AMD Ryzen vs Intel Coffee Lake

Intel:
NSA Inside/Less secure
Faster low-end chips(dual cores)
Runs cooler in general

AMD:
Cheaper 4core+ CPU
Integrated graphics are x2-x3 faster
Early ryzen crashes
Slower, especially in 1 thread tasks
Respects freedoms

>>1
>Faster low-end chips(dual cores)
Even i3s are quad-core now, gramps.
And AMD can sometimes cost more money over time if you factor in the cost of electricity.

>>2
>Even i3s are quad-core now, gramps
I meant celerons/pentium
which outperform all of AMD low-end in single-thread. i3 isn't low-end, its twice as expensive in general as cheaper pentiums.

Intel low-end:
Celerons, Lower pentiums
Intel low-mid:
Higher pentiums,most of i3s
Intel mid-range:
top speed i3s,most cheaper i5
Intel high-end:
i7s,top i5s/i5 unlocked
Intel top range:
i9, Socket-E CPUs(e.g. Haswell-E)

intel servers/workstations were simpler:
Xeon E3 = low end single CPU boards, E5=mid range 2CPU board, E7=high end 4 CPU boards
But recently they switched to bronze,gold,platinum.

Fun fact: the i3/i5/i7 naming means nothing from generation to generation. They are different designs, but the common name is 100% marketing. An i7 from a couple generations has nothing in common with a coffee lake i7. But people think they're similar.

>>6
They mean different pricing schemes.
i9>i7>i5>i3>pentium>celeron

i9 is overpriced bullshit catered to soulless gamer drones.

>>8
Its basically the same as Architecture-E CPU which were typically with more PCI-E lanes and 8 ram slots boards.

>tfw chiplets don't scale
AMD Tackles Coming "Chiplet" Revolution With New Chip Network Scheme
https://spectrum.ieee.org/tech-talk/semiconductors/design/amd-tackles-coming-chiplet-revolution-with-new-chip-network-scheme
There’s (at least) one problem: Though each chiplet’s own on-chip routing system can work perfectly, when they’re all connected together on the interposer’s network a situation can arise where a network tries to route data in such a way that a traffic jam occurs that winds up seizing up the computer. “A deadlock can happen basically where you have a circle or a cycle of different messages all trying to compete for same sorts of resources causing everyone to wait for everyone else,” Loh explains.

>>10
chiplets for brainlets

Clownlake was a fail. This is an even harder fail.

moore's law is dead

Millenials killed the moore's law

moors killed millennium law

Chiplets kill L3 latency
https://www.reddit.com/r/Amd/comments/5x7oaq/ryzens_memory_latency_problem_a_discussion_of/