The BEST Memory for Ryzen 5 5600G & Ryzen 7 5700G – Frequency & Timings Testing

so it’s been a while since i’ve covered some processors desktop site to be honest uh because the last thing that i do remember checking out or at least mike covered was the i5 11 400 f uh in fact you can check out the video right over here but this time i’m actually going to focus a little bit more on amd’s new apus specifically the ryzen 5 5600g and the ryzen 750 700g i mean look the new 5000 g series has already been covered to death since they’ve been available for a few months but we actually wanted to do something different and make a video that’s probably a lot more relevant to a lot of you guys looking to buy one of these chips and that’s to talk about the effect of memory speed on them specifically for gaming on their integrated radeon graphics course things like what’s the sweet spot for memory on these things which speeds and latencies will get you the best bang for the buck is it a good idea to increase your budget for a faster kit with tighter timings or does the lower end nature of amd’s processor graphics mean you can get by you know the more budget-focused modules so think of this as a buying guide for people who want the best combination of price and performance and let me tell you there’s a lot of interesting results that could save you a few bucks and speaking of bucks we actually do need to pay some bills so let’s do that and get back to this don’t have the time to wait for parts and build your own gaming pc nzxt build has your back navigate through their simple ui choose the games you want to play pick a budget that works and the configurator will do its magic by offering some options built just for you or choose from one of their awesome pre-built setups want something more custom go crazy building your own

dream pc from the ground up all of these are backed with a two-year all-in-one warranty on parts labor and ram overclocking save your time and start gaming right away with nzxt build now available in australia as well alright so let’s start things off with a bit of recap the 5000 g series are the first ryzen cpus with integrated graphics available at retail since the 3000 g series was launched two years ago they’re also the first apus using the zen 3 architecture and that’s a big deal in my opinion especially in a world where buying a discrete gpu at a fair price is so damn hard i mean it’s just really really hard that if you walk into best buy or micro center you might just not find one which is really frustrating now the ryzen 5 5600g aligns pretty well with the 5600x though the six core operates at lower clock speeds since it’s supposed to keep the same 65 watts of power consumption but that’s shared between the cpu and integrated graphics uh the ryzen 75700g steps things up to a bit with eight cores and 16 threads running at higher speeds now the key points to differentiate them performance wise from the x series would be the boost clocks and a massive gap in the amount of available cash pricing is supposed to be around 260 dollars u.s and 360 dollars so they match up perfectly with intel’s 11 600 and 11 700 series but remember those cpus run at a nominal 95 watts to 125 watts and can reach a lot higher in short bursts against amd cpus the 5600x is 60 dollars more expensive than the 5600g and the 5700g sits right in between the 5600x and the 5800x at 360.

now both g series also includes a wraith stealth cooler as a bit of an added value bonus but don’t think of these as completely affordable cpus either they’re actually quite expensive in the grand scheme of things especially when compared to previous apus like the 3400g anyways speaking of those integrated gpus yeah the entire 5000g series is still on vega vega guys i mean i swear that architecture has got more lives than a cat the 5600g has got seven compute units operating at 1.9 gigahertz while the 5700g is rocking a core with one more cu and a bit higher clocks and that’s about it all in all these apus actually have a lot more in common with the laptop 5000 h series than they do with the desktop ryzen cpus and that’s because in order to save power they actually stuck on a pci gen 3 interface for storage and external graphics they also use the same type of monolithic dye so from what we’ve seen they actually run quite a bit cooler as for raw cpu centric performance let’s actually take a quick look at that and get a baseline overall you’ll see the same thing repeated over and over again when it comes to the 5600g versus the 11600k they trade blows with the 5600g coming out on top in cpu intensive benchmarks while the intel one

gets ahead in anything that combines some lightly threaded workloads the same can’t be said about how the 5600g lines up with the 5600x since for the most part the standard desktop processor is marginally faster right across the board right now the 5700g doesn’t really align with anything specific in amd’s lineup though its price sits right between the 5800x and the 5600x and that’s exactly where it lands in performance as well so nothing unexpected here and even paired up with an rtx 3090 there really isn’t anything that we didn’t expect with lightly threaded games like cs go and valerian favoring the non-apus since they’re able to hit consistently higher frequencies while also having almost double the amount of cash then there’s a bunch of titles that are slightly more multi-threaded or have a bit of gpu bottlenecking and in those situations the difference between the best and worst cpu here is only a few percentage points so overall the 5600g and 5700g deliver pretty solid real-world performance given their prices but in the right scenarios their gaming capabilities with a discrete gpu feel a bit like the ryzen 3000 series now it’s pretty obvious amd needed to make some sacrifices to keep their higher end lineup pretty safe you also have to remember the 5000 g series strengths lie with their integrated graphics which can help you build an awesome low powered system for everyday tasks or it can actually help you create like a baseline system uh because of this gpu situation you can sort of still use this pc with integrated graphics and wait until the gpu storm sort of calms down so what we’re going to do right now is dive into the baseline igp performance quickly before going a bit deeper into how memory speed and latency can affect

