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12 results for “zyrxvo”
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@hannorein
No, I don’t expect a huge difference in per-core performance either, though I haven’t compared benchmarks yet. Niagara's Skylake CPUs already supported #AXV512 (they even waited a bit for Skylake to be released) which gave a good #performance boost over AVX2. But core-density is the new MHz. 😉
Though you may want to recompile your code if you’re currently directly linking to #MKL since Trillium has AMD CPUs. BLIS is faster on those.
#HPC @zyrxvo -
@hannorein
No, I don’t expect a huge difference in per-core performance either, though I haven’t compared benchmarks yet. Niagara's Skylake CPUs already supported #AXV512 (they even waited a bit for Skylake to be released) which gave a good #performance boost over AVX2. But core-density is the new MHz. 😉
Though you may want to recompile your code if you’re currently directly linking to #MKL since Trillium has AMD CPUs. BLIS is faster on those.
#HPC @zyrxvo -
@hannorein
No, I don’t expect a huge difference in per-core performance either, though I haven’t compared benchmarks yet. Niagara's Skylake CPUs already supported #AXV512 (they even waited a bit for Skylake to be released) which gave a good #performance boost over AVX2. But core-density is the new MHz. 😉
Though you may want to recompile your code if you’re currently directly linking to #MKL since Trillium has AMD CPUs. BLIS is faster on those.
#HPC @zyrxvo -
@hannorein
No, I don’t expect a huge difference in per-core performance either, though I haven’t compared benchmarks yet. Niagara's Skylake CPUs already supported #AXV512 (they even waited a bit for Skylake to be released) which gave a good #performance boost over AVX2. But core-density is the new MHz. 😉
Though you may want to recompile your code if you’re currently directly linking to #MKL since Trillium has AMD CPUs. BLIS is faster on those.
#HPC @zyrxvo -
@hannorein
No, I don’t expect a huge difference in per-core performance either, though I haven’t compared benchmarks yet. Niagara's Skylake CPUs already supported #AXV512 (they even waited a bit for Skylake to be released) which gave a good #performance boost over AVX2. But core-density is the new MHz. 😉
Though you may want to recompile your code if you’re currently directly linking to #MKL since Trillium has AMD CPUs. BLIS is faster on those.
#HPC @zyrxvo -
@hannorein
Really Cool!
It’s nice to see that these Niagara nodes get a second life while making space for Trillium!
However now just imagine that Trillium will have 192 core per node and therefore you could cram these 640 cores in 3 1/3 nodes. 🤯 -
@hannorein
Really Cool!
It’s nice to see that these Niagara nodes get a second life while making space for Trillium!
However now just imagine that Trillium will have 192 core per node and therefore you could cram these 640 cores in 3 1/3 nodes. 🤯 -
@hannorein
Really Cool!
It’s nice to see that these Niagara nodes get a second life while making space for Trillium!
However now just imagine that Trillium will have 192 core per node and therefore you could cram these 640 cores in 3 1/3 nodes. 🤯 -
@hannorein
Really Cool!
It’s nice to see that these Niagara nodes get a second life while making space for Trillium!
However now just imagine that Trillium will have 192 core per node and therefore you could cram these 640 cores in 3 1/3 nodes. 🤯 -
@hannorein
Really Cool!
It’s nice to see that these Niagara nodes get a second life while making space for Trillium!
However now just imagine that Trillium will have 192 core per node and therefore you could cram these 640 cores in 3 1/3 nodes. 🤯 -
A lazy Sunday in the park. #Yeouido #여의도 #Seoul #SilentSunday
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A lazy Sunday in the park. #Yeouido #여의도 #Seoul #SilentSunday