22 Burst results for "Fourteen Nanometer"
Intel buys time with 'retrofit' Rocket Lake desktop PC chips
"Intel fully unveiled at seven th gen core desktop chips also known as rocket lake s these the cypress cove architecture which is at fourteen nanometer implementation of the willow cove architecture also used in ten nanometer tiger. Lick chips for laptops. That's important to note because the top of the line said in the gen desktop chip the core. I nine eleven nine hundred k. Has eight cores and sixteen threads which is to fewer occurs and four or fewer threads than the previous ten th gen flagship. The idea is that the more efficient architecture makes for up for the drop in cores in threads but until would like you to ignore all of that and pay more attention to instructions per cycle because those are nineteen percent better now and that's fair that's fair since most games don't use multiple cores anyway and the new top chip reaches up to five point three gigahertz on a single core until touted a fourteen percent improvement on flight simulator at ten eighty p even on multi core functions to- claims it's eighty eight percent faster than its last gen ed video editing and thirty five percent faster than is rising nine thousand nine hundred x so the independent benchmarks will be important. There are other advantages though. Potentially the eleven gen chips also address sizable bar which is a frame rate boost to compatible graphics chips from nvidia an md. You also get support for usb three point two john to by two thunderbolt four. Ddr four thirty two hundred ram and twenty gen four pci lanes new five hundred series. Motherboards are coming but rocket lake s will also work with existing four hundred series boards over clockers. we'll get a new and updated features in until extreme tuning utility if you're wondering about price until eleven gen. Desktop processors are available now from eighty two dollars to up to five hundred thirty
AMD Outshines Intel at CES 2020
"Think the big news for us us at this week in computer hardware as Amdi is absolutely totally and utterly taking seven nanometer into the mobile space and gunning for Intel's tells biggest moneymaker on the CPU side which is of course laptop processors or mobile processors. And and that that was the big sticking point we've talked so much in two thousand nineteen about rising three thousand processors and they had their seven nanometer zen to architecture picture and as complicated as Pew Micro Architecture is just the fact that Ed they reached that seven nanometer number to do things like really push shit with aggressive clock speeds release more cores because they went to a new manufacturing technology that uses something called chip bullets which are little. CPU CPU while they're they're small. CPU dies that go on to a larger substrates. And you can put more than one of them onto a CPU so on desktop that can fit two of these things in the same size processor package that used to top out at four six maybe eight cores. And now we have products like they're sixteen core reisen nine three nine fifty x so on on the mobile side though there was brazen three thousand which was just kind of rebranded Zen plus technology from the year before so it was still on twelve nanometer. It it didn't really make the impact on mobile that you would expect it. Although we talked previously about Intel's woes kind of getting products out the door. They had their own fourteen hundred meter Issues with supply so more and more laptops started becoming available with Andy as an option even though it was an older architecture the great thing now as far as competition goes and and seeing where this will take us as far as mobile performance in two thousand twenty is susanne to is now on mobile big announcement and we're talking about mobile parts that are up to Acor sixteen threads and that's from a forty forty-five watt part that would be the rise in seven forty eight hundred h and actually a thirty five watt variant of. It called the forty eight hundred. H S also exists Eisai's Jason is one in an RG notebook. But you know it's pretty serious stuff. We're talking about you know four. Six eight core hyper threaded or in this case. SM T like multi threaded Parts for Mobile at seven nanometers hitting the kind of TDP. EP targets that we've been used to from inside with their higher performance mobile parts which up until recently I mean I think the highest part from Intel on mobile global is probably going to be. I think it's a core sixteenth as well. There's an option for that. In some very high in notebooks and linked the new macbook pro and that sort of thing prior to that they'd had an option for up two six cores and across the board most of their options around the four core mark and those are still fourteen nanometer parts. There are some ten meter parts out there. We you definitely saw more announcements of your stuff from Intel et ce. Yes but just the fact that reisen three thousand and is now on mobile. It's called Reisen. Four thousand that's the thing the mobile parts or a generation ahead as far as the naming convention goes but it's it's literally just the notebook variant of two thousand nineteen hottest product. So that's very big news and just Everything that that involves I really at at this point. They don't have navy on mobile we haven't you know we know that's coming coming we know they're working on Nahvi integration with AP US obviously amd has has scored the win with both of the new gaming systems. Coming up with the xbox playstation decision five so we coming but for now we've already seen things at CVS like the forty eight hundred thousand seven mobile part are paired with like an arts twenty sixty in a high end gaming laptop. And that's just something that we had just totally foreign to anybody who has gone to any of these shows covered industry for the last five or six years when any gaming laptop period or productivity machine. The one I'm holding in my lap right now I was always some form of either a core. I five or core. I seven mobile Intel part and if it offered discrete graphics it was probably going to be an invidia discrete graphics exchange and now. AMD has found their way into more and more laptop models throughout two thousand nineteen and now isn't just a sort sort of metoo products where they can fill a void left by Intel struggling to meet demand for their fourteen nine meterologist parts suddenly. It's it's a significantly better alternative in some cases depending on what the target is. I can't wait to get these end because we can look at at charts and we're looking at right now watching the video of you know single threaded performance gains multi threaded gains the graphic performance. Because there there are integrated graphics with these as well But just getting them in hand testing laptops and seeing what the finished product is going to be if the battery life is going to be any different than Intel Park because if we get these and they run at the same temperature as as an integral part and they have about the same battery life but you're getting higher core counts. It'll I feel like it could do the same thing. That's rising did on desktop where really pushes Intel to respond with more and more of what had been reserved for those ultra high performance. Like mobile workstation parts. Yeah because that's kind of what this is like the forty forty eight hundred zero reisen. Part is like a mobile workstation. CPU Yeah No. I mean that's the big thing for me. is they from really from a performance standpoint. This is this is fantastic right. 