AMD's Notebook Processor Lineup: A Game-Changer at CES 2020

Intel may have dominated the desktop market with its Zen architecture, but AMD is now opening up the door to a new era in notebook processors. With their latest lineup of Ryzen 4000 series CPUs, AMD is ready to take on Intel's Ice Lake and Comet Lake offerings head-on. This is a big deal, folks, as it marks a full-court press for AMD in the notebook space.

AMD has been working tirelessly to bring their Zen architecture into the notebook market, and it's finally starting to pay off. With their new lineup of Ryzen 4000 series CPUs, AMD is focusing on overall efficiency and performance. They're not just throwing more cores at the problem; they're also focusing on clock speeds and power management. This approach has allowed them to create a more balanced CPU that can handle both high-performance gaming and thin and light notebooks.

One of the standout features of AMD's new lineup is their use of Ryzen 7 4800U and Ryzen 7 4700U processors. These CPUs are based on Zen 2 architecture, but with some tweaks to make them more efficient and powerful. The Ryzen 7 4800U has six cores and 16 threads, with a base clock speed of around 3.1 GHz. However, AMD is also offering a version of this CPU without simultaneous multithreading (SMT), which may seem like an odd decision at first. But, as explained by the host, this approach can actually be beneficial for certain types of workloads.

Another interesting aspect of AMD's new lineup is their use of Ryzen 5 4600U and Ryzen 5 4500U processors. These CPUs are also based on Zen 2 architecture, but with a focus on power efficiency and performance. The Ryzen 5 4600U has six cores and 12 threads, with a base clock speed of around 3.6 GHz. However, the Ryzen 5 4500U has SMT disabled, which may seem like a disadvantage at first. But, as explained by the host, this can actually be beneficial for certain types of workloads.

AMD's new lineup also includes an updated Pro Series, which offers additional security features and performance enhancements. This series is designed to meet the needs of professionals who require high-performance computing and advanced security features. With their new lineup, AMD is confident that they can offer a more balanced and efficient CPU than Intel's mainstream offerings.

But what about gaming, you ask? Well, AMD has some exciting news for gamers. Their new lineup includes support for NVIDIA-based graphics, which allows them to dynamically shift power between the CPU and GPU. This technology, called "Smart Shift," enables the system to optimize power consumption based on the workload. According to AMD, this can result in up to 10% higher frame rates and faster rendering speeds.

One of the most interesting aspects of Smart Shift is its potential for gaming performance. By dynamically shifting power between the CPU and GPU, AMD believes that they can achieve much higher frame rates during gaming. This technology could be a game-changer (pun intended) for gamers who demand high-performance computing.

AMD's new lineup also includes some impressive specifications, such as the Ryzen 7 4800H and Ryzen 5 54600H processors. These CPUs are designed to offer high performance at lower power consumption levels, making them ideal for thin and light notebooks. With their increased base clock speeds and improved power management, these CPUs are sure to impress.

In conclusion, AMD's new lineup of Ryzen 4000 series CPUs is a game-changer in the notebook space. With their focus on overall efficiency and performance, they're offering a more balanced and efficient CPU than Intel's mainstream offerings. Their use of Smart Shift technology also enables dynamic power management between the CPU and GPU, which can result in much higher frame rates during gaming. We can't wait to get our hands on these CPUs and see how they perform in real-world applications.

