Asus CEO: Intel 14nm CPU Shortage Has Affected Business

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Intel 10nm or Bigfoot or the Loch Ness monster. LARGE dies make 10nm too low yielding and Intel is getting is ass kicked at the high end, except for the rare $5K platinum CPU that still needs exotic cooling,

(and no reply to this comment or other FACTS spelling Intel's doom,, just nitpick AMD'd projected server share, which doesn't matter because its REAL market share is what matters) Lets see where we are one year from now CLOWNS
 
8 core does with great yields at TSMC, where Lisa Su was born. Don’t worry about capacity, it will get there, worry about Intel.
 


Yea, TSMC is going to be real busy making Apple’s iPhone CPUs that no one is buying until Apple and everyone else has a 5G modem. Been paying attention what Apple is saying? TSMC ain’t busy with their business. Been paying attention to crypto? TSMC ain’t making GPUs like hot cakes.

Knowing the underlying tech as a design EE myself and the history going back decades and seeing Intel fail at everything including Optane, which was suppose to be the way they were going to force everyone to buy there overpriced (now inferior) CPUs.

This is $ in the bank. INTC short or AMD long. Wait until Apple makes peace with QCOM for 5G modem.
 


https://www.notebookcheck.net/AMD-s-server-marketshare-hits-1-for-the-first-time-in-4-years.321130.0.html

"The CEO said Rome, or the second generation of Epyc, will be a necessary step in reaching 10% share in the server market. Su went on to say AMD feels "good about our competitive position and the path to double digit market share." Regardless of what detractors say, AMD and its CEO remain very confident in the company's ability to reach 5% by the end of 2018 and then 10% sometime in 2019 with Rome"

https://www.extremetech.com/computing/277793-amd-may-regain-30-percent-desktop-market-share-by-q4-2018

"DigiTimes is predicting 5 percent server market share for AMD by the end of Q4, which fits with Lisa Su’s own mid-single-digit projections for the year and even Intel’s comments on the topic."

You're bad at reading lips. She said mid single digits in 2018 and 10% in 2019. Nothing about mid double digits.


"Its Ryzen Mobile chips have begun to take some market share but the last figures we saw for AMD in this space put it under 5 percent of the mobile market and no real presence in slate PCs."

Under 5% in the mobile market. 1% in the enterprise market. Yea, AMD is just around the corner from hitting 50% market share in the overall market....
 
I like how politely you are responding to his offensive words. Actual fool is none other than him. Can't read.. Can't accept the reality.. 😀
Just ignore him..
 


 


 
You don't even know what is most important. Cloud is more than half of all servers now. AMD will rule Cloud. The highest margins, Intel's castle.
 
nitpick all you want FOOLS
Remember what the scene in Cloud looks like a year from now. You know nothing but Intel hype. Things change.
Get some popcorn and watch the show.
 


Hell no, they don't. Asus has kept their AREZ brand. They don't push AMD and now that shortage is going to hit them hard for almost a year. AMD is having an incredible chip called the 2800h for laptops. It can make crazy thin form factor with 720p max setting in most of today games... but they don't do it.

I would just buy one if there was one available to the market, but OEMs are dumb and they are still putting 1030 GTX and 1050 GTX in their laptops while they are completely obsolete as of now.

There is no reason why AMD is not a major player in mobile except OEMs stupidity.
 


 
Aren't you the same CLOWNS that said AMD would go BK when it was $2/sh?
Or are you the CLOWNS that said Intel's Server castle was un-penetrable?
Now you think AMD isn't about to put a world of hurt on INTC, even though Epyc is now qualified for servers and SUPERIOR to anything Intel can produce for 5 years at least.

Remember CLOWNS:
AMD $20/sh on 11/15/2018
INTC $47/sh on 11/15/2018
 


Not assuming they are standing still. I doubt we will see IF trickle down soon to the consumer mainstream market mainly because IF and UPI are really designed more for multi chip systems. Until we start using multiple CPUs or AMD/Intel decide to go to MCM designs for mainstream its not as useful to us.

Of course Intel will also make improvements so both will have to be on their toes.
 


For one, you don't need to replace all your hosts within the cluster so long as you're accepting of the minimum EVC compatibility in CPU features. Effectively the lowest common denominator. This allows you to use different generation CPUs within the cluster while still ensuring that all running VMs can vMotion between hosts without interruption.

The problem however is you can't mix AMD and Intel within the same cluster. Meaning, you can't vMotion between an Intel host to an AMD host and vice versa. You can however cold migrate a VM (in an off state) between different clusters however. So for a reduction in costs in a cloud hosting service, it might be worth it to "convert" your VM via shutting it down and having it hosted on AMD. Meaning, the down-time might be worth it. So unless it's mission critical, downing a website for a few minutes shouldn't be an issue 😉

BTW, not being able to live-migrate between Intel and AMD is not just a VMWare issue, but the same is true for Hyper-V, Xen, and basically any and all hypervisors (both type 1 and 2). Meaning, it's a function of abstraction between differing CPU architecture or microcode.

Anyways, that all said, I could totally see AMD hoovering up the data-center market.
 
IF is *already* a big part of Ryzen from the beginning. Even if you discount MCM setups, IF is the special sauce for both dual CCX and single CCX + GPU chips. IF speed being locked to RAM speed is a large part of why faster RAM boosts dual CCX chip performance so much. So any improvements to IF can trickle down.

But that wasn't what I was suggesting. I was suggesting that future mainstream setups can easily end up with dual chiplets + a baby I/O chip on the same package. Could be one CPU and one GPU chiplet, or could be a pair of CPU chiplets. Even on desktop it has a lot of advantages in terms of production - bleeding edge process for the chiplets, power-tweaked older process for I/O. That's how I see this playing out in the long term. It will probably come to HEDT first, but I don't think it will stop there.