Dr. Lisa Su, the CEO of AMD, has today announced the company’s next generation mainstream Ryzen processor. The new family, known as the Ryzen 5000 series, includes four parts and supports up to sixteen cores. The key element of the new product is the core design, with AMD’s latest Zen 3 microarchitecture, promising a 19% raw increase in performance-per-clock, well above recent generational improvements. The new processors are socket-compatible with existing 500-series motherboards, and will be available at retail from November 5th. AMD is putting a clear marker in the sand, calling one of its halo products as ‘The World’s Best Gaming CPU’. We have details.
With the new Ryzen 5000 series, AMD is keeping a similar structure to the previous generation. The first four processors to market will include products in the key Ryzen 5 and Ryzen 7 segments, as well as a pair of high-performance parts with Ryzen 9. These will stretch from six cores to sixteen cores, with increased frequencies and increased performance-per-clock, but with no additional increase in power. The processors are still chiplet-based, with one chiplet having either six or eight cores. Ryzen 5 and Ryzen 7 will have one chiplet, while Ryzen 9 will have two chiplets – the easy way to identify this is through the amount of L3 cache each processor has.
AMD Ryzen 5000 Series Processors
Zen 3 Microarchitecture
Ryzen 9 5950X
Ryzen 9 5900X
Ryzen 7 5800X
Ryzen 5 5600X
*comes with bundled CPU cooler
Ryzen 9 5950X
Sitting on the top of the processor line is the new halo Ryzen 9 5950X. With 16 cores and 32 threads, it has a listed base frequency of 3.4 GHz and a boost frequency of 4.9 GHz. With two chiplets it has the full 64 MB of L3 cache, and the 105 W rated TDP is equal to the 16-core equivalent of the previous generation. This processor will retail slightly higher than the previous generation, with AMD making the move from $749 MSRP to $799 MSRP.
The Ryzen 9 5950X’s main competition is either a AMD chip in the Ryzen 9 3950X, which currently retails for $710, or Intel’s 18-core high-end desktop processor, the Core i9-10980XE, seen as low as $803.
Ryzen 9 5900X
The second processor is the Ryzen 9 5900X, which offers 12 cores and 24 threads, using two six-core chiplets and having a full 64 MB of L3 cache. With a base frequency of 3.7 GHz and a turbo frequency of 4.8 GHz, AMD is calling this processor the ‘World’s Best Gaming CPU’. This is likely because of the lower core count than the other Ryzen 9 allowing slightly higher frequencies when a game loads up several of the cores – the six cores per chiplet lowers the thermal density when running, enabling higher frequencies. The extended L3 cache per chiplet (explained later) reduces the effective latency by allowing more data to be stored before main memory access is required. This Ryzen 9 5900X also has a 105 W TDP, and the price of this 12-core is also slightly higher, moving from $499 MSRP to $549 MSRP.
AMD says that the Ryzen 9 5900X, at $549, is expected to compete directly against Intel’s Core i9-10900K, which has an MSRP of $529. The Core i9-10900K is currently overpriced at retail, due to limited stock – the Core i9-10850K, which is around the $499 mark and available at retail, might be the more ‘real world’ competition.
Ryzen 7 5800X
The Ryzen 7 5800X is expected to follow in the footsteps of the popular Ryzen 7 3700X, which currently sits as #2 on Amazon’s best seller list. This is a single chiplet processor with eight cores and sixteen threads, running at 3.8 GHz base and 4.7 GHz boost. With it only being a single chiplet, it has 32 MB of L3 cache, but it has the 105 W TDP allowing for higher sustained frequencies. AMD believes that the increased raw performance of its product demands pricing more consummate with its position in the market, and so we see a slight MSRP increase from $399 to $449.
AMD expects that the Ryzen 7 5800X, at $449, is likely to be competing against Intel’s Core i7-10700K, which has an MSRP of $409. In our recent guide, we’ve seen the i7-10700K retail at $380.
