Intel Mum On When Entry-Level CPU, IoT Supply Will Improve (crn.com)
Intel is staying quiet on when the company expects its shortage of entry-level CPUs to end as it prioritizes production of Core and Xeon processors to meet growing demand in the PC and server markets. From a report: The Santa Clara, Calif.-based company provided more details on its plan to improve processor supply in its third-quarter earnings call on Thursday, when the company reported a continuing resurgence in its PC business and strong continued growth in its data-centric businesses. When an analyst asked Intel interim CEO Bob Swan when he expected the supply constraints to be over, Swan did not provide a timeline in his response. But he answered other parts of the analyst's questions about the company's efforts to improve supply. "We were caught off guard a little bit this year by the explosive growth well ahead of what our expectations were back at the beginning of the year, and that growth came from all different segments of the business," he said. "It put us in the unfortunate situation of constraining some of the demand signals that we were seeing from the market and our customer base."
Raise prices. Econ 101 here.
i mean is one vendors supply chain shortage a real issue for the tech industry or is this just a cheap attempt from intel to remain relevant in the face of AMD by implying their chips are in high enough demand to cause a lack of availability in the market?
and for that matter who seriously cares? when my favourite brand of potato chip is gone i just reach for some other brand. Its just a chip. cant tech companies just switch to ARM or AMD for CPU's? wouldnt they at least consider diversifying away from Intel in light of the meltdown vulnerability? or is intel trying to convince customers that not only has meltdown not been an issue, but they are so unaffected that customers are buying up all their chips?
Good people go to bed earlier.
I think it has no women at all. Intel is manly.
"constraining some of the demand signals that we were seeing from the market"
God, I'll have to remember that when I have to backorder something! Those are the people earning the big bucks :O
Calling AMD CPUs Entry-Level in general would be insulting, but they certainly have some decent offerings at low price points. Especially the APUs.
The AMD Ryzen 3 2200G can compete on CPU performance with the Pentium Gold and offers better graphics performance, replacing a low end graphics card.
Adding up all components for similarly capable systems, the AMD wins in price, even if it is a little more expensive by itself.
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the AMD does a lot better in terms of video with the usual caveats that Intel is good enough for 2D nowadays (assuming you're only driving 1 4k display or 2 1080p ones) and AMD is nice and all but their drivers kinda stink if you're playing old games (which, lets face it, you probably are if you're using integrated graphics).
If they're "mum" on the entry level it's because they've got that base covered. The only thing they could do there is screw up and have their entry level start competing with their mid-range.
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AMD: Don't worry we can supply all the entry level CPUs the market can buy...take your time.
Intel: Uh....thanks.
It sounds like TSMC is leaving everyone else in their dust which is great for AMD. Downside is that these factories cost so much that the barrier to entry to new players is extremely high to the point even intel are scared of building new fabs by the sounds of it. AFAIK / not an expert.
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Intel MOM?
I sure hope things improve.
Personally for most devices depending on Intel CPU's the switch to 10Nm is not really important. I haven't bought much hardware in 4 plus years. Seriously reducing size hasn't really done much. Even the latest stuff is just adding more cores and not much else, lot of users never stress their device to the point of any of this even making a dent in their experience. This is why PC sales are flat, unless your a geek running the top end models for gaming or serious high CPU data crunching you really do not care.
Laptops and all All in Ones are the best selling computers nowadays. They are also the fastest growing (or the slowest shrinking) segments of end user iX86-AMD64 computing. For a Tower, Desktop or NUC, things are so standard, that just geting a premade mobo from the ussual suspects and slapping in in a case is enough. Even the OEMs that design their own computers, like HP or lenovo, are known to use mobos from third parties, like MSI in a pinch, if needed be. So, for Towers/Desktops/NUCs, a switch to AMD is quite easy. And it seems that most of the slashdot audience is stuck in that mindset, and on top of that, in a Build-your-own-computer type of mentality, which is still more uncommon nowadays.