'cause we can pretty much guarantee they're gonNA cost less or the same amount of money. You're you'RE GONNA get a lot more course. What I'm very curious about is to see how ambitious Abe's architect fares are architecture with battery life? Because so much of Intel's Technical Prowess or engineering focus over the last few years has not been about like upping the amount of work clock cycles so so much as they have been working on reducing the amount of energy consumed by the processor at all and the associated chipsets sets and everything else around it and they have a lot of fairly serious engineering accurate and tied up in that we think you know and part of the reason we think that or I think that is because you know until told us for years at the Pierre is not the big power consumer the CPR is not too big power. It's the screen. And then they get a massive Chains they just re architect it the way they handled You know the power of the processor and all of a sudden battery lice went up like fifty percent and it was just kind of like okay. That happened but to get back to where you were going. I think if if you can you get more performance but you have to. The battery life is becomes less compelling story. I think they have to deliver battery Park. That is comparable to the Intel parts or the battery. Life's for us to. I mean this is exciting though I really WanNa see whether or not you know. HP Dell and Lenovo. Oh step up to sign up for these parts on their premier laptop lines which would be a gutsy move for them to this is going to piss off Intel and there's always the possibility is is amby going to be able to scale on this. Are the parts going to be. It's it's always exciting when you go with something new but I envy is a lot of experience with seven nanometer at this point and we seem to still be able to buy GP SO I. I feel That that the the the processes working that said I think their goals to sell like an order of magnitude more mobile processors. They sell jeep us. Because there's a lot more mobile users than there are are people Graphics cards for gaming so I mean in terms of like our coverage is probably the biggest story at the
AMD Radeon RX 5500 XT Review: Navi Attacks the Mainstream
"Sebastian. You are in benchmarking central for pc per you have bled on the Rx five fifty the the latest amd Radian you titled the Article Navy Attacks. The mainstream I feel like this hints that this is an affordable card. This is this is basically their replacement for that price. Point that we've been used to from them that sort of two hundred dollar range part from the RX. Four four eighty two the five eighty. And we've been for a while now we've gotten used to seeing there are x five ninety selling it around that two hundred dollars price point and here's another another card. That's two hundred dollars for a desktop. She pugh targeting ten eighty performance for an ache by version. But they're also offering a four gigabyte goodbye version. Basically you know if you're targeting ten eighty p you don't necessarily need all that extra video memory depending on what you're doing what game you're playing. So then they have have this cheaper variant which is only one sixty nine and it pretty much goes head to head against the GTS sixteen fifty super though that card is ten dollars cheaper. So that's that's the back story for this launch invidia obviously knew this was coming. AMD had released east to OEM's this radio Rx fifty five hundred product. It turned out that was indeed an OEM only product. They'd said something about it coming desktop in in December on the reverse briefed about it. Well here it is and the desktop version is actually called the Rx fifty five hundred x t and and when I first heard that and thinking oh so this is what are the specs. What what is this What what differentiates this from the OEM version and really? It's just clock speeds. The X T is faster astor. It's it's the same. GP It's the new Navy fourteen right not to be confused with fourteen nanometer seven nanometer part. It's still the new. RDA The architecture. We just got navy. Ten or navy ten I that was with the our expertise seven hundred series and now we have fourteen and this is the same chip using for their fifty five hundred mobile parts. Like what we find the new macbook pro sixteen that we talk about every week. It seems and so. It's twenty to compute units. Fourteen hundred eight shakers eighty-eight texture units and thirty two rops and it's using really fast. Gdr Six memory. This is served fourteen gigabit per second memory and like I said a four gigabyte and an eight gigabyte version are going to be available available. In fact they are available. I was sent by. AMD was partner card so this is a partner only launch companies like X. FX and Sapphire esus and and the rest are going to have their own products for these amd doesn't have their own reference card that was kind of the oem only market for those so we got at this nice nitro pulse card from Sapphire which is one of those dual fan aftermarket cards and I ran it through some benchmarks benchmarks at ten. Eighty P using high settings to to see how it compared against others like sub two hundred and fifty dollar cards. And if you look at the performance numbers it's basically it loses to the Rx five ninety in most of the tests by a very small margin and it's faster then the GTS sixteen fifty super by a small margin so it's right in between clean those two
Apple unveils new more expensive MacBook Air and iPad Pro
