Intel Addresses CPU Shortage: 'Supply Is Undoubtedly Tight' (crn.com)
Intel interim CEO Bob Swan publicly addressed the company's CPU shortage issue for the first time since July, when he acknowledged that meeting additional demand would be Intel's "biggest challenge." From a report: In a message posted to Intel's website Friday, Swan said the "surprising return" to growth in the PC market "has put pressure on [the company's] factory network." He added, "We're prioritizing the production of Intel Xeon and Intel Core processors so that collectively we can serve the high-performance segments of the market. That said, supply is undoubtedly tight, particularly at the entry-level of the PC market."
Intel partners and at least one distributor previously told CRN they were seeing a shortage of Intel's current generation, 14-nanometer CPUs, most notably in lower-end client processors.
Intel partners and at least one distributor previously told CRN they were seeing a shortage of Intel's current generation, 14-nanometer CPUs, most notably in lower-end client processors.
It only remains to be seen if AMD will charge more to make money during this unexpected "shortfall".
3 value bflat
sousaphone
3 value bflat
SOUSAPHONE!
Whats TIGHT is the NSA's hand up Intel's ASS. Fucking spyware os in our chips.
TIME TO DISENCORPORATE INTEL.
If only there was another processor you could purchase. A processor that is fast and affordable and competes directly with Intel Xeon and Core CPUs. Perhaps made by a company whose name rhymes with OMG...
AMD
Are there any hard numbers showing that this is caused by increased demand rather than constrained supply?
I expect that some of the previous-generation factories are in the process of being retooled for 10nm? Is that not how Intel does it? If it is, that would limit the supply of the 14nm chips without yet being able to make up the shortfall with 10nm chips.
Finally! A year of moderation! Ready for 2019?
"... supply is undoubtedly tight, particularly at the entry-level of the PC market".
Has anyone heard news of forthcoming Intel processors that have secure architectures and actually adhere to those architectures?
I am sure that there are many other solipsists out there.
They just want to let AMD gain some traction, otherwise the possibility is great that Intel might get slapped with another monopoly suit.
The other option would be to let AMD crumble to dust, and all of it's ip go off to one of the mobile crapola unit makers.
FYI
passphrase:=muzzle
had lots of CPUs when I built my Ryzen2 box.
So that people can stick to their old hardware for longer and give Intel more time to make new chips and get the bugs out of the smaller nodes. It's also time to give out some more x86 licenses so we don't just have AMD as a competitor. Cyrix/VIA need to come back.
It could be that they had prior investments that didn't yield expected results and thus can't pay to produce more processors.
Or that they had lowered their production so that they could tell "too many people are buying those" and thus try to attract investors to buy Intel shares.
intel needs lots of cpus to buy them off
I wonder how much of this supply crunch is suppliers building inventory into their supply chains to give a little room to maneuver in case tariffs or other trade barriers get put in place? I know being in the UK, I am building up more inventory than normal to hopefully give everything time to calm down if there is a cliff-edge brexit in six months time. Multiply this sort of behavior by all the businesses with international supply chains and you have shortages and an economic boom.
It will be quite interesting to see whether this boom morphs into something more sustainable (perhaps it is the confidence kick we have all needed?) or everything goes ugly in a few months time. I really cannot remember a period of time where the two possible economic outcomes were so dramatically different. Normally it is a little more growth or a little less, not 'end of lost decade' or 'global financial crisis round two'.
We make a fuckton more money on $10,000 Xeons than the $50 Pentium CPU.
It seems like Intel bought into the whole "Post PC" nonsense. It would be interesting to find out if AMD was similarly hoodwinked, or whether it has a ready supply of both low end and high end processors to fill the vacuum left by Intel's mismanagement.
This is an opportunity for AMD to get much closer to Intel's magical 20% of the server market.
As many of us have said for the last several years, desktop PC's aren't going anywhere anytime soon. Mobile devices will augment, not replace, the desktop PC market. It is one of the many things that Star Trek accurately predicted back in the 1960's.
CPU of all varieties are readily available here (cheap too!). You really have a waiting line for CPUs in the US?!?! The real problem here is the price of RAM... With the premium on those suckers they must be a rare as hens teeth!
I just bought a Ryzen, and was done with it.
Intel having "problems"? Boo hoo! Let me shed a very teensy-tiny tear: , .... I don't wish it on the good people who just happened to need the job... So let them create some new companies that then can be the underdogs against ARM and AMD that we cheer for.)
If you collect all the crimes Intel did in only the last 20-30 years, you can legally call them organized crime, and get away with that statement in front of a judge. So let's hope the "problems" are intense enough, that they learn their lesson. (That would probably require multiple near-bankruptcies and mass-firings of at least 98% of their staff.
From what I've seen, Intel cpus take a huge hit when those fixes are compiled in. From 8%-20% according to Phoronix. AMD cpus take a hit as well although much smaller. If you take into account those hits, AMD CPUs are faster even clock for clock.
Seriously, maybe you should look a little harder in parallelizing that workload.
Don't tell me ALL latter calculations are 100% dependent on ALL former calculations.
Usually, you can factor out most of the work, and leave only a very thin thread of absolute serial dependency.
One trick is, to not calculate *data* in advance, but *functions*. Look up "stream fusion". Think cutting your serial chain of processing steps in two, and doing stream fusion on the second part, to process all those steps in the second part into a single function that needs to be run on the result of the first part.
