at ces NUMBER_TOKEN amd this year had a lot to show off i'd say this year's keynote was much more exciting than last year's however if there's one product that intrigued me but not necessarily in a good way it was the ryzen NUMBER_TOKEN NUMBER_TOKENx NUMBER_TOKENd a strange product which makes you question who's actually going to be buying the cpu or rather who's it for exactly let's discuss that in this video hey if you enjoy content like this drop a like make sure to subscribe and smash that bell so you never miss another video hey what is going on guys danny here welcome back to the channel and i hope you've all been doing well earlier this year ces NUMBER_TOKEN had kicked off and all of your favorite and big consumer electronics brands showed off new products they'll be bringing to the market later this year amd was amongst one of the companies that had a lot to show off and i'll be making some videos where i'll be talking about products that interested me or at least that's the goal i'm just finding with all the limited time i haven't been able to post much anyways for this video i wanted to focus on the ryzen NUMBER_TOKEN NUMBER_TOKENx NUMBER_TOKENd a new ryzen NUMBER_TOKEN sku which is utilizing amd's NUMBER_TOKENd v cache technology which they demoed last year at computex NUMBER_TOKEN. let's quickly recap what they had showed us from computex NUMBER_TOKEN after establishing chiplet designs lisa sue mentioned that their next step was to bring NUMBER_TOKENd chiplet technology to the hands of consumers working closely with tsmc they were able to use their fabric designs to achieve the ability to stack multiple dies on each other the first application of this was to stack a NUMBER_TOKEN nanometer NUMBER_TOKEN megabyte sram to a ryzen ccd essentially tripling the amount of shared lNUMBER_TOKEN cache available to the zen NUMBER_TOKEN cores one of the major reasons as to what prompted amd to seek out this design is because a lot of games especially many modern games benefit from this large pool of cash and lower latency the prototype they showed off last year was a modified version of the ryzen NUMBER_TOKEN NUMBER_TOKENx which had a v cash die stacked on one of its ccds this resulted in amd attaining a up to NUMBER_TOKEN improvement in the games they showed results that you'd expect from a new generation of cpus fast forward half a year to ces NUMBER_TOKEN and we've got our first production model the ryzen NUMBER_TOKEN NUMBER_TOKEN xNUMBER_TOKENd essentially it's a NUMBER_TOKENx with the NUMBER_TOKENd v cache stacked on top of its ccd what's interesting to note is that the clock speeds on this model when compared to the original NUMBER_TOKENx are actually quite a bit lower looking at the specs of the NUMBER_TOKENx it has a base clock of NUMBER_TOKEN gigahertz and a boost clock of NUMBER_TOKEN gigahertz although it would boost a bit higher than that even at stock since the numbers i find are a bit conservative so in games where they don't necessarily benefit from a large amount of cash there would actually probably be a reduction in performance due to the lower clock speeds at first i was a bit surprised by this i assume that since the seven
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