"Nice. The big ipad, the twelve point nine inch which really was the kocides of a pizza box. It was. Exaggerating. But it was so big I felt uncomfortable carrying it around. That that's interesting. They didn't increase the screen size on that one. They shrunk the overall package. So now, they say it's about the size of eight and a half by eleven piece of paper that actually. I don't know off to see so almost the same size screen as a MAC book. Garrett's almost a thirteen inch screen. So I think what's going on here is it apple is slowly telegraphing the fact that the MAC is on its way out and the ipad is on its way in they think of that as the future of computing. In fact, they even said that in fact benchmarks have seemed to have confirmed that it's faster. The twelve x bionic chip in. It is is is is is as fast as it's MAC book. Pro chip in many cases note, by the way, very importantly, the macbook pro chip is an Intel chip the twelve x bionic is an apple chip apple designed, and then they outsource it to semiconductor manufacturer and Taiwan. TSMC? That's interesting to me. It means to me Apple's getting so good at chip design that they will soon, and this has been the long been the rumor abandoned Intel. Although I just heard that they're probably gonna use Intel motives in the and their I and they go to five G at twenty twenty. But I think they're playing is. Let's get off the Intel training tells moving too slow for us. They point out. This is the first time anybody's made a chip with this new seven nanometer processor Intel's can't even tell stuck at fourteen nanometers like lightbulbs, the better the better processes have lower numbers. Unlike light bulbs. Yeah. The smaller the chip. The better seven billions of a meter is what that means is lower power, but also more efficient and faster. So they've got it really impressive chip in there. And I honestly think that this is Apple's intent is that we will stop buying those max, we don't make enough money on those max apple says get rid of the max by these nice, shiny, ipads, and iphones. Those are nice. Those are shiny makes money on those. So honestly, I feel like that's that's just it's just a little bit more confirmation that that's where we're headed. And honestly, I, you know, I, of course, for review purposes, I bought all of them. It was very expensive Tuesday. But I do it for you understand. I got the big one the little one the medium one the small one the toll one, I got them all and and we'll have reviews. In fact, they're coming soon you can order them now and go to the store and get them on Wednesday. And so by next week. I'll have at least a first look because that's four new devices. Amac minium macbook air and a big I Pat and a little I've had that I've got a review, but I will have those all for you that will be able to talk a little bit about eight hundred eighty eight ask Leo is the phone number. You can ask me about the new apple stuff. You could ask me about the old apple stuff? You can ask me about anything. Eight eight eight eight two seven five five three six that's toll-free from anywhere in the US
"fourteen nanometer" Discussed on Accidental Tech Podcast
"Integrates with the cooling system and what the optimal arrangement is. And it's not just as simple as if CPU gets hot, make ghoul Napalese, right? There's a bunch of his curves and their settings like very complicated. Right. So it was so much simpler when there was no turbo boost, and the CPU had had a speed and maybe you could overclock it, but either way just stated that speed all the time and there was no speed step, and there was no, you know, throttling and it was just an, we use still use those same terms, those same sort of measurements in the same conception of how they work. But in this modern age, like I was saying the within laptop like the and the over provisioning, like things are more complicated and everything is trying to some kind of compromise because. You can't have laptop like this with the CPU like this that behaves like one from a decade ago or it can run a maximum power all day. That's how you can measure battery life, right? Everything is a very complicated compromise involve involving hardware and software management and various curves and specific loads of specific applications sets of instructions. Just everything is much more complicated than it used to be, and I can only imagine what it's like phones like the world is the only reason we don't about the world's going inside there because it's like just a sealed boxed us. You know, we don't have. We don't have a history of smartphones, birth things, replaceable, and we had we could talk about them in the sort of modular way, but a lot of tops we do, but most of that is out the window now. So it's we're, we're grappling with it. And so I think is Intel because they have to sell these things and sell a benefit. And the last thing you wanna do and selling a benefit is to explain all the nuances like it's faster under the. These conditions with these caveats assuming you to this, that and the other thing, it's better to just say it's better to just say it's faster, right? And then when people find, but but what about this that and you look at until Davis says, yeah, no, that's in the docks, but it's very nuanced and we didn't feel like explain that to you in the sales brochure. Ultimate what this boils down to is the numbers that Intel quotes on the news. Like this is a two point nine, yet your processor, it basically means nothing physically. You can't take anything absolute anymore. I, it means it can run faster than the two point. Seven. One of the two point. Two like the numbers are still comparable for the most part, although it was a sorry, I just saw fly by right recorded if they aren't even proportional like the like the two point, nine is not like, you know, forty percents, whatever it is faster than the two point two. Yeah. All the because you have to look at the turbo things and they might not be proportional to the base clocks. Here's one that makes it even worse story. I just saw before we recorded is that in in the upcoming generation, which I think they're going to go to eight cores instead of six again on the same process. As far as I could tell, geez, they're taking hyper threading out of the I seventy. So now instead of it instead of being a six core like twelve thread, it'll be an eight core thread just just as a confusing even more and should still end up being faster than the old ones, but people are going to run their CPU meters and be like, hey, there's fewer lines. This fourteen nanometer forever. Thing is kinda like the what the hell was a chat room can help me five hundred thirty three megahertz front side bus and the g. four for like years and years when it was obscene. So to take a half step back, there was a Reddit post that got really, really popular a few days ago wear. Somebody who strikes me as very intelligent and very well read. And I don't say that sarcastically had had come up with a theory as to why this throttling was happening and they have since added to their posts with some new information which we'll get to in a minute. But if you scroll down on the link will put them show notes, you'll see where it says ritual post below..