For the bulk of the market, moving to AMD is not so easy:
For laptops and all in ones, things are not so easy, there are no standard parts. The motherboards need to be designed from scratch, for every device family (that is to say, a set of models that have the same shell mobo and cooling, and only differ in certain features like clock speed and fetures).
Being that AMD laptop type APUs (the most ussual type of processor used in Laptops and All in Ones) were anounced just in May this year, is logical that there has not been enough time to design a plethora of models that can be comparable to the plethora of intel based alternatives available in every niche of those markets. Until that is the case, companies will need intel parts, and will pay a premium for the priviledge. Not huge premiums, mind you, but a premium nonetheless...
So, the intel shortages in the entry level of the market will be in the "Hurt Me Plenty" mode for a long while (the Big OEMs are calculating 6 months at least)
As for servers, those are also slow to transition from intel to AMD, but that is a very different affaire...
*** Suerte a todos y Feliz dia!
Actually, it was October of 2017 when the 2200U, 2500U, and 2700U were released. The Pro versions are the ones that came out in May.
As for servers, those are also slow to transition from intel to AMD, but that is a very different affaire...
Opteron sold pretty well for a long time, friendo.
As for servers, those are also slow to transition from intel to AMD, but that is a very different affaire...
Opteron sold pretty well for a long time, friendo.
Yes, Opteron sold pretty well for a long time. It was in the early 00's. I was there.
It took AMD from the release of the K8 with AMD64 in April 2003 until april 2006 to achieve a quite high market share in servers (22%). So, a full 3 years from introduction to peak.
Yes, intel did some less-than-legal moves to prevent AMD from prospering that they (hopefully) can not do now due to higher scrutiny... But at that time, replacement cycles were faster both on user computers and servers, and in servers, consolidation of the high end market (PA-RISC, Alpha, MIPS, Power and Sparc were still relevant then) was at play, allowing the oportunities to forklift upgrades to AMD, and the P4 was CRAP.
But this is 2018...
Epyc debuted in May 2017. If the past predicts the future, we still need to wait a while before AMD becomes important in servers...
Nowadays, replacement cycles are longer, hypervisors do not support their full features on AMD processors (yet), and the high end market is pretty much X86 now, except for some holdouts like Power and Sparec which are much smaller than what they were in the 00's (i.e., no forklift upgrades).
So, some goods for AMD (EPYC being an EXCELENT product, intel not being able to play nasty tricks, intel security woes, and intel production problems), and some bads for AMD (longer replacement cycles, no rip and replace upgrades, Intel product is not crap, ecosystem not yet fully ready for AMD, server people a very conservative bunch).
And do not get me wrong, I want AMD and VIA (nowadays Zhaoxin) to grow, and move the X86/AMD64 market from a near-monopoly to a 3-way oligopoly, but this will take time and effort. It will not happen overnight.
And extrapolating what hapens in the DIY-desktop market to the whole market, or living of past glories, will only set people up for disapointment....
*** Suerte a todos y Feliz dia!
Actually, it was October of 2017 when the 2200U, 2500U, and 2700U were released. The Pro versions are the ones that came out in May.
Correct! Thanks for the correction. I was thinking of APUs with Vega parts for laptops, and got all confused with old APUs for laptops, and new APUs for low end desktops. That's what happens when one quotes from memory. Your dates are the correct ones.
But the rationale still stands. It takes 18 months to design a cellphone. Suposing that a laptop or all-in-one is easier because there is more space, and no RF cell modem, it would take something like a year to desing, produce and put in the stores a laptop or all-in-one (if you reused screen, shell and keyboard from an already existing model).
So, it will take a while before there are computers with AMD inside competing with intel in most niches of the market...
*** Suerte a todos y Feliz dia!
Customers want to buy Ryzen, but vendors are still cowtowing to Intel but cramming Ryzen chips into crap boxes and configurations. Lenovo laptops even have soldered in memory to prevent users from upgrading to a decent configuration.
Hopefully some vendor will get out from under Intel's thumb soon, and reap a pile of market share.