[quotemsg=19265970,0,1284262][quotemsg=19264125,0,528675]http://
Less die space used gives AMD flexibility to throw more on a die by update. [/quotemsg]
That is not die space. Moreover the Zen design looks terribly unoptimized. 44mm^2 vs 49mm^2 is a 11% difference on favor of AMD, but one must recall that Zen is a 2x128bit core, whereas Intel is 2x256bit. I.e. Intel has 11% higher size but about 2x more FLOPS.[/quotemsg]
There is much more to a CPU core design than just the maximum cache bandwith or FPU throughput. Yes, Zen has half the maximum performance in AVX workloads, but otherwise it looks like a solid competitor to the current gen of Intel CPUs. I would be suprised to see other common workloads with Kaby Lake besting Zen 100% or more.
Maybe Zen is slower, maybe even less efficient but we can hardly call a quad core with double the L2 and 11% smaller size on an 10-25% bigger node a tebbibly unoptimised design.

Less die space used gives AMD flexibility to throw more on a die by update. [/quotemsg]
That is not die space. Moreover the Zen design looks terribly unoptimized. 44mm^2 vs 49mm^2 is a 11% difference on favor of AMD, but one must recall that Zen is a 2x128bit core, whereas Intel is 2x256bit. I.e. Intel has 11% higher size but about 2x more FLOPS.[/quotemsg]
There is much more to a CPU core design than just the maximum cache bandwith or FPU throughput. Yes, Zen has half the maximum performance in AVX workloads, but otherwise it looks like a solid competitor to the current gen of Intel CPUs. I would be suprised to see other common workloads with Kaby Lake besting Zen 100% or more.
Maybe Zen is slower, maybe even less efficient but we can hardly call a quad core with double the L2 and 11% smaller size on an 10-25% bigger node a tebbibly unoptimised design.