"fourteen nanometer" Discussed on The Tech Guy
"Clinton what did you think of ambi and they came out with their not only they surpassed the twenty eight core they went to thirty two and then they went from there fourteen nanometer died two seven nanometer yeah i'm really rooting for md and i think with their latest stuff with the thread ripper and their new wrath ripper air cooler for the thread ripper a love the naming but the problem with that amd's facing i think is that they just now this may be i'll have to look at the benchmarks of these they may finally be catching up for some reason they've been a it's been a little hard for them to make chips that are as good as the intel chips and for longtime i loved amd and i was grateful amd because without amd intel would be even worse than it is but in the last couple of years intel really has gone downhill they have not been able to innovate and it's given amd time to kind of catch up so these new amd processors are i think at least on paper fairly impressive that the they have a thirty two core thread ripper but remember one of the things to keep in mind you're obviously enthusiasts the number of cores isn't necessarily mean it's it's a much faster processor the cores benefit you if you do something that will you use more than one core but most of what you do right only uses one court at time right and that's my final last question i'm going to be putting together a quote unquote workstation i do i'm not really interested in gaming more as far as like a rendering and three d modeling and so forth that's where you'd be benefiting right multi cores you know i bought i bought the ten core i mac pro and it doesn't feel any in any way faster but i can keep a lot of processes running at once and when i'm doing things like three d rendering that do take a lot of time it is fast right though you know i recently three d rendered a go pro video it still took many hours just fewer hours single or quad core or dual core processor.
"fourteen nanometer" Discussed on KFI AM 640
"You can get most unlocked intel chips nowadays up to that if you can cool them with liquid nitrogen yeah that was a little disingenuous of them wasn't it i this is their new this is the fiftieth anniversary chip the eighty eighty six k right okay when you see k on an intel chip that means it's unlocked that means ukraine overclock it so drawing actually where you can you can giving away eight thousand eighty six of them yeah yeah good question was nitrogen cooling in your sister they say the say the base clock is four gigahertz the real truth is it's been very hard for intel or anybody else to get a chip festival for gigahertz efficiently effectively doesn't surprise me go ahead second question what did you think of when they came out with their not only they surpassed the twenty eight core they went to thirty two and then they went from there fourteen nanometer die at seven nanometer yeah i'm really rooting for amd and i think with their latest stuff with the thread ripper and their new rask's ripper air cooler for the thread ripper and i love the naming but the problem with the amd's facing i think is that they just now this may be an i'll have to look at the the benchmarks of these they may finally be catching up for some reason they've been a it's been a little hard for them to make chips that are as good as the intel chips and you for a long time i loved amd and i was grateful amd because without amd intel would be even worse than it is but in the last couple of years intel really has gone downhill they have not been able to innovate and it's given amd time to kind of catch up so these new amd processors are i think at least on paper fairly impressive the they have a thirty two core thread ripper but remember one of the things to keep in mind you're obviously enthusiasts the number of cores isn't necessarily mean it's it's a much faster processor the cores benefit you if you do something that will use more than one core but most of what you do only uses one court at time.
AMD Unveils 32-Core Threadripper 2 CPU
"Doing that maybe i missed great proper movie so well on that desktop tip intel announced a copy tax it will launch a single suck at desktops cpu twenty eight cores running at five gigahertz sp gregory bryant ran the senate bech benchmark on its on state onstage yielding a score of seven thousand three hundred three four until plans to sell the cpu by the end of the year until also announced it will make fifty thousand special core i seven eighty eighty six casey cpo's i had so much love less of a harder time doing this on headlines this morning to celebrate intel's fifty year company anniversary but also the fortieth anniversary of the eighty eighty six processor which is intel's bestperforming mainstream coffee like processor if we're taking notes with the base frequency of four point gigahertz and a single court turbo of five point gigahertz for probable four point six gigahertz all courtroom oh and and finally until ts fourteen nanometer eighth gen whiskey league processors for lightweight laptops and fourteen nanometer amber lake thin laptop and tablets a one point five terabyte octa pain as sd and a smaller employment to design and a partnership to sell five g capable laptops from acer acis dell hp lenovo and microsoft in sprint stores next year so this is until on three points hitting we are super fast and powerful still don't don't ignore us we have twenty eight cores also been around forever and we're still making great chips so check this out we're going to celebrate our history and third we are on the cutting edge we're gonna you y'all want laptops with network connections that's the next hot trend and we're on it we're going to partner for five g capable laptops i paused after after the eighty six because i thought you guys would be so thrilled but it's it's interesting to me.
