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In other words a different pin configuration. They are trying to be what AMD was in the past lol Not a good thing.
Doing so cost millions over using the existing boards.
Businesses don't tend to spend millions when they don't need to.
Especially, when doing so, will limit their sales costing them more money.
When you consider these basics, it strongly suggests a legitimate NEED to go with a new board.
It is the entire reason I am upset about Coffeelake. The "v2" is a change in the how the pins are connected. Normally between Skylake and Kabelake, that pinout is exactly the same shape and cirucitry...which alows Kabelake to run on Z170 chipsets and viceversa with Skylake on Z270 chipsets. The pinout lable given to Coffeelake's poredecessors is LGA1151.....All three generations from the Skylake archtecture have been labled as LGA1151 ...but with Coffeelake, and remember Intel labled it as LGA1151, but rearranged the pinouts to make sure that neither Skylak nor Kabaelake would run on the Z370 Chipset. It violates standards and consumer fairness practices on soooo many levels in that regard. When I was just graduating US High School back in 2004, AMD started doing that same thing to make sure that the pinouts of one CPU class would differ from other CPU classes so users could not use the same CPU on their upgraded motherboard in spite of the same number of pins being present for each class. Intel is doing that and calling it "Generations". In the tech world, A generation of CPU's usually signifies a change in architecture...not in pinout of said arcitecture...and Intel is purposely trying to confuse users into thinking that the architecture has changed with the platform when it really hasn't.
The bigger point is that the United States has (or mehtinks with the current administration in place getting rid of them, used to have) laws against such measures and tactics that would cause confusion for the end user. It also violates basic CompTIA standards and practices. AMD no longer does this and I think my next CPU upgrade will be with them in spite of the cost of a new motherborad down the road.
thats what I and the other explained but you not udnerstand. Intel names the socket after the number of pins since the last 7 generations and only use 2 generations on one socket. They tried to make it possible to run the 8th gen also on the same socket but failed and created a new socket which however ended up having the same number of pins. same is done befor on enthusiast/workstation chipsets too. So your only issue is the name which doesnt make the 8th gen bad.
If I rename the AMD Bulldozer to AMD Superspeeder it does not magically end up in a better or worse CPU.
Both Intel and AMD only change socket types with a good reason for it, they don't profit off of motherboards, changing socket ONLY costs them money, I can guarantee you, if any company doesn't need to spend money, they won't.
Edit.
Why would they be better with ryzen ? Both platforms have their strengths and weaknesses, for gaming, Intel has taken back the lead.
There is no scam, there are no lizard people in the centre of the earth, and while we're at it, the earth isnt flat.
Kaby Lake uses the same socket and of course uses DDR4 then too...
The same was betwen 4th and 5th Generation (shared the same socket with no huge improvements despite clock speeds) and so on aslong we rember Intel. Now 8th Gen uses a new socket and the 9th mabye will share Z370 Socket too but there is currently also a good chance it will another socket.
and it is unsurprising that 8th and 9th generation ahve no major improvement in RAM as DDR5 doesnt exist yet (an no GDDR5 nor GDDR6 is not DDR5). Also the major improvement in 8th gen consumer platform is the reclassification:
1-7th gen:
i3 = 2c/4t
i5 = 4c/4t
i7 = 4c/8t
8th gen:
i3 = 4c/4t (old i5)
i5 = 6c/6t
i7 = 6c/12t
calling a 50% increase in cores and threads not a major improvement? What else is it then?