those results now as we go through these results a few things are going to be pretty obvious first of all is the gt 1030 which is literally the only discrete gpu you can find for a semi okay price these days and it actually ends up getting pounded into the dirt by the 5000 g series and when you look at intel well don’t even get me started i mean sure the rocket lake uses a new xclp graphics architecture but it’s been cut down so much it’s performance is just so pathetic it isn’t even really worth mentioning guys obviously if you want to run games on integrated graphics amd is the only way to go right now so now that we’ve got a baseline set up let’s actually get a little bit deeper into the memory portion of this video so first i’m actually going to recommend you guys check out my ryzen memory explained video which you can find right over here where you can find or get a bunch of insight into how much the zen 3 architecture can benefit from picking the right kind of memory but here’s a question is the importance of frequencies and timing translatable to the integrated graphics on the 5600g and d5700g well to find that out we actually ended up using a single 32 gigabyte kit of dual channel rank memory from gskill that operates at a relatively tight cl 16 timings it was then underclocked or overclocked without modifying any timings so we could get a controllable testing environment the goal here is to test some of today’s more popular memory speeds of ddr4 2666 3200 3600 and 4000.

Now all of that was done with a memory to infinity fabric ratio of one to one to keep things equalized there as well so i’m going to pause here right away because what you’ll see is basically going to continue into the rest of these results the biggest jump you’ll see on these is typically between ddr4 2666 and the ryzen 5000 series native 3200 it also feels like the more powerful vega 8 in the 5700g has a bit more performance headroom when ramping up memory clocks there’s other games that’ll have another pretty big jump between 3600 and 4000 while for the most part the benefits of going from 3200 to 3600 really depends on the game you’re playing some benefit while others just don’t but overall there’s a pretty linear progression in frame rates as you go up from 3200 to 4000 but i actually wasn’t expecting some of these results i mean in some cases we’re seeing a 20 or higher uplift in performance at 1080p for 800 megahertz of additional memory speed that’s actually not that bad guys and it points towards these graphic scores being memory bottlenecked even though they’re so low on the performance ladder so the next thing i want to tackle is memory timings now if you watched that ryzen memory video that i’ve been talking about you’ll know that tightening up timings can actually have a lot of positive impacts on real world cp performance but once again does the same thing happen to the integrated graphics well to test that out the team normalized things to ryzen’s native ddr4 3200 and tested it three different timings a tight cl 14 a more common cl 16 and the seal 18 setting that a lot of budget kits have been using lately now i’m gonna sort of blaze through these because i think the results really speak for themselves regardless of the game that you’re playing on integrated graphics going from loose timings to really tight ones doesn’t affect frame rates to any measurable amount and yes that even goes for the 5700g so i guess these results point towards a few facts if you’re looking for the best memory for amd’s new 5000 g series first of all frequencies are a whole lot more important for integrated graphics performance than memory timings just don’t jump onto the bandwagon and assume that you should get a no name kit on liquidation since loosey-goosey timings will have a negative impact or effect on overall cpu

performance but you also shouldn’t break the bank on picking the fastest running and tightest latency kit on the market either that actually sort of defeats the purpose of amd’s ryzen 5000g altogether i mean this series is meant to provide a cost-effective solution for people who just want a basic system that can still play games pretty well or for those who are still looking to build a new rig but can’t really afford a new gpu because of the situation at the moment there’s actually a lot of diminishing returns here as well as you go above ddr4 3200 kits actually get progressively more expensive and it’s just hard to justify paying too much of a premium for small relative fps boost just avoid running lower than 3200 and yes i know that there are some pre-built systems out there running at 26.66 we know who you are another thing you need to consider is using the strengths of verizon’s memory controller to your benefit and that means buying a good kit of ddr4 3200 and just overclocking it to higher speeds like what we did here again you can use my ryzen memory explained video for some guidance on that anyways i guess that pretty much wraps things up i’m ebay with tarot canucks and i actually really hope this video helps so yeah on that note all i’m gonna say is spend responsibly

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