For testing and reviewing the Ryzen 7 6800H, we’ll see the way it performs up towards a variety of different laptop computer processors, however most significantly Intel’s competing Core i7-12700H, and AMD’s personal predecessor, the Ryzen 7 5800H. We’ve a tough concept of how these components will stack up after testing different chips within the Ryzen 6000 and cellular Alder Lake lineup, however on this overview we’ll be placing some numbers to it, which must be of use once you’re shopping for your subsequent laptop computer.
The Ryzen 7 6800H is AMD’s newest mainstream CPU for performance-oriented laptops. It has 8 cores and 16 threads utilizing a Zen 3+ design, clocked at a 3.2 GHz base and 4.7 GHz increase, 16MB of L3 cache plus 4MB of L2, and a 12 compute unit RDNA2 built-in GPU — although we count on most laptops that includes the 6800H to additionally pack a discrete GPU.
In comparison with the Ryzen 9 components above it, the 6800H is just slower by way of clock speeds, and sometimes it has barely decrease effectivity as it is a much less rigorously binned CPU.
With earlier Ryzen 5000 and 4000 releases, it was normally Ryzen 7 components that provided the perfect bang for buck as we normally get nearly the identical efficiency because the Ryzen 9 CPUs, however at a decrease value. So hopefully that development will proceed with the 6800H.
Available for testing at present is the Asus ROG Strix G15 in its mid-range configuration. It packs the Ryzen 7 6800H alongside a GeForce RTX 3060 Laptop computer GPU with an influence restrict of 115-140W, which is fairly first rate for an RTX 3060, so you are not lacking out on any efficiency.
The default configuration for this method makes use of 16GB of DDR5-4800 reminiscence, however to match our different methods, we have bumped that as much as 32GB of DDR5-4800 for benchmarking. There’s additionally a pleasant, high-performance 1080p 300Hz show which is particularly properly suited to aggressive gaming on the go.
We’re followers of the ROG Strix G15 and it appears this 12 months’s mannequin would not compromise on efficiency both. You’ll be able to configure the Ryzen 7 6800H to run as excessive as 90W if you wish to, along with that 115W GPU restrict, although energy balancing will happen in the event you attempt to run a heavy CPU and GPU process on the identical time.
Nonetheless we’re happy to see that within the area of a few years we have gone from restricted AMD CPU customization choices in laptops, to the flexibility to decide on your personal energy limits inside Asus software program, which places the management over efficiency, warmth, and energy within the fingers of customers.
For this overview, we have examined this laptop computer in two configurations to match our earlier check outcomes and permit us to make an apples-to-apples comparability as intently as doable.
The default spec for the 6800H runs at a 45W long run energy restrict, and that is how a lot of the benchmarks are run, with a lift energy state in extra of 80W. We have additionally examined at a boosted 75W long run restrict, which the Strix G15 is completely able to, to see how that compares to different excessive efficiency 15-inch methods like this.
Benchmarks
In Cinebench R23 operating at a 45W configuration, within the multithreaded check we will see the place the 6800H finally ends up general. In comparison with the Core i7-12700H it is 9 % slower, which is not an incredible outcome provided that AMD beforehand used to dominate Intel in multi-thread when evaluating Ryzen 7 to Core i7. With that stated, the margin is comparatively small, and we will see efficiency equal to the Ryzen 9 5900HX from the earlier technology.
As for the generational uplift, I recorded a 9 % efficiency enchancment over the 5800H, which seems to be about what this Zen 3+ technology is able to – a lower than 10 % achieve, except reminiscence bandwidth is an element. Throughout two generations the 6800H is simply 13 % quicker than the Ryzen 7 4800H, exhibiting that AMD has solely achieved minor positive factors on this workload throughout their three CPUs all constructed utilizing TSMC’s 7nm household of nodes.
At 75W the hole between the 6800H and 12700H grows: now the Intel processor is 24 % quicker, which is sort of a large hole. This provides Intel a transparent efficiency lead for multi-threaded duties like Cinebench when built-in into an ordinary 15-inch design that may push energy to 75W, which lately is loads of the gaming-focused merchandise.
For single-threading, I did not see any efficiency achieve for the 6800H vs 5800H in my testing, which is a bit surprising given the small clock velocity leap. In any case, the Zen3+ structure is not massively totally different to Zen 3. In the meantime Intel is far quicker for these kind of workloads, the 12700H is a big 27 % quicker in what is usually a really favorable benchmark for Intel’s new Alder Lake P-core design.
The Ryzen 7 6800H is an excellent processor for CPU based mostly HEVC video encoding. The outcomes present the 6800H as 4 % forward of the Core i7-12700H, and 5 % quicker than the 5800H from final 12 months. The highest finish of this chart may be very cramped although, and plenty of merchandise launched over the past two years present first rate efficiency.