Ryzen 5 5600X
The base model at launch this time around is the Ryzen 5 5600X, with a single chiplet of six cores and twelve threads, running a base frequency of 3.7 GHz and turbo frequency of 4.6 GHz. This will be the only processor (at launch) with a 65 W TDP, and as such this is the one that AMD will ship with a bundled cooler. It takes over from the Ryzen 5 3600 family, which sits as #1, #3, and #7 in Amazon’s best seller list. With a $299 MSRP, it comes in again a little pricier than the parts it replaces; however AMD is promoting that in terms of performance per dollar, this mainstream component gives a lot more than its competition.
The competition for the Ryzen 5 5600X is likely to be Intel’s Core i5-10600K, which has the same MSRP of $299. The i5-10600K can currently be found around that price, and does not seem to have moved much since launch.
All four processors have the same official memory support at DDR4-3200, and the 105 W TDPs will offer a turbo power of 142 W, which is the same as the current generation Ryzen processors. AMD has decided to only bundle coolers with processors 65 W and under, citing that in its research that customers who buy the higher power processors almost always prefer to use their own cooler to eke out more performance when at full load. We were told that if they were to bundle one of AMD’s 125 W coolers with the 105 W processors, they would have to reduce frequency a little in order to compensate for the cooler being the lowest common denominator for those systems – those 105 W processor users, I was told, would much rather have the extra frequency and performance with their own cooler.
For the Ryzen 5000 series, AMD stated that the IO die is the same as the previous generation. There are still 24 lanes of PCIe 4.0 support, as well as the associated NVMe/SATA allocation. There was a note about 500 series chipset support and how customers can prepare for it, as well as upcoming 400 series support, which we’ll cover separately.
All four processors will be available, at retail and e-tail, on November 5th.
AMD told us that feedback they had received from the last generation launch, where the 16-core processor was announced later, motioned the company towards a unified launch. When asked if AMD could comment on stock levels on launch day, especially as we consider the company has lots of console processor orders at TSMC, future graphics hardware orders at TSMC, as well as future EPYC hardware in the mix, AMD declined to comment on the matter, except to say that they’ve been working hard with retailers and distributors to share best practice solutions when it comes time to dealing with bots and scalpers, to avoid a repeat of other highly anticipated hardware launches.
A word on naming. It might be easy to spot that AMD has bypassed the 4000-series for its desktop hardware. When quizzed on this matter, AMD’s Robert Hallock stated that as the company had already launched OEM processors with integrated graphics into the 4000-series naming, built on Zen 2, the company felt that in order to ensure that the new Zen 3 processors were easy to identify (or search for) that it should get its own naming sequence. What AMD did not mention that this also gives them an opportunity to unify its CPU and APU series codenames as-and-when Zen3 based APUs come along. There is also a third factor, in that the number 4 in China is often seen as an unlucky number due to the sound of the number being close to the sound of the Chinese word for ‘death’. The Chinese market has been a key growth market for AMD, and so aligning its latest generation hardware out of the ‘4000’ category will remove a potential negative to sales. This is also perhaps why so few of AMD’s processors contain the number 4.
A Promise of Year-on-Year ‘True’ Performance Growth
As part of the new Ryzen 5000 series announcement, AMD was keen to point out that it believes it is the only mainstream desktop processor company on the market with a year-on-year cadence of products that truly breaks new grounds for performance. The key highlight of the announcement is this +19% improvement in performance compared to the previous generation, which AMD says gives it a significant lead in overall single threaded performance, multi-threaded performance, 1080p gaming, power efficiency, and when combined with price, performance per dollar. AMD believes it has a full well-rounded product to beat Intel’s best in the workloads that matter most to its users. It has been a long, long time since AMD has had the bravado to claim the top crown across the board.