"fourteen nanometer" Discussed on The Talk Show
"And even then they were like software like for i life apps or something so if they don't do it a wwe then pushed back to september and that would mean that the ipad proce either skips an entire generation of a what do we have to eleven processing eleven and goes right to the twelve or the ipad pro gets the eleven an entire year late and remains a year behind cpu wise you know the iphone whatever comes after the iphone ten and eight and the curious and the max are huge question mark now because intel is just having the worst ever since they went to fourteen nanometer they've had the worst time they went from tick tock tick tock tick tock optimize optimize optimize and i've talked about this before but every time i fall asleep i'm afraid i'm going to wake up and they'll will have sandwiched another lake in between coffee laking candidate so they've been there a lot of the mac delays we've seen lately are entirely because intel hasn't had the chips ready and i don't know if the coffee lake mac chips are ready there's an insert we don't have time to go on a tangent about the hypothetical move to arm for the mac except to say that at a certain level you can hit wave your hands over some of the technical complexities it certainly would make sense for the mac book the mac book would actually get a performance bump i think my guess is that a mac book running an apple a twelfth processor or evening eleven processor would get a nice performance boost across the board.
"fourteen nanometer" Discussed on MacBreak Weekly
"I forget whiskey lake ice lake and all these other things where it's so confusing to see we're going and there's been a bunch of articles this week thing that maybe tells not going anywhere which is sad given how big elite they hadn't in this space ice lake by the way is the canadian only version of the intel chips i can't tell anymore because they were going do a split desktop laptop strategy where one win ten nine meter in one st at fourteen nanometer and it's it's getting more and more complex used to be remember that was tick tock tick tock it would be a process shrank and architecture change and now it's tick tock optimize optimize optimize optimized okay optimize we don't know if they'll get it don't you think this amd gp with an intel cpu is right up apple's alley because apple's all in on amd right at that's that's their chosen partner for you know the radio for their gp this would be a natural for a pro laptop right so i'd love to see it yeah plus plus all the stuff that's being pushed off to gp these days the idea of having a hybrid cpu like that that's such an easy an easier we were talking about last week about how one of the one of the big difficulties of designing a really high powerful cpu is that electrons are way too big and chunky for the speed they're trying to get out of them and one of the ways around that is become a work on these more clever hybrid designs and a combination cpg p want one single component is a really good way to get at that and the g is designed for laptops yeah so i think i i will be willing to put money or at least the fine bottle of wine on the on the new on new magin if new mac book if pros this week if it ships with this plus a teacher then you'd have arm plus intel plus amd on a weird combination and so so i'm pretty sure that we're gonna see new macbook pros i don't know if we'll see new mac book airs.
"fourteen nanometer" Discussed on PC Perspective Podcast
"Essentially eighteen months to to your lead in process technology where even if they had a bad design they could use process technology to make it better than the competition now this kind of broke down in two thousand four two thousand five when amd for example us using hundred thirty and ninety nanometer four their athlon sixty four but even though the penny of fours were a jump ahead of them in process tech amd still had the better performing product was lower power it was faster by far per o'clock all these other one of things that they brought to the table back in not fourteen years ago yeah i had some hair back then but you know they amd was able to kind of trump process with design and that was kind of a one off deal i mean we hadn't seen that since you know the case seven was kind of that way but you know until had the pentium three and then they use process kind kinda get above that but amd never had much more than about six or seven months of having kind of a level playing field in terms of processing now we're seeing that kind of turn around the twelve nanometer product from amd is is actually very close in terms of performance and density as intel's original fourteen nanometer process now anterior even a in beaches to be fair even to amd's global foundries fourteen nanometer yeah nickel hundreds and i'm sorry the process that they're using which is from andre but then the fourteen nanometer plus and fourteen plus plus from intel actually go a little backwards in in density to improve on speed and power performance.
