AMD’s 8000 series desktop CPUs are a confusing lineup, and it’s worth clearing that up before you spend money. Unlike the 7000 series, which was a clean generational step with a new socket and DDR5, the 8000 series desktop chips are mostly a rebrand and refresh exercise. Some of them are genuinely new silicon with better integrated graphics, others are just 7000 series chips with a new name. Knowing which is which decides whether you’re getting a good deal or paying extra for a sticker.
What’s actually new in the 8000 series
The headline parts are the Ryzen 7 8700G, Ryzen 5 8600G, and Ryzen 5 8500G. These are APUs built on AMD’s Zen 4 cores paired with RDNA 3 integrated graphics, the same GPU architecture in the RX 7000 series discrete cards. That’s a real upgrade over the Vega graphics in older G-series chips. The 8700G in particular has enough GPU power to run modern games at 1080p on low-to-medium settings without a dedicated graphics card, which matters a lot right now given how expensive and scarce budget GPUs still are.
Then there’s a second group: non-G chips like the Ryzen 7 8700F or 8400F, which showed up mostly in pre-built systems and some regional markets. These are closer to cut-down 7000 series parts, sometimes with the integrated graphics disabled. If you see one of these in a listing, check specs carefully, because the naming similarity to the 8700G hides a very different product.
Who the 8000 series APUs are actually for
The 8700G makes sense in three scenarios: a small form factor build where you want to skip a discrete GPU entirely, a budget gaming rig where you’ll add a graphics card later and want a capable fallback until then, or an office/media PC that occasionally needs to play something more demanding than a browser game. It does not make sense if you’re building a dedicated gaming PC with a mid-range or better GPU from day one. In that case the integrated graphics sit unused, and you’re paying for silicon you’ll never touch. A plain Ryzen 7000 non-G chip is cheaper and performs the same in CPU-bound tasks.
The 8600G and 8500G scale that same idea down. The 8500G in particular is a reasonable choice for a basic home office machine or a HTPC, where you want something quieter and cheaper than adding a graphics card, and you’re not expecting to game seriously.
How the 8000 series stacks up
| Chip | Cores/Threads | Integrated GPU | Best use case | Where it falls short |
|---|---|---|---|---|
| Ryzen 7 8700G | 8/16 | RDNA 3, 12 CUs | SFF build, no discrete GPU yet | Weaker multi-threaded value than 7700X at similar price |
| Ryzen 5 8600G | 6/12 | RDNA 3, 8 CUs | Budget gaming without a GPU | CPU performance trails Ryzen 5 7600 |
| Ryzen 5 8500G | 6/12 (hybrid) | RDNA 2, 4 CUs | Office/HTPC, light tasks | Weakest GPU in the lineup, mixed core design limits heavy workloads |
| Ryzen 7 7700X (for comparison) | 8/16 | Minimal RDNA 2 | Gaming with a discrete GPU | No real integrated graphics option |
The pattern is consistent: every 8000 G-series chip trades some raw CPU performance for a much better GPU than AMD’s older APUs. If you’re going to use that GPU, the trade is worth it. If you’re not, you’re better served by the equivalent non-G chip or last generation’s Ryzen 5000 if budget is tight.
Platform cost is part of the decision
All 8000 series desktop chips use the AM5 socket, which means DDR5 memory only. That’s a meaningful cost difference versus an older AM4 build, since DDR5 kits still carry a premium over DDR4. Budget for it when pricing a build, not just the CPU. If you’re assembling a full system around one of these chips, it’s worth comparing current AMD Ryzen 8000 series CPUs against AM5 motherboard pricing together, because a cheap chip paired with an expensive board erases the savings. A B650 board is the sensible middle ground for most of these chips, since you don’t need X670’s extra PCIe lanes for an APU-based build.
Cooling is lighter duty than you might expect. None of the 8000 G-series chips run especially hot, and the stock cooler that ships in the box is usually adequate unless you’re pushing sustained all-core workloads. If you do want headroom for quieter operation, a modest AM5 CPU cooler is a low-cost upgrade rather than a necessity.
Where people get this wrong
The most common mistake is buying an 8700G for a build that already has a dedicated graphics card planned. You end up paying for integrated graphics performance you’ll never see, when a cheaper CPU with the same core count would do the same job. The second mistake is assuming “8000 series” means a universal upgrade over “7000 series.” It doesn’t. Core-for-core, several 8000 series chips are the same or slightly behind their 7000 series counterparts in CPU performance, because the generational gain here is entirely on the graphics side.
If you’re unsure which direction to go, the simple test is this: if removing the integrated GPU wouldn’t change your build at all, buy the 7000 series equivalent and save the difference, or put it toward RAM or storage. A fast NVMe SSD will do more for how a PC feels day to day than the gap between these two CPU generations.
FAQ
Can I game on an 8700G without a graphics card?
Yes, at 1080p with settings turned down in most titles. Demanding newer games will need lower settings or a lower resolution to stay smooth. It’s a genuine step up from older AMD APUs, but it’s not a substitute for a mid-range discrete GPU.
Is the 8000 series worth it if I already have a 7000 series chip?
No. There’s no reason to upgrade from a 7000 series CPU to an 8000 series one unless you specifically need the better integrated graphics and are willing to sell the old chip.
Do I need DDR5 for these CPUs?
Yes, AM5 only supports DDR5. There’s no DDR4 option on this platform, so factor that into your budget.
Which 8000 series chip is the best value?
For most people who actually want the integrated graphics, the 8600G balances price and performance better than the 8700G, which costs more for CPU gains you may not need if gaming is the main use.