The +19% value that AMD is using is taken from internal testing, using the geometric mean of 25 benchmarks involving a mixture of real-world and synthetic. AMD states that they compared the Ryzen 9 3900X, the previous generation 12-core processor, to the Ryzen 9 5900X, the new generation 12-core processor, both at 4.0 GHz fixed frequency and running DDR4-3600. Of that 19% number, AMD has attempted to break down where it believes these benefits have come from:
This equates as roughly:
+2.7% Cache Prefetching
+3.3% Execution Engine
+1.3% Branch Predictor
+2.7% Micro-op Cache
+4.6% Front End
AMD did not want to go into specific details on how these numbers were achieved at this time, and stated that we would get time to go deeper into the microarchitecture ready for articles on the day that these processors come to market. What AMD did say however is that this new Zen3 core is a ‘front-to-back redesign’ over Zen2, and the key SoC innovation they did want to highlight was the new 8-core structure in each chiplet.
As expected in Zen 3, AMD has combined two four core structures (or core complexes, CCX) into a single eight-core structure. This means that all eight cores have access to the 32 MB of L3 cache inside a chiplet, and the latency for each core from 16 MB to 32 MB is greatly improved (previously when you went beyond 16 MB with a core, you would end up in main memory, which is comparatively slower and more power hungry). Due to the increase in L3 cache and the reduced cache latency in this 16-32 MB region, AMD is calling this an ‘effective reduction in memory latency’. No numbers were attached to this claim at this time, and AMD did not state if there were any specific microarchitecture changes in the cache hierarchy to assist with the larger cache access patterns.
But, what we can extrapolate is that whereas in the previous generation, because each chiplet had two core complexes, each complex had its own fabric connection to the rest of the chip. With a single eight-core unified complex design, there is now less core-to-core communication that’s required to go off the chiplet. For single chiplet designs, this gets elimated completely, and for dual chiplet designs, each complex only needs to probe one other complex, rather than three. The peak bandwidth should still be the same however, but in a real-world scenario, there should be less cross-talk to deal with. This would scale better for the enterprise hardware, assuming it still retains the eight-chiplet design.
On process node technology, AMD clarified that these processors are using the same 7nm process that the company has contracted from TSMC as it did with the Ryzen 3000XT processors. Users may remember that AMD and TSMC were able to eke some extra efficiency from the base 7nm process, which was productized in the 3000XT family that launched mid-cycle. AMD is claiming that with this process for Zen 3, they can claim a 2.4x performance per watt improvement over the first generation of Ryzen, or a 2.8x performance per watt lead over Intel’s latest Comet Lake halo processor. We will have to test this when samples arrive.
We are waiting for access to engineers for a fuller breakdown of AMD’s Zen3 microarchitecture. You should expect to see our analysis as part of our launch day reviews on November 5th.
Aside from rough microarchitectural performance claims, we don’t typically talk much about first-party benchmark numbers – they are unverified and we’d rather hold station until the reviews where we can talk about our own testing. There are a couple of numbers that I do want to pull out of AMD’s marketing however, if only to put some markers in the sand compared to numbers we already have.
One of the favorite benchmarks that both Intel and AMD have used over the years is Cinebench, a test scene render for Cinema4D. AMD has been promoting it with Ryzen because it holds a performance lead, whereas Intel prefers to highlight it as an example of a less-than-ideal representative workload. We use it in our test suite as only one of a number of rendering workloads, covering a large user base. From our numbers, Intel and AMD’s best processors have the following results in a single threaded test:
CineBench R20 Single Thread Score
(As Measured at AnandTech)
Intel Core i7-1185G7
Intel 10nm SuperFin
Intel Core i9-10900K
AMD Ryzen 9 3950X
AMD Ryzen 9 3900XT
(Note that in the single threaded test, the power limits ultimately should not apply because one core should not consume all the power of the chip. For the Tiger Lake processor, because this is a nominal 15 W TDP part with a 50 W turbo, this actually does go above the power limit with one core active, as it scores 554. As a result, the 50 W mode with a 28 W TDP was used and scores 595. This is more akin to a desktop processor anyway.)
