DDR4, and a cheap NVMe drive, and you've got a machine that'll handle 90% of what most people actually do on a computer. The 65W TDP means it'll run cool and quiet, which is a bonus if you're building in a small case.

For heavier workloads, like serious video editing, 3D rendering, or modern AAA gaming, this chip is going to show its limits. The single-thread performance is fine but not exceptional, and the iGPU is not a substitute for even a mid-range discrete card. If you're planning to add a GPU later, the 4600G will still serve as a decent CPU, but you might be better off spending a bit more on a 5600G or even a non-APU Ryzen 5 if you don't need the integrated graphics at all. The key is knowing what you're going to use it for before you buy.