"fourteen nanometer" Discussed on The WAN Show Podcast
"Yeah yeah yeah the this isn't to to add a little bit too this isn't rumor mill stuff i often complain like oh i don't like remers this was from i believe a shareholders call yes during their quarterly earnings call and this was yesterday intel basically was like yep this is a thing i i it's not too surprising they've been like a lot of the news lately of like oh this person has been hired for intel has been like them poaching from other companies pretty aggressively so it seems like they knew there was a problem they've been trying to pull people into solve it jason do you think they were trying to bury this news somewhat under an extremely strong quarter earnings they were i mean they had great earnings but they're they're desktop businesses flat it's their services business that's up and it looks like we're going to be getting yet another iteration of fourteen nanometer beyond coffee like believe it or not homely crap i mean this is kind of does this feel really similar to what started happening with gp us right around the twenty eight nanometer time yeah when is the last time amd had the chance of having a cpu at a smaller production process than intel i don't think i've been a computer enthusiasts long enough for amdi to have even been on the same process notice intel and i don't mean where they like intel when it went ahead and then amdi caught up until when i mean for amd to have launched at around a similar time with using the same manufacturing processes intel so just for for those of you who aren't familiar with what this means there are a number of things that make a cpu or gpa or any kind of processor inherently better so adding more cash for example adding smarter cash that is as long as it's not suffering from specter or meltdown related issues.
"fourteen nanometer" Discussed on Let's Talk Bitcoin!
"During this is pay not only will they have the level of professional understanding to build a well design chip but the big guys in this world had access to the real fabs there only a couple of fabs that have i forget what nanometer like for up to at this point in the cycle but let's just say 14 is the smallest right now the you know there are only so many fourteen nanometer chips and there are other only so many customers who can buy in bulk in order that that fabric be willing to produce on top of and if you could recall in the early days of bitcoin the only thing that mattered in life was when you've got your shipment to the day because of how quickly the hash rate was growing because everyone was playing the nanometer race because we are going from like one twenty two beater all the way back down to two what commercial consumers have and i would be interested if samsung makes a place so large that are actually able to push qualcomm off the cell phone chip line and get something that is actually a smaller nanometer there in any other chip out there and then it you you would see one of those crazy five x events in the hash rate in a couple of months once again i think a company like samsung with the technical expertise that they have will definitely push innovation and come up with unique and creative uses that we're not even thinking of for these asic chips so i'm excited about it i think if you look at the conspiracy theorising that can occur especially in the governance of career as a country and the fact that samsung is is the majority view qatar reader courier and how much asic list was a conspiracy with john than the inordinate influence on consensus he affected on bitcoin for a very long time even still to this day i think it is kind of scary to think of a real publicly traded company that has the by it in support of an actual government behind it with actual shareholders that can do things at levels of sophistication that people can find out at a level greater than something like a dream han could try to do might be sort of one of the greatest exa central threats to the free expression.
"fourteen nanometer" Discussed on PC Perspective Podcast
"The infinity fabric working with gpu and sepia we've we've talked about cebu infinity fact fabric working with the member controllers and the crossed cci acts communications and bob the cash memory and all that stuff but now we finally get to see this running with a gpu and this infinity fabric took up i think quite a bit of designed time get it implemented on a jeep you side and this not only four the cpu i mean not only for the stand along graphics but i mean really was aimed at this this is where they think that it will really be great for power at performance and just the granularity of love memory accesses on powersharing all these things that that we can expect in a nextgeneration ap you it looks like it's going to be showing up here um they've improved apparently uh lane cease internally for caches and memory accesses in as compared to rizon uh you know the initial rise and so it's it's a slightly redesigned core but it's not anything new amazing i mean but it will see to to five percent depending on some some corner cases uh that fought they've knife probably worked on power extensively this is still a fourteen nanometer part it will be moving to twelve nanometer some time i think next year but uh it's it's aimed needed this and they view the badly i think it was only going to help them out i think this l this slide heroes shows it in that it's not something that enthusiasts really think of it very often because hey rise in romney's discreet up level blah blah blah therefore you know half of the market essentially day just use the integrated graphics on until part and the rise in parts were fundamentally disadvantage by requiring somebody to buy even if it's a thirty or fifty and eighty dollar gpu and added that the el added power draw and and ad kind of the driver conflict seattle sorts of fun yeah and and amd was kind of missing out on one of the you know tent pole capabilities that it has its graphics ip uh you know so i think they they'll have they'll have more complexity trying to convince people that the advance graphics in a rise in ap you the and i wanna be clear i don't think embe's calling these ap's anymore but.
"fourteen nanometer" Discussed on Tech News Today
"It was interesting to talk to next year because they are one of the companies that are coming out with very giving specific routers to to try to enhance gaming performance uh links as did one last year in a partnership with uh uh uh brivet networks reductions partnered with intel aimed to use a big deal for me say they now sort of the next evolution of the rise in chip or they're going to go from the fourteen nanometer the told that amir so the bump and performance is not the rising to is out the next generation rising but it's an update um and that's got me pretty excited because the 1800 x was so powerful and now they're gonna stepping up a process and uh uh you know deliver a little bit more performance not a lot of details beyond that um you know twelve nanometer higher clocks be they've got a tweak the precision boost technology to the precision boost to those can be veiled on april twenty teen and they're going to be compatible with existing amd motherboards um the partnership that was announced november between uh uh intel and and amd actually come to fruition so there's going to be that eighthgeneration caabi lake with with a rising them graphics um probably didn't get the name right on that longs since an incredibly long name uh but it was you know it's it's it's uh tons of like lenovo with the new carbon than yoga x one the sps thirteen announcement the experts thirteen nourishes fifteen two in one that's going to have that coppi like g process with the nvidia or me with the amd graphics uh crazy sixty five inch gaming monitor slash television which i'm hoping to see that invidia has somewhere on the show floor um lots of gaming here lots of televisions lots of you know lots of stuff you see out of the corner of your eye when you're walking through tara j um.