AMD’s number for its Ryzen 9 5900X, at 4.8 GHz turbo, is 631.
CineBench R20 Single Thread Score
(As Measured by AMD)
AMD Ryzen 9 5900X
Generation-on-generation, this would be a 17.8% performance increase. Over Intel’s highest performing desktop Core i9, that would be a lead of 17.3%. Over Intel’s latest generation microarchitecture, Tiger Lake, this is a 6% performance increase at the same frequency.
Whichever way you slice it, whether you consider the lead a 17% lead from desktop-to-desktop, or a 6% lead from best-to-best, one thing is clear that if this result is correct, AMD will have the single threaded performance crown.
The previous time that AMD truly held this title was over a decade ago, and ever since the company has been playing catch-up. The argument over having enough single thread performance, if these results are correct, is one that AMD can fight toe-to-toe on. Not only that, but in AMD’s marketing materials, they believe it is a clear cut winner.
This sort of metric also extends out to gaming, which has been a contentious issue since Ryzen enabled AMD to play in this market again. AMD’s numbers here focus on 1080p gaming for two reasons: firstly it’s an area where CPUs are more important for performance, but secondly because they cite that 1080p monitors are still the bulk of monitor sales for gamers, especially when looking at high refresh rates.
For 1080p high quality gaming, AMD is making two clear claims.
Firstly, when comparing the Ryzen 9 5900X to the Ryzen 9 3900XT, the new processor is stated to boost average frame rates anywhere from +5% up to +50%, with an average around +26%.
Secondly, when comparing the Ryzen 9 5900X to the Core i9-10900K, the new processor is stated to win by 7%, with individual benchmarks varying from a 3% loss to a 21% win.
This latter one is important, as when the Core i9-10900K was released, there as a strong marketing message that this was the best gaming CPU available on the market. Now AMD believes it can make that claim and take the crown. The important element for AMD to manage however is availability – the availability of the 10900K has been so varied that Intel quietly released the 10850K to manage expectations. If AMD can put enough Ryzen 9 5900X processors into the hands of people that want them, then Intel has a bigger step to climb to regain the title when it will reportedly launch its Rocket Lake processors in Q1 next year.
As always, we will wait until we have the hardware on hand to form our own conclusions. These results are AMD first party tests, so the usual standards of caution apply. AMD has a strong history of making accurate claims, confirmed by our testing in recent years, but we still recommend waiting for our review.
As always, AMD is keen to highlight that the new Ryzen 5000 processors are supported in currently available motherboards. Due to the long life cycle of the AM4 platform, there has been some segmentation between chipset and processor support, however AMD this time around has made it very clear when it comes to supported chipsets. AMD has split its instructions in two.
For 500 series chipset users, motherboards firmware that supports the new hardware should already be available. Users will need to ensure that a minimum AGESA version of 188.8.131.52 is installed which will ensure that the system will boot. For full support and performance, users should update to AGESA 184.108.40.206 for the best experience.
For 400 series chipset users, AMD is currently hard at work with motherboard partners to update their firmware stacks. AMD expects the first beta BIOSes with Ryzen 5000 support to be made available from January, however part of this will be motherboard manufacturer dependent. Full release BIOSes will be at a later date. When asked if the new 5000-series firmware for 400-series chipsets will remove support for older processors, AMD said it would be on a case-by-case basis depending on how the motherboard vendor wanted to enable support.
For users that purchase motherboards that do not have the required BIOS support for Ryzen 5000, the Processor Loan Boot Kit programme will still be available.
A Word on Sticker Shock
It is hard not to notice that AMD is raising the prices of its hardware for this new generation. The company believes that it is truly in a winning position, and that better hardware in the market deserves to be priced at a level that matches this. For any competitive business owner with a belief of a better product, finding that right balance of demand and price is always critical to how to manage sales and ultimately market share.
Anand once said a very insightful phrase to me. “There are no bad products, only bad prices.”
