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What Is The Best AMD Ryzen APU For Gaming

What Is The Best AMD Ryzen APU For Gaming

Update – With AMD announcing the 5700G and 5600G processors that are going to be available to purchase from August, these are set to offer the very best integrated graphical performance we have ever seen.

Back in 2011, AMD debuted their APUs or Accelerated Processing Units. While the first few generations were somewhat impressive, AMD’s aging CPU architecture bogged down subsequent releases of APUs, and for a long time, it seemed like the dream was dead.

Fortunately for us, AMD didn’t stop there. After releasing the incredible Ryzen series of processors, featuring an entirely new processing architecture, AMD was able to release new APUs utilizing their latest cutting-edge CPU and GPU technologies on a single chip.

So which AMD Ryzen APU is the best? Well, today, we’re going to walk you through each APU, explain its best attributes, and help you pick the best one for your needs. This article will assume you already know what every value means when talking about discrete graphics cards (that much we can say), so let's jump right into it!

AMD Ryzen 5 3400G

The 3400G from AMD is their flagship APU and one that comes to shelves boasting some pretty impressive in-game performance stats.

The newly enhanced successor to the 2400G is widely considered to be one of the best price/performance processors in the new Ryzen range. All thanks to boosted clock speeds and better VEGA 11 graphics engine speeds.

The latest APU out of the AMD closet comes in the shape of the Ryzen 5 3400G. It’s an excellent option for someone looking to build an entry-level system at an affordable price point.

With the ability to handle AAA game titles, the 3400G sits firmly at the top of our best performing APU list. The fact it's running on a single core architecture means you'll get very smooth gameplay with high frame rates up until around 6 frames per second – so there shouldn't even need much tweaking during actual games play.

We've also included two power states here since these come into immediate use if necessary: 'No GPU' mode which would limit both processor & memory clocks further down this page; or 'High Performance Mode' where all CPU cores are being used together - giving higher FPS regardless of load state but ensuring less idle time as no threads run off line before hitting full TDP levels (this goes under RAM).

AMD Ryzen 5 2400G

 Next up is the Ryzen 5 2400G, which is pretty much just a full-fledged Ryzen 5 CPU with a graphics chip stronger than the GT 1030 slapped on for good measure.

The Ryzen 5 2400G may have been knocked off the top-performing spot by its successor, the 3400G. Don’t let that take anything away from this great processor though.

It still offers excellent gaming performance and would suit any bidding PC building looking to build a PC on a budget. The problem? This particular model doesn't pack in all of the extra bells & whistles Intel added at launch like overclocking or dual channel DDR4 VRM… sorry guys. Still more expensive machines will find it's even better if you're using an entry level GTX 1080Ti motherboard fitted under X399 heatsink (at $119). Or maybe buy one now!

AMD Ryzen 3 3200G

If you’re looking for an all-in-one processor that can play some of the latest AAA games and has an affordable price tag, look no further. To put it simply, the 3200G is a higher clocked 2200G which is perfect for new PC enthusiasts who want to build an entry-level system.

The 3200G is AMD’s new budget option in the ever-popular 3rd Gen Ryzen lineup.

It comes sporting better CPU clock speeds and higher Vega 8 engine speeds than its predecessor, the 2200G. If you’re looking for the perfect starter processor which will handle many AAA games, then the 3200G could be just for you.

The gaming performance increases over the 1GHz boost compared with AMD's previous CPUs only increase up from 4GB RAM through 6Gb/s memory bandwidth due diligence on your own hardware should suffice (although we encourage any veteran gamer or other enthusiast using high end modern computer equipment such as Nvidia GeForce GTX 970M), so there shouldn't really need much more outlay if you're still running low level software updates at home during maintenance cycle like most people are doing now…

We recommend buying this box – but don¹t let yourself buy one unless you have complete confidence by performing multiple testing phases before purchase!

AMD Ryzen 3 2200G

The Ryzen 3 2200G is a Ryzen 3 CPU with embedded Radeon Vega graphics comparable to the GT 1030, which can retail for as much as this chip by itself. The processor is basically a freebie!

If you want to build a PC within the $300–$400 range, then this might be the perfect processor for you. It offers some good gaming performance and a price tag that can not be matched in this list.

This GPU delivers higher framerates than its competitor's RX 480 but less power so there will be certain tradeoffs when building your rig or buying AMD products online like it cost cheaper on Amazon now (it sold out quick)!

