Comment by p1esk 1 day ago Intel Xeon 6980P: 128 cores x 1024 FP16 FLOP/cycle/core x 3.2 GHz: 419 TFLOP/s 2 comments p1esk Reply tosh 1 day ago I'm not saying "GPU more brrt than CPU"I found the comparison interestingon Intel Xeon 690P with 419 TFLOP/s it is still (maybe even more?) interesting to ask:how much throughput can you reach with Python, Python with lib x, y, z, with C++ like this, with C++ like that etc etc and why?no? p1esk 1 day ago No one in their right mind would use pure Python to do matrix multiplication. It’s like using a screwdriver to hammer nails into wood.But this discussion is even more bizarre than comparing a screwdriver to a hammer, it’s like comparing a screwdriver to a nail.
tosh 1 day ago I'm not saying "GPU more brrt than CPU"I found the comparison interestingon Intel Xeon 690P with 419 TFLOP/s it is still (maybe even more?) interesting to ask:how much throughput can you reach with Python, Python with lib x, y, z, with C++ like this, with C++ like that etc etc and why?no? p1esk 1 day ago No one in their right mind would use pure Python to do matrix multiplication. It’s like using a screwdriver to hammer nails into wood.But this discussion is even more bizarre than comparing a screwdriver to a hammer, it’s like comparing a screwdriver to a nail.
p1esk 1 day ago No one in their right mind would use pure Python to do matrix multiplication. It’s like using a screwdriver to hammer nails into wood.But this discussion is even more bizarre than comparing a screwdriver to a hammer, it’s like comparing a screwdriver to a nail.
I'm not saying "GPU more brrt than CPU"
I found the comparison interesting
on Intel Xeon 690P with 419 TFLOP/s it is still (maybe even more?) interesting to ask:
how much throughput can you reach with Python, Python with lib x, y, z, with C++ like this, with C++ like that etc etc and why?
no?
No one in their right mind would use pure Python to do matrix multiplication. It’s like using a screwdriver to hammer nails into wood.
But this discussion is even more bizarre than comparing a screwdriver to a hammer, it’s like comparing a screwdriver to a nail.