Whereas the 6800H is the quicker product at 45W, it is the slower product at 75W. Right here the 12700H is 10 % quicker, so not a considerable lead, however sufficient to indicate that Intel’s product scales higher with increased energy ranges than AMD.
In Chromium code compilation it is a straightforward win for Intel and their 12700H. The Core i7 CPU is 24 % quicker than the 6800H, and whereas the 6800H isn’t any slouch amongst AMD’s line-up, for severe code compilers Intel’s Alder Lake collection is the way in which to go. Gen-on-gen the 6800H is offering a 9 % efficiency improve, in order that’s in-line with what we noticed in Cinebench.
The hole between Intel and AMD solely widens when testing at 75W. Now the 12700H is 40 % quicker, so there is no such thing as a doubting the credentials of Alder Lake for code compilation on this specific workload. The 6800H would not profit loads from the leap as much as 75W from 45W, because it appears this technology of Zen3+ CPUs is designed with decrease energy ranges and effectivity somewhat than brute power energy.
For Microsoft Excel quantity crunching, Alder Lake can be superior to Ryzen by some margin. The 12700H is 36 % quicker on this check, although it is also one of many largest gen-on-gen positive factors for AMD: the 6800H is 33 % quicker than the 5800H. This is likely one of the workloads we check that does profit from DDR5 reminiscence, it simply appears that Alder Lake advantages extra from this than AMD relative to their prior generations.
For common Microsoft Workplace utilization although, the hole between Intel and AMD is not giant, simply 4 % in favor of the 12700H vs 6800H. We additionally see one of many bigger efficiency positive factors for the 6800H vs 5800H at 16 %.
In 7-Zip Compression the 6800H does see a efficiency achieve in comparison with its predecessor by 9 %, so a typical quantity for a multi-threaded workload like this. Sadly for AMD it is not sufficient to shut the hole to Intel, with the 12700H holding a 27 % efficiency lead on this brief burst check.
For decompression although, there’s nothing separating AMD and Intel merchandise. Ryzen has at all times been significantly good on this benchmark and it is that side to the chip that enables the 6800H to carry out properly regardless of normally coming in beneath the 12700H in different benchmarks.
For Acrobat PDF exporting to PNG pictures, the 6800H would not achieve very a lot efficiency in comparison with the 5800H, and finally ends up fairly behind the 12700H with its quicker single-core speeds. The Core i7 mannequin completed this check 9 seconds quicker, which is a margin of 15 %.
Intel additionally holds a efficiency lead in Adobe Photoshop by advantage of its quick P-cores and that Photoshop is a flippantly threaded software. When each are utilizing 32GB of DDR5 reminiscence, the 12700H is 14 % quicker than the 6800H utilizing the Puget workload and whereas Ryzen 6000 is ready to shut the hole considerably, Alder Lake continues to be the way in which to go for Photoshop.
In mixed CPU and GPU duties like Premiere, generally Intel additionally has a bonus because of the approach Premiere leverages Intel’s media engine in comparison with the AMD equal. The 6800H and RTX 3060 configuration does see a big efficiency uplift vs Ryzen 5000 components with extra highly effective GPUs, all Ryzen fashions lag behind Intel attributable to a big distinction in reside playback efficiency. For simply common export efficiency, the brand new 6800H configuration is definitely very first rate and outperforms loads of last-generation fashions by a good margin.
For After Results we additionally see the 6800H doing properly in comparison with earlier technology laptops, although the a lot quicker Intel configurations that we have examined take the crown general, as you’d count on. This additionally applies to different workloads like Agisoft Metashape that are very heavy on the GPU and find yourself much less influenced by CPU efficiency.
Energy Scaling
When taking a look at energy scaling, the Ryzen 7 6800H is basically equal in efficiency per watt to the Ryzen 9 5900HX in any respect ranges, scaling in the identical method as earlier Ryzen processors. So successfully what we’re getting throughout generations is similar efficiency at a decrease bin, or higher efficiency on the identical bin. The Ryzen 9 6900HS we examined earlier nonetheless has superior effectivity throughout the ability vary and exhibits what near-best-case Zen 3+ silicon can do.
In the meantime compared to Intel it is clear that the Ryzen 6000 technology shouldn’t be as environment friendly for high-power units as Alder Lake. Within the decrease energy vary like 35W and 45W it’s extremely shut as to which fashions are extra environment friendly, although there’s a small hole between 12700H and 6800H. Then within the increased energy ranges Intel actually takes a giant stride to outperform AMD and round 75W and 85W you will notice a lot increased multi-thread efficiency from Intel. The 6800H truly maxes out round 86W, which sees the CPU hit 4.1 GHz all-core, and growing the ability degree additional would not see any extra positive factors to efficiency. It will be as much as a model new structure and node come Zen 4 to shut this hole between AMD and Intel for high-power laptops.