"How does such a low-end version of an 'overclocked' card work?"

How We Choose

While this is usually the section where we dive deep into how we made our picks, the truth is that AMD isn’t as eager to flood the market with APUs this time around. They’re playing it smart, so there aren’t a bunch of filler options to sift through… as of now, the only APUs worth buying are the Zen APUs on this list.

What matters more than what we chose is how we ranked them and which one is right for you. Keep reading to find the answers to those questions. If you don't see your preference listed below, be sure read up!

How We Test

From CPUs to PC cases, we like to get hands-on with all the hardware we recommend. Testing the products is a huge part of our overall selection process and it is a way we can be sure that a specific option is the best for the job.

Products must pass our testing which is largely a lot of gaming, with some other boring stuff but most if not every recommendation will have gone through a strict testing process.

With an AMD APU, especially the latest 3rd-gen ones, we need to assess build quality, performance, and finally, value.

This process enables us to provide you with an accurate take on how well an APU performs and, ultimately, if it’s worth your hard-earned cash. We keep this information as up until as possible - even after Intel releases its specifications ‒ so everyone stays current!

What Is An AMD APU?

While the Accelerated Processing Unit is a very attractive name, make no mistake: an APU is pretty much just a combination of a CPU and a GPU. Many Intel processors using Integrated graphics, for instance, are essentially the same as APUs. That being said, though, their graphics chips are much less powerful than the ones inside these Ryzen APUs.

If you plan on running some real-world applications with mixed multithreading (which we'll get into in due course), then don't bother picking up one today unless your gaming needs demand it. But if you want to go all out — especially considering AMD's recent $200 Core i9 lineup – there might be room for both models at launch.

Note; you can also use these strictly as CPUs by adding a dedicated GPU to your setup.

A similar concept in a different sect of the industry is “SoCs.” SoC stands for System on Chip, and these tend to combine all components of the system onto a single, well, chip. This is seen most often in gaming consoles (both the PS4 and Xbox One, for instance, are using AMD SoCs), smartphones, and on rare occasions, laptops.

As with GPUs though it's not universal – many systems just don't have enough processing power or memory bandwidth when combined together this way. You'll need at least 4 separate processors per platform if you want each device capable only once across multiple devices/laptops — but that kind offloading isn://t always easy unless you're looking into new markets where people aren´ve more willing than before..

With Intel however there doesníT appear any special requirements beyond what standard was already implemented from its Xeon processor family prior "to" their respective launch: an x86 CPU available natively plus four threads so we could create high performance inter-process communication.

Complete Ryzen APU List

If you are considering purchasing an AMD Ryzen APU, then let us share with you all of the APUs currently available on the market as of today.

AMD Ryzen 5 3400G – 4 Core / 8 Thread & 4.2 Ghz Max Boost
AMD Ryzen 3 3200G – 4 Core / 4 Thread & 4.0 Ghz Max Boost
AMD Ryzen 5 2400G – 4 Core / 8 Thread & 3.9 Ghz Max Boost
AMD Ryzen 3 2200G – 4 Core / 4 Thread & 3.7 Ghz Max Boost

The AMD Ryzen 5 APUs come with Vega 11 graphics, whereas the AMD Ryzen 3 APUs come with Vega 8 graphics.

We’ve benchmarked each of these APUs significantly, you can find our results on our Youtube channel right here. In short: Both have great performance and features so we will not focus on their gaming capabilities in this review. If that is for some reason a surprise to your interest, feel free jump into our section below where we also highlight only minor differences between both processors!

What About The Mobile Ryzen APUs?

If you’ve been tracking tech news lately, you might know that AMD has recently announced Ryzen APUs for gaming laptops. At the time of writing, these haven’t been released yet, but in all probability, they are unlikely to surpass the desktop Ryzen APUs.

Even if they could, they can’t be individually purchased and thus are out of the scope of this article. But, if you’d like to hear more about them when they release, let us know in the comments below! We don’t usually cover laptops very often, but if there was an appetite, we’d look into it. As with most things here, price is a factor as well. So maybe get yourself something on sale or discount from Amazon?

Yes. I guess so. What's your take on both processor-based notebooks and mainstream notebook performance benchmarks today?! 