So with AMD asking for another $50 on these processors, is that a lot to ask?
AMD’s argument is that, for performance per dollar, it still retains a healthy lead over its competition in each market segment. The spokespersons were keen to point out that they still remember where AMD has come from to reach this level of performance, and understand that a metric such as performance per dollar has always been high on the list of requirements from its most passionate users. The difference this time around is that, because AMD is claiming it has the best performance on the market, it can now charge that slight premium but still offer a more compelling product.
The success of AMD’s Ryzen 3000 family is easy to see. It offers a very attractive performance per dollar proposition, and nine of the top ten processors on Amazon’s best sellers list are from AMD. Here’s that list, with the pricing as given in our buyer’s guide last week:
This is an impressive list, however there a theme I have noticed. Starting from the top, the first four best-selling processors are below $299. The lowest Ryzen 5000-series processor in this launch comes in at the $299 price bracket. Out of that top nine, only #5 and #6 are above $299. This is a clear indication of where the bulk of the market is, especially as AMD is likely in increasing both market share and revenue.
In discussing the pricing with AMD, I noted that the new Ryzen 5000 processors are not only replacing hardware with a $50 higher MSRP, but also replacing hardware that routinely sells below MSRP. This makes the differences more akin to $90-$150. This of course changes some of the dynamic when we start discussing performance per dollar.
AMD’s response to this commentary was the one I would have given if I were in their position. The Ryzen 5000 series is a new product, and the claim of market leading performance means that the early adopters and AMD enthusiasts that want the best on day one will be able to get the hardware they desire. During the initial phase in almost all launches, users looking for the best bang-for-buck build will always look to purchasing the previous generation, which is almost always offered at a good discount as stock transfers to the latest product. AMD believes it has set the pricing of the new Zen 3 processors where it remains competitive, but still balances the message that AMD claims it has the best, most efficient processors.
For users looking for processors under that $299 mark, or more offerings at the 65 W TDP, we expect AMD to look at expanding the Ryzen 5000 product list over the next six months. No exact word from AMD was given about what might come in the future. I even asked about Threadripper with Zen 3, but as expected there was no official comment.
As for the processors announced today, November 5th is the date to put in your diary. On this date, reviews will go live, details about the microarchitecture will be revealed, and processors will be available. We’re already pre-testing a LOT of hardware for our review. Let us know what comparisons matter most to you.
Samsung has started rolling out the Galaxy Fold update it promised in mid-October that’ll give the device features found in its newer sibling. One of the Fold 2 features making its way to the older foldable is App Pair, which lets you group up to three apps together and launch them all at once from the Edge Panel. The apps will open in the split-screen layout of your choice — you can now also arrange windows horizontally if that’ll make the most sense for the apps you open.
The update also gives the first Fold the capability to connect to a smart TV and to turn it into a mobile-powered PC with a Samsung DeX dock. In addition, it brings several camera improvements to the older foldable, including “Auto Framing” that zooms the camera in and out to make sure you get the perfect shot with multiple people in the frame. Another feature called “Capture View Mode” takes advantage of the device’s dual screen setup by showing you five of the latest photos or videos on the left side and a preview of your next shot on the right.
Meanwhile, “Dual Preview” can show you a preview of the picture you’re taking on the device’s Cover and Main Screens. If you want to take a selfie with the rear camera, you can simply open up the camera app on the Cover Screen and activate “Rear Cam Selfie. The camera’s Pro Video Mode is also getting more capturing (21:9 ratio and 24fps video) and creative functions (histogram, focus peaking), while Single Take lets you capture up to 15 seconds of content. Finally, the update will allow the Galaxy Fold to share the password of the WiFi network it’s connected to directly to trusted Galaxy devices nearby.
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The torrent of Galaxy S21 series leaks that we’ve seen in the past few weeks almost certainly confirm that Samsung plans on releasing it early (mid-January 2021, by some estimates) this time around. Several leakers have emphasized that the devices will come with a flat display, with the notable exception of the Galaxy S21 Ultra, which will feature a ‘slightly’ curved screen, if a new leak is to be believed.