"fourteen nanometer" Discussed on The WAN Show Podcast
"And intel's not really hiding it but they recently launched eighthgeneration mobile chips and the the assumption i think from a lot of people even fairly tech savvy the ice him to this the assumption was that an eighthgeneration mobile chip would be coffee lake which is their upcoming architecture nope these quad corp these quad koryu class mobile chips which by the by the way is pretty freaking sick so base clocks of anywhere from one point six to one point nine gigahertz and boost clocks of a three point four to three point nine gigahertz set four core with and these are all fifteen what parts are pretty darn impressive and are going to enable a completely new flasks of mobile device like i'm really looking forward to see if lg does a 2018 graham with these processes or or something like it because a quat is really the only thing missing you've already got an indian heap sd you've already got sixteen gigs plus of ran so the one thing missing is more multi throwing performance and they're even hyper threaded so we're talking fourcourse eight france these things look sec unfortunately this is not nearly the shift that we were possibly expecting bear built on a somewhat refined version of intel's fourteen nanometer manufacturing process and even though they're calling them eighth jim are actually much more similar both cpu gpu two for the seventh generation kaby lake so they're calling these kaby lake refresh which of my experience is anything to go on basically means kaby lake and it's frustrating because the whole idea behind with like a better understanding of their bidding yup the whole idea and will intel is iterating all the time so kaby lake refresh but they're probably already using all the things they learned in other kaby lake chips as it is because they are making changes over time for sorry john we are almost ready for you sorry.
"fourteen nanometer" Discussed on The Tech Guy
"I i feel like that's not what they're gonna call only because it's a brand name they've done once before the android k kick cat and everybody was up in arms including myself because as a tech journalist you don't wanna keep you don't wanna give kick cat a constant plug it sells kit kat bars googles have we take any money for it well we don't know what they got in return but nevertheless i wanna give nabisco a free ride every time we talk about android radio so be nice if but i don't but what desert do you call it with an old i don't i don't know there's not somebody said oatmeal cookie that'd be okay android oak hill cookie although android see the the second version of android not third there was no andrew day but android actually was the first public version was not was cupcake they've never done a cookie have they maybe they could do cook oatmeal cookie anyway and then uh august 21st on monday intel's going announce its eighthgeneration holy cow processors so it feels like there's speeding up processor generations at intel they just it feels like the just it has well uh than they did uh after has will that his sky lake then after sky like the the kaby lake and now they're going to do coffee lake which is going to come out on monday the eighthgeneration intel processors the irony is there hasn't been much improvement over the last few years there a little bit faster a little bit more efficient this is the last generation that will use what they call the fourteen nanometer process the calling fourteen nanometer plus that's the size of the smallest traces the smallest electrical lines is 14th fourteen billion ths of a meter which is you know smaller than a hair i mean that it's almost a molecule.
"fourteen nanometer" Discussed on KFI AM 640
"Android k kick cat and everybody was up in arms including myself because as a tech journalist you don't wanna keep you don't want to give kick cat a constant plug it sells kit kat bars google civil william take any money for it well we don't know what they got in return but nevertheless i wanna give nabisco a free ride every time we talk about and radio so be nice if but i don't but what desert do you call it with an old i don't i don't know there's not somebody said opio cookie that'd be okay android oatmeal cookie although android see the the second version of andhra not third there was no andrew day but android actually was the first public version was not was cupcake they've never done a cookie have they maybe they could to cook oatmeal cookie anyway and in august 21st on monday intel's s it's eight generation holy cow processors so it feels like there's speeding up processor generations at intel they just it feels like the just it has well then they did the after has will lose sky lake that after sky like the the kaby lake and now they're going to do coffee lake which is gonna come at a monday the eighthgeneration intel processors the irony is there hasn't been much improvement over the last few years there are a little bit faster a little bit more efficient this is the last generation that will use what they call the fourteen nano meter process the caller fourteen nanometer plus that's the size of the smallest traces the smallest electrical lines is 14th fourteen billion of a meter which is you know smaller the hair i mean that it's almost a molecule the next generation will be 10 nanometer in that you know you should see some improvement in uh certainly inefficiency when you get to 10 nanometer crisis smaller these get the less heat they generate less power they use anyway so boy a busy week new intel processors new android version a new galaxy note eight and this is just.