Things To Consider

There are many things to consider when it comes to CPUs or APUs in this case. Choosing the best AMD APU for your specific needs is important so that you aren’t left with a product that doesn’t meet your requirements. Let’s go over a few key terms.

In order of importance, we will be using: Core i7-4960X - The most powerful quad core part and currently one †of‡the three listed processors (AMD CPU does not list its maximum cores). Haswell was designed from day 1 with QuadCore support coming into effect on June 2013. Some early performance improvements would come as soon As their increased power draw resulted more processor units could fit inside each socket up to 12 Cores per LGA 1151 Socket Intel Broadlake – It's been rumored by some if true because although other companies have claimed similar numbers while stating there were no significant differences between these two design architecture.

Clock Speed

The rough speed of the CPU, at least per-task, measured in GHz. As noted above, all of these APUs are based on the Zen architecture, which is great thanks to its strong single-core performance; this is particularly useful for gaming.

"But it's not just about power." Well no — we still don't know why PowerColor decided that there was a need solely because their CPUs were faster than AMD's new Ryzen 3/4 offerings (although many argue Intel needs another $100-$150K bump if they want a real competitive edge).

I'm quite sure some developers will be happy with what Haswell brings without realizing how much slower your game may get by moving from A10 processors and TDPs around 15W or so down toward 18W cores: especially those operating systems where only 1x12GB RAM often means you have 5GHz+ memory available instead!


The more cores, the better the CPU will perform with multitasking and applications that utilize multiple cores. Games more heavily utilize a single core while a lot of content creation places emphasis on multiple cores. If you’re interested in seeing how these APUs stack up, then check out our CPU hierarchy.

Note: This is not meant to be a ranking system for discrete performance or graphics cards though!

There are many different hardware brands used by both Intel® HD Graphics™ 2xxx series as well NVIDIA GeForce®, but some features like support for 4k gaming may benefit from dual-channel technology if we're lucky enough; it's also important so things don't end being just about games…


 Threads can be thought of as additional, virtual cores. That being said, physically, there is only one core. However, it acts as two cores when handling tasks and processes. Well, that’s the very simple version anyway.

So even though we didn't consider how everything would behave in terms I have before shown on my blog ‒when you actually talk about our code running – but if any CPU were to hit 80% power consumption,it'd just go silent for a couple seconds then start up again at idle speed once more (which will happen whenever your machine restart).

This happens because this particular node runs with 100% utilization while waiting for requests which are not part-of an ongoing task or process such things like logging data etc. But also allocating disk space during these times doesn´t do anything else than consume memory available from various IO components.


 Graphics refers to the included “GPU.” In this case, the hierarchy starts with Vega 8 on the budget APU and ends with Vega 11 at the highest end, for now. If you’re interested in seeing how these compare, then check out the comparable graphics cards below and our GPU hierarchy.

The chart shows AMD's Radeon RX 480 as of January 24th 2017 using a 12-core configuration; after that date, it becomes nearly identical by adding up all 10 ROPs (this is just an average since we aren't including nonstacked cores). As always there are some notable performance differences between each card under certain scenarios but overall they tend not much different than what people saw above - particularly when comparing two GPUs being released simultaneously or working off earlier revisions.

The same goes if you were wondering whether either Sapphire or EVGA has made any other changes over the last week from release numbers – because so far everyone else seems pretty confident thing

Newly Announced AMD Ryzen 5000 Series APU

With AMD essentially cornering the market for gaming on integrated graphics, the 4000-series in 2020 brought a bit of disappointment, for the desktop at least. That is all in the past now and we can look forward to AMD’s Cezanne 8-core Ryzen 5000G APUs this year!

It is too early to say how good these are going to be for gaming but the specs alone look impressive and budget builders are about to be able to bolster their performance in the not-so-distant future.

From the leaks we have seen so far, the chip is listed as an 8 core with 16 threads. There is no mention of a base clock speed as of yet but we have seen some reports of a max clock speed of 4.7GHz.

AMD has reportedly pushed the launch of the new Cezanne APU to the second quarter of this year, which is most likely to combat the issues surrounding distribution at the moment.

In any case, we can’t wait to get our hands on the new 5000G APUs, to truly put them to the test. The processors will start hitting retailers late July though expect prices just shy off existing ones that were announced earlier in March or April from Kaby Lake chips suppliers Intel and Micron (the former offering Core i3/i5 variants).

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