Gaming Efficiency
Usually at this level within the overview we would dive right into a have a look at gaming efficiency to see how the Ryzen 7 6800H stacks up towards Intel’s equivalents when CPU restricted. Sadly, the RTX 3060 at 115W merely is not quick sufficient to get the 6800H right into a CPU bottlenecked situation fairly often, even when taking part in at 1080p utilizing medium or low settings.
We additionally would not be capable of have a look at apples-to-apples benchmarks up towards Alder Lake processors because the Twelfth-gen methods we have examined to date have had way more highly effective GPUs, so it is not price exhibiting knowledge that will both be deceptive or inaccurate.
What we’ll say for folks desirous about gaming efficiency is that typically talking Intel’s Alder Lake platform is the quicker platform for gaming with a discrete GPU. In our overview of the Core i7-12700H we discovered that this chip was anyplace from comparable in efficiency to Ryzen 5000 processors, and as much as 25% quicker in some conditions. What we have seen with Ryzen 6000 to date, there’s lower than 10 % efficiency achieve over Ryzen 5000 for gaming, so it is impossible a 6800H would outperform a 12700H with excessive finish GPUs. Hopefully we’ll be getting a Ryzen 6000 laptop computer with an RTX 3080 Laptop computer GPU shortly, which is able to permit higher comparisons with Intel.
As for built-in graphics gaming, there most likely aren’t too many conditions the place you may be utilizing the brand new RDNA2 built-in graphics with the Ryzen 7 6800H as most laptops might be paired with a discrete GPU. However in case you are desirous about how this GPU performs, we coated that intimately in our benchmark overview of the Ryzen 9 6900HS, which makes use of the identical GPU because the 6800H simply clocked barely increased. Evidently, it’s extremely quick and spectacular for a laptop computer GPU, beating Intel’s Alder Lake processors and their Xe built-in graphics.
Who Wins This Era?
Most of our time testing Ryzen 6000 processors has targeted on low energy conditions on slimmer and lighter laptops. Typically talking, this new Ryzen technology in all fairness spectacular for these types of methods, particularly for 13-inch ultraportables, the place the Ryzen 7 6800U sporting RDNA2 graphics is the perfect chip in the marketplace proper now.
Nevertheless, for top efficiency methods, we’ve not been significantly impressed. The Ryzen 7 6800H at 45W is not that a lot quicker than the Ryzen 7 5800H it is changing – lower than 10 % higher in most benchmarks – and it provides little in the way in which of a significant improve for performance-oriented productiveness or gaming notebooks.
The Zen 3+ cores are extra geared in the direction of effectivity enhancements, and the 6nm course of node is just a small modification on the 7nm household that is been used for 2 years now.
The top result’s that the Core i7-12700H beats the Ryzen 7 6800H in most workloads. The margin will be slim in some multi-threaded benchmarks, however on the entire the 12700H is on common 15 to twenty % quicker. And that is simply at 45W.
If in case you have a system able to pushing CPU energy as much as 75W, Intel’s Alder Lake components are nearer to 25 to 30 % quicker, which is important for apps which might be heavy on the CPU. Ryzen 6000 simply would not have the oomph at excessive energy to match Intel’s spectacular scaling.
We additionally discovered it fairly attention-grabbing that over the past two generations, multi-thread efficiency – the important thing issue for top efficiency notebooks – hasn’t improved that a lot shifting from the Ryzen 7 4800H to the 6800H: a 15 % achieve is typical. As a substitute every technology has targeted on a particular space of efficiency to enhance. Final 12 months it was single-thread and cache with the shift to Zen 3, which made a significant distinction to gaming laptops and a few productiveness workloads.
This 12 months it is largely about effectivity and the brand new RDNA2 GPU, that are vital for ultraportable notebooks, however aren’t as related for top energy gaming methods. Hopefully subsequent 12 months we see a extra balanced overhaul that sees first rate positive factors to all areas of efficiency.
Relating to truly shopping for a laptop computer, all else being equal, we would select a Core i7-12700H laptop computer over a Ryzen 7 6800H laptop computer. There aren’t that many 6800H laptops to speak about proper now both, particularly relative to the wealth of 12700H fashions, and people who do exist appear to be utilizing largely lower-tier GPUs.
Proper now searching for RTX 3060 methods although, there would not appear to be a heap separating the value of AMD and Intel configurations; personally we expect the AMD fashions might want to are available in barely cheaper to develop into the higher worth purchase.
Buying Shortcuts
- AMD Ryzen 7 6800H Laptops on Amazon
- Asus ROG Strix G15 on Amazon
- Intel Core i7-12700H Laptops on Amazon
- GeForce RTX 3080 Laptops on Amazon
- GeForce RTX 3060 Laptops on Amazon
- GeForce RTX 3070 Laptops on Amazon
- Ryzen 7 5800H Laptops on Amazon