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See my above post.... Another person who should checks their facts before posting......
For gaming im finding mine to be an awful lot cooler running than my old 4790k at 4.7ghz on 1.300. 5820k clocked at 4.5 on 1.300, max temp of 64c vs 75c on the 4790k. Same cooler and fans used on both chips.
and prices at retail and outside the US? Those are US bulk channel prices (for OEMs). they're not going to clobber SIs.
you also fail to understand that 14nm was meant to reduce costs significantly for Intel a fairly short way into its ramp. yields were also meant to be decent. neither's gonna happen, and the opposite is true for both. The die size is a fraction of Sandy. instead of capacity to rival what they had at 32 / 45, this will likely be the lowest production node ever (for CPUs / chipsets) for Intel. they can't and won't reduce prices unless they have to. the huge upswing at retail is evidence of this.
they REALLY want 10nm, which they went back to the drawing board for. but that's slipping all the time and was offficially pushed back recently. Cannon Lake is miles off now. They hope that the new Sky Lake stepping in Q3 '16 will fix some yield issues, but I'd doubt it'll be a magic bullet.
Skylake is so costly because it (and broadwell) cost way more than haswell to make at much lower yields, and they need to claw back some of the gigantic sunk costs surrounding 14nm. They don't care if they price previous i7 buyers out of the market, as they don't have the volume or inventory that they did at 20nm.
LOL. Sorry, can't help myself.
They don't care if they price previous i7 buyers out of the market, as they don't have the volume or inventory that they did at 20nm.
No chance. 14nm is way too expensive and low yield. The cheapest 6 core will probably be pushing £500. Have you seen the price of Skylake??
you also fail to understand that 14nm was meant to reduce costs significantly for Intel a fairly short way into its ramp. yields were also meant to be decent. neither's gonna happen, and the opposite is true for both. The die size is a fraction of Sandy. instead of capacity to rival what they had at 32 / 45, this will likely be the lowest production node ever (for CPUs / chipsets) for Intel. they can't and won't reduce prices unless they have to. the huge upswing at retail is evidence of this.
Was the 4790K delidded?
Research + dev cost (in house I'd assume) plus packing, wooing retailers with ES and advertising = end cost.
I used to sell herbal colon cleanser for a living out in the U.S and it sold for $69.99. I was poking around in the owner's office one day and found out that it costed 60 cents to make. But they had TV adverts, magazine adverts, cost of having adverts made, paying us and so on.
Don't forget that a Pentium or Celeron is simply a die that's been cut that had a faulty core or two. If that die costs so much then why do Celerons cost bugger all? Don't tell me, Intel make a loss on everything but I5s and I7s?
Don't be so silly. They're killing it (and you) and they know it.
So you can throw the silicon away or put it into a SKU with a profit margin... maximize return per wafer.
Pretty sure they can't melt it down and start again as the original ingot has to be like 10 9s pure (99.999etc%).
AMD used to cut cores off of their higher end model chips just to make the numbers on the cheaper ones. There were a few Phenom 2s that you could unlock to 6 cores very easily. Some needed a voltage bump, others turned out to be a perfect 6 core CPU.
Whilst I am sure that Intel probably wouldn't chop I5s into Celerons I bet they have cut a few I3s. Celerons are a massive seller in the laptop etc industry.