Languages like Haskell make this rather easy nowadays.
(And try "thread sparks" for all the little bits you can shave off the thick thread to run in parallel.)
Seriously, if you don't even know how to code, but have an over-confidence as high as this,
and put your ego above the best choice for your work,
and believe that because 80% of the code is written by programmers who still use C/C++ and have avoided updating their code because C/C++-likes make that so hard and they aren't really that skilled,
then we got a clear case of the Dunning-Kruger effect here,
and it is you who’s the problem,
because you are harming your organization.
Looking at the prices the 8600k sells for 270$, up from 250$ a week ago. Ryzen 2600 sells for 165$, down from 170$ a week ago.
The 8600k doesnt even have hyperthreading and is selling for almost double. Tell me that isnt supply issues.
> Seriously, if you don't even know how to code, but have an over-confidence as high as this,
Lol I already stated that software / coding is my living, its hardware Im asking about... Are you really that stupid or did you answer the wrong poster?
> and believe that because 80% of the code is written by programmers who still use C/C++ and have avoided updating their code because C/C++-likes make that so hard and they aren't really that skilled,
What the fuck are you talking about dude? That doesn't make any sense. Again are you really really stupid or are you supposed to be replying to someone else?
> because you are harming your organization
You think that me asking why AMD is slower than Intel in workload tests is ruining the reputation of my company? Do you actually have downs syndrome?
Wow, I know slashdot is mainly stupids now but I though most were trolls not genuine fucking idiots like you
"Lol I already stated that software / coding is my living, its hardware Im asking about"
Yet you're too stupid to know about intel deliberately fucking with compilers so that software would run SLOWER on AMD systems.
Not much of a living, did you start 3 months ago, child?
Give them a break, it takes time to produce CPU's with that many bugs, backdoors and loopholes and yet still mostly function as a CPU.
So they're supposed to switch out their entire CI stack to accommodate testing a hardware sample that is supposed to be compatible and competitive? Please expand on your claim of compiler tampering - have they merely enabled features that exist on Intel processors in order to get code that runs better there, and thus comparatively slower on AMD systems as those features don't exist, or legitimately anti-competitive practices that AMD could raise legal action against? And how do you know this, where AMD doesn't?
What happens if they do switch compilers, eek out a modest performance gain, but a performance loss on their existing fleet of systems? Are they supposed to wholesale switch out every workstation running the software everywhere or face those same performance penalties for years to come on the existing fleet?
You seem to be too stupid to see the forest for the trees. No organization is going to take on hundreds of thousands of dollars of hardware cost without showing a concrete ROI for doing so. They'll continue using the existing hardware until it's depreciated on the capital investment schedule, and then swap it out. Migrating platforms and changing out stuff to get slightly better performance on less than 25% of the hardware you've got in favor of losing performance on the other 75% is a terrible plan, and makes you an idiot to even get close to suggesting it.
Only an idiot fucking fanboy would suggest that a development team should suggest a complete hardware swap-out because they decided to optimize for hardware the company doesn't even have.
If Tesla were Intel, they would just blame the shortage on logistics and start making their own trailers to deliver more chips.
I've read thousands of pages on the subject (not in 12 hours), written codecs, and had my hand in creating so many video streaming platforms that I can say confidently that you have at some point used software that I have written and are maybe even running it on your home computer right now.
Static video images compress well in most video codecs written in oh maybe the past 20 years.
Don't believe me?
Temporal redundancy arises when successive frames of video display images of the same scene. It is common for the content of the scene to remain fixed or to change only slightly between successive frames.
http://archive.is/uEsX0#selection-237.0-239.185
The bulk of the video stream of a static image will be composed of keyframes (or iframes) which are basically normal JPEG images. Typically they come every second or two but it can be configured. I know youtube re-encodes uploaded content but I seem to recall that maybe I saw someone asking what to set it in youtube so maybe you can even change it there too.
Anyhow point is that for your audio only videos you can set the iframe interval very high and you'll be just fine. It will mean you can upload your videos very quickly and if youtube lets you fiddle with their encoder settings you can probably set it high there and people watching your videos won't have to download your image hundreds of times just to listen to the audio.
Your audio only video CAN be as big as a full motion video but you'd have to encode your video badly. Let me guess you record a MJPEG from your camera, use some clicky clicky clicky GUI program to edit and then click some magic button that say convert to mpeg without changing the settings? It's possible to convert an MJPEG directly into an mpeg video with very small modifications but the video will stay the same size as the MJPEG.. like absolutely massive. Are you actually uploading this shit to youtube like that?
Anyhow even though I know you probably won't bother this is the smallest cleanest book on the subject. It's probably missing h264, hls, and h265 I can't remember but after you read the tiny 300 page book you can skim the wikipedia articles on the latest standards and get up to speed.
https://www.amazon.com/Video-Codec-Design-Developing-Compression/dp/0471485535
How is it that you eat and breathe this video hobby of yours, read books by the "experts", have a bunch of expensive video hardware and yet you don't know anything about video?
You're aware that people who know about video can use scripts and timers to record, edit, encode, and upload (with metadata!) their videos in a fraction of the time it would take with the naive approach of recording the videos and manually editing them in final cut and then uploading them with youtube's web interface?