"WEBVTTKind: captionsLanguage: enAMD hi there I'm looking at you we'reall looking at youyou know Intel's opening the door youjust gotta walk right through itand don't screw up well that didn't taketoo long did it I mean AMD pretty muchstole the show again here at CES 2020 bynow I'm saying a whole new range ofnotebook processors that are supposed togo head-to-head against Intel's ice Lakeand comet Lake offerings after seeingthem dominate the desktop market withZen to architecture on their rise in3000 series processors AMD is bringingthat architecture into the notebookspace and this is super exciting news solet's see what they'll be cooking up toright after a quick message from oursponsors of CES 2020 the quiet fan textum I'll take and razor without them ourshow coverage would not have it possiblealright so why is this announcement sucha big deal well if you actually take astep back about a year ago AMD announcedtheir synth + architecture into thenotebook space and it's been around fora year in fact I did take a look at anotebook from Asus called the GA502 doit was an ROG notebook performance wasreally not that great compared to whatIntel had on the notebook space and thatwas one of the biggest drawbacks ofthose Lampa processors but things areabout to change in a really big way thisis gonna be a full-court press withh-series processors for high performancegaming and new series for thin and lightnotebooks finally there's also anupdated Pro Series for professionals whoneed additional security and morefeatures for AMD it all starts bybattling Ice Lake and comic Lake you ontheir home turf and that's where theRyzen 4000 new series comes into playhere's what you need to know the newCPUs are based on Zen 2 vs. the 3000series is n + + are coming in configswith up to 8 cores and an insane 16threads that's a massive improvementover the last generation but one thingyou'll notice is while core counts areup the clock speeds are generally lower- unfortunately AMD isn't using NaviGPUs in fact they're back to RX Vegagraphics with a more enhanced designthat allows them to sustain higher clockspeedsnow those clock speeds were achieved byusing less compute units and this wasalso done to save some die area withthese changes TDP starts at just 15watts but AMD partners can config thatup to 25 watts that up toBeck is super important to remember aswe dive deeper into the specs since theclock speeds you'll see our maximumbased on the highest in ipconfig and notall systems will hit those let's startat the top with that eight cores sixteenthreaded monster the Ryzen 7 4800you it's clogged speedsare pretty low but this thing is allabout throwing as many cores as possibleinto a thin and light notebookpersonally I'm thinking this CPU will bean awesome option for content creatorsmoving down to the Ryzen 7 4700U and 4800Uwell things are a bitconfusing the 4700U actually havesimultaneous multithreading disabling onits eight cores and that might look likean audition but let me explain we'vealready seen physical cores always befever chill once created by SMT so thisapproach will really help be forty sevenhundred you compete against insults forkor a thread isolate and comment Lakemodels but what about the 4600U yeah six course 12 threadsand essentially matches the 4800 speedsso it'll probably have slightly highermulti-core performance when all thethreads should be loaded it's a reallyodd positioning but there should be agreat Commet Lake i7 10710 you commentprocessor stupid Intel the six core Ryzen5 f4500U and thefour core Ryzen 5 4400U look really interesting aswell especially since they also have SMTdisabled so they're already havingpretty big advantage over Intel's lowerend CPUs actually when it comes to aperfect combination of price performanceand battery life the 4500 you looks likethe best choice on the market right nowpast adding more cores and upgradedgraphics AMD has really focused onoverall efficiency by adding support forlpddr4 X and generally loweringcomponent power that should mean muchbetter battery life and quieteroperation for notebooks when it comes toperformance it looks like ice Lake maybein a bit of trouble guys especiallysince it looks like aim the beats the1065 g7 my favorite processor of alltime across the board even in singlecore considering what we've seen thoughcommonly could provides bettercompetition since it offers higher clockspeeds and more core now it's the samestory with more intensive abs andbecoming really evident that ice lakesperformance limitations are coming backto bite Intel in the but they're tryingto get some positive press by announcingthe ten nanometer plustiger lake with XC graphics at CES butwe're only expecting that at the end of2020now there's something really interestingwith this slide and it's not about howAMD's pulling ahead in some games lookat how close the gentlemen graphics anice Lake have come to matching or evenbeating the updated Vega and some keygames it makes me wonder how this chartwill change once x/e hits the tiger lakeCPUs moving on to the high-performanceHCR CPUs and this lineup is much smallerthe Ryzen 7 4800H and the Ryzen 54600H are basically the same CPUs asthe 4800U and the 4600U butwith much higher base blocks TVP hasalso been increased to a configurable 351 to 45 watts with those things in mindthey'll offer much more performance thanused series but the hardware specs areonly half the story here the thing isthey've also incorporated a newtechnology called smart shift thisallows a system equipped with a navibased graphics and a new Ryzen 4000series CPU to dynamically shift power towhatever it's used the most if it'seither the CPU or the GPU as an examplethis could allow for much higher GPUclock speeds during gaming since it'sbeing given a larger portion of thesystem power resources the same could besaid for CP performance during renderingaccording to AMD this allowed them toachieve up to 10 percent higher in gameframe rates and much higher CPUrendering speeds as well now on toperformance and weightwhat indie we doing I mean you're muchbetter than this you're comparing a 16thread processor to intel's i7 9750 hwhere's the 16 thread 99 ATH K or the 99ATH there's no need for stuff like thisI mean come on guys that's everythingthat you need to know about AMD's 4000series processors for the notebook spaceI can't wait to get them in the studioto do a full performance analysiscompared them to Intel's isolate comicLake and their mainstream offerings onthe notebook arena and yeah let me knowwhat you guys think about them are youexcited about them in fact if you arelooking for a new fan in line notebookor even a new gaming notebookare you excited I'm really curious toknow the comments I'm Eber with Hardware Canucks thank you so much watching I'llsee you in the next one\n"