Intel introduces 3-GHz desktop chip (2002)
computerworld.com
Intel introduces 3-GHz desktop chip (2002)
1–10 of 48 posts
Re: Intel introduces 3-GHz desktop chip (2002)
#2Low power and multicore are cute and all, but imagine the type of machine learning we could do on 384GHz cores.
Re: Intel introduces 3-GHz desktop chip (2002)
#3Low power and multicore are cute and all, but imagine the type of machine learning we could do on 384GHz cores.
Imagine the type of machine learning we could do on low power 384GHz multi-cores
Re: Intel introduces 3-GHz desktop chip (2002)
#4We've made some progress with GHz :).
http://www.computerworld.com/s/article/9239098/Desktop_chips...
Re: Intel introduces 3-GHz desktop chip (2002)
#5The problem is physics. We can't get to higher clock speeds with current materials, due to heat. It's kind of like how fighter jets haven't got any faster (top speed anyway) since the 60's...
Re: Intel introduces 3-GHz desktop chip (2002)
#6Light has been stuck at c for the last decade, too. When will it break this barrier?
Re: Intel introduces 3-GHz desktop chip (2002)
#7The problem is physics. We can't get to higher clock speeds with current materials, due to heat. It's kind of like how fighter jets haven't got any faster (top speed anyway) since the 60's...
With current materials in the CMOS manufacturing process; to be a little nitpicky.
Re: Intel introduces 3-GHz desktop chip (2002)
#8We've made some progress with GHz :). http://www.computerworld.com/s/article/9239098/Desktop_chips...
Indeed, AMD announced their first 5ghz CPU in June at E3.
http://www.amd.com/us/press-releases/Pages/amd-unleashes-201...
It is for sale now at Newegg for $699. 4.7ghz with 5ghz turbo.
http://www.newegg.com/Product/Product.aspx?Item=N82E16819113...
Re: Intel introduces 3-GHz desktop chip (2002)
#9Low power and multicore are cute and all, but imagine the type of machine learning we could do on 384GHz cores.
Imagine the type of machine learning we could do on low power 384GHz multi-cores
Imagine the type of machine learning we could do on low power 384GHz quantum multi-cores with plasma exhaust relays and phase lock inverters.