Twitter leaker @not_koh suggests that the Galaxy S21 Ultra’s display will be more or less identical to that of the Galaxy Note 20 Ultra with marginally better color accuracy and support for Dolby Vision. As foretold by several reports, the Galaxy S21 Ultra will be the first of its kind to support S Pen inputs. Whether or not it will ship with an S Pen out of the box remains to be seen. The screen might even be able to run at 1440p 120Hz, but that remains unconfirmed. Support for variable refresh rate operation is allegedly in the books, too. Another leaker weighs in stating that it will have a diagonal length of 6.8-inches. Both tipsters agree that the Galaxy S21 Ultra will cost around US$1,300.
Samsung appears to have taken a page or two from Huawei’s playbook while designing the Galaxy S21 Ultra’s cameras. The primary 108MP ISOCELL HM2 Bright sensor will be assisted by a 16MP ultra-wide-angle lens, a 10MP (2x optical zoom) telephoto lens, and a second 10MP (5x optical zoom) periscope telephoto lens. Unfortunately, we have to wait a bit longer for an under-display camera, as the Galaxy S21 will use the tried-and-tested hole-punch approach to house the 40MP selfie shooter. As is the case with new Samsung releases, the entire Galaxy S21 series will come with some new camera features such as the ability to capture 4K video at 60 FPS on all cameras, WDR support along with HDR, and more. The features will eventually make their way to older devices via the One UI 3.1 update.
Not much seems to have improved on the storage/memory front. The Galaxy S21 Ultra will come in three variants with 128GB, 256GB, and 512GB of storage coupled with 12/16GB of RAM. Much like its predecessor, the smartphone will come with a 5,000 mAh battery. The smartphone will come with a 25W charger out of the box and support fast charging up to 45W. Despite one report stating otherwise, Samsung doesn’t plan on bringing back the headphone jack with the Galaxy S21 series.
Prima facie, the Galaxy S21 Ultra seems like a marginal upgrade over its antecedent. Most of the specifications are identical across the board, with minimal improvements in the camera and battery department. However, the phone’s Exynos 2100 SoC promises to deliver a significant performance boost over last year’s Exynos 990. The leaker rounds things off by saying that that the upcoming Galaxy Z Fold series is where the real upgrades will be at.
If you haven’t heard of the AirPower charging mat, it was a product that Apple announced in 2017 along with the drastically redesigned iPhone X which would let you wirelessly charge AirPods, an Apple Watch, and the iPhone, wherever you placed them on the mat. Apple eventually announced it was abandoning the project, reportedly due to complications with overlapping charger coils overheating.
Apple shows off the AirPower charger during its September 2017 keynote
Some time passed after the initial cancellation and new reports from reliable Apple leaker @JonProsser claimed that the AirPower charging mat had re-entered development and even managed to get the Apple Watch to charge (which was a reported issue within the first round of development.
All AirPower prototyping / testing has been removed from the schedule for 2021.
Sources doubt that it’ll ever be picked back up again.
On Monday, the same leaker refutes his own reports stating that Apple has once again cancelled the AirPower mat. According to Prosser’s sources, they doubt that Apple will ever get the AirPower into development again. This would coincide with a shift in Apple’s recently announced MagSafe, which has created a new ecosystem for iPhones and accessories. MagSafe seems to be a lower-risk alternative to AirPower for Apple and besides, other third-party OEMs have already invented a similar three-product wireless charging pad without the overlapping coils.
The spirit of the AirPower mat unofficially lives on with the new 3-in-1 Wireless Charger with MagSafe made by Belkin. It has the magnetic mounts for the iPhone 12’s MagSafe with up to 15W wireless charging speeds and supports AirPods and an Apple Watch, all simultaneously. This Belkin charger retails for $150 in the US.
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