"fourteen nanometer" Discussed on The Android Police Podcast
"So what do we think of the the moto x four based on what we're seeing here in this in this league hits thick it is fat also supposedly as a thirty eight hundred lebar battery which is in supposes green size pre small by point two inches odds of so while there would be the mi6 with its five point one thirty three area this is a six hundred series snapdragon so it'll probably be pretty you know not to seek reverse the event said a six sixty which he wanted the newer wednesday will hopefully be a little better than what the six twenty five that have been in aleppo their mobile phones yes or the 660 of if you're not familiar this ship is uh a a believe it's a die shrunk ferguson um and that it's di shrunk and it uses a cry of cd use was qualcomm semi proprietary cdu architecture um and i believe it's on a fourteen nanometer cross us lemme double check your um ah who did not say another dozen um like welcome would say that if it was sixty fourteen however i guess they are wrap her fourteen nanometer so uh much more power and design then uh but we had on the older 25 nanometer uh six hundred series chipsets the crazy bu cores definitely should get some you know guarantees and speed gains got new quotas by christ p a much nearer heck's gone the as deep heart that should um you know for things like always on listening um this looks to be a pretty a high end mid range ships at so you've got um you've got eight uh welcome crises 60s he views into point you gigahertz and andretto 5 g use so this is a this is very modern even sports welcome quick charge for which no vote actually sports yet because i don't think it's actually ready but it's it's there.
"fourteen nanometer" Discussed on Daily Tech News Show
"A valve you may know them as the runner of the steam service on pcs and of course maker great video games of your a announced the new card based video game called artifact it is indeed based on an existing game though their own a doda twogame deals of duty to admit yet among the few details announced the gate will have three boards characters from doda to and somehow involved building eric's creeps lanes that kind of stuff we don't go much else about it except we expect to launch in 2018 lotta people are rumormongering that this is maybe they're answered a harsh stone woolsey intel announced it will stream announcement of its fourteen nanometer eighthgeneration course epa use aka a coffee lake on its facebook page august 21st great aunt's coffee lake uh can you imagine a liquid coffee uh also anchor who i love and i have many anchor devices a probably way too many released a smart speaker called genie with amazon voice services built into it uh the genius about the size of ammo amazon's echoed dot but carries a better speaker and it sells for 35 on august 16th i'm probably going to pick one of these up given that i am sort of all in these days on the amazon voice services stuff well what better speakers i don't know if it will work with your amazon back end is the issues got amazon voice services on it but it doesn't necessarily tie into your adult a your app for the amazon echo so like grocery list and stuff like that may or may not work exactly the same i guess if using a skill like i use our groceries from a grocery list that could still work some curious on the back end what all is compatible but yes fifteen dollars cheaper than an amazon i could not with better speaker i would say if it allows me to use the skills that are installed in other words at the installation part of it i may still have to use either the ethics that i use of may a selection of echo's or the web or whatever.
"fourteen nanometer" Discussed on Android Central Podcast
"It is what it is this is samsung trying to eke out as much lock in as possible if if you're a samsung fan you're not allowed to say the words walled garden or complain about i tuned for any of that crap anymore period full saw um so we're we're getting a bit off track i wanted to talk a little bit about a couple other announcements from the motorola camp this week won't spend as long on it because these are the s the eighth ninth and tenth products that motorola have as announced the summer or this year this was the uh motto e four plus which was already announced earlier in the summer but is now officially come into the us it's a hundred and and fifty nine bucks they believe for a two gigabyte ram sixteen gigabyte storage version and it's got a five and a half inch seven twenty p display and a crazy five thousand million power battery so jerry even though this is running a snapdragon four twenty seven which was built on a 20 nanometer process which we all know is not nearly as efficient as the modern fourteen nanometer and 10meter nanometer processes this is still going to last alongside no doubt i i i can't verify that it's it's us b c notes yo speed but my career b i have one okay oh lucy than i should should've asked you there goes my idea of buying it is a battery pack uh you know if that's that's amazing end.
"fourteen nanometer" Discussed on PC Perspective Podcast
"I think so i am the door of the i don't think he has actually uh documented in the the news post but yeah that's about the highest biggest size um i think go up to about one hundred eight fifty is one many people kinda considered lee really reasonable size for interpose red fury was right around there at the very very top anka's fury was damn near six hundred millimeter metersquare for the actual diet self and then you had four memory modules surrounding it rather than just the kind of two larger ones that day hb 'em to has so no some interesting mixing and matching but i think what is strangest here is that fury is not all that far off in terms of performance from bega fee i mean yeah there there is a chunk but it's not i mean there says this is a furious about what 20 percent slower than a ten seventy the aim yet i can't remember exactly twenty fight us as right yeah and then in its go ahead go ahead okay um but we've got the same ministry munit in vegas efi as we did and fury but we only went from a six hundred millimeter square die down to five hundred twelve poor 84 ever uh and that's going from a 28 nanometer process down to samsung global foundries fourteen nanometer um what have you done that has not allowed it to scale smaller than a admitted it should be.