AMD CEO: The Next Challenge Is Energy Efficiency
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Re: AMD CEO: The Next Challenge Is Energy Efficiency
#12The amount of processing power available in a modern smartphone is truly mind-boggling. I'd love to see a chart showing the chip cost and energy cost of the power on an M1 chip in each previou syear. I would guess that 30+ years ago you'd be in the millions of dollars and watts of power but that's just a guess.
As we see from the modern M1/M2 Macbooks, these lower TDP SoCs are more than capable of running a computer for most people for most things. The need for an Intel or AMD CPU is shrinking. It's still there and very real but the waters are rising.
Re: AMD CEO: The Next Challenge Is Energy Efficiency
#13We have know this for a long time. This is one of the benefits of ARM64 CPUs as they require much less energy. What's new about his point?
Re: AMD CEO: The Next Challenge Is Energy Efficiency
#14When I was an undergrad, one of my professors was exploring “approximate” computation (forget what it was technically called). The gist was that you build mathematical circuitry that approximates an answer instead of giving you a concrete answer (kinda like floating point but also applied to Boolean algebra, integer math etc). The reasoning was that the approximation could let you reduce the power. I wonder where tha…
Re: AMD CEO: The Next Challenge Is Energy Efficiency
#15When I was an undergrad, one of my professors was exploring “approximate” computation (forget what it was technically called). The gist was that you build mathematical circuitry that approximates an answer instead of giving you a concrete answer (kinda like floating point but also applied to Boolean algebra, integer math etc). The reasoning was that the approximation could let you reduce the power. I wonder where tha…
What if all the text in your comment was approximately the correct set of letters in each word?
Re: AMD CEO: The Next Challenge Is Energy Efficiency
#16Put another way: if AMD (and especially Intel) don't do something about this they're going to get completely eaten alive by ARM. The amount of processing power available in a modern smartphone is truly mind-boggling. I'd love to see a chart showing the chip cost and energy cost of the power on an M1 chip in each previou syear. I would guess that 30+ years ago you'd be in the millions of dollars and watts of power but…
Re: AMD CEO: The Next Challenge Is Energy Efficiency
#17When I was an undergrad, one of my professors was exploring “approximate” computation (forget what it was technically called). The gist was that you build mathematical circuitry that approximates an answer instead of giving you a concrete answer (kinda like floating point but also applied to Boolean algebra, integer math etc). The reasoning was that the approximation could let you reduce the power. I wonder where tha…
Re: AMD CEO: The Next Challenge Is Energy Efficiency
#18When I was an undergrad, one of my professors was exploring “approximate” computation (forget what it was technically called). The gist was that you build mathematical circuitry that approximates an answer instead of giving you a concrete answer (kinda like floating point but also applied to Boolean algebra, integer math etc). The reasoning was that the approximation could let you reduce the power. I wonder where tha…
What if all the text in your comment was approximately the correct set of letters in each word?
For many things, like neural networks, it's probably good enough.
Re: AMD CEO: The Next Challenge Is Energy Efficiency
#19When I was an undergrad, one of my professors was exploring “approximate” computation (forget what it was technically called). The gist was that you build mathematical circuitry that approximates an answer instead of giving you a concrete answer (kinda like floating point but also applied to Boolean algebra, integer math etc). The reasoning was that the approximation could let you reduce the power. I wonder where tha…
Re: AMD CEO: The Next Challenge Is Energy Efficiency
#20When I was an undergrad, one of my professors was exploring “approximate” computation (forget what it was technically called). The gist was that you build mathematical circuitry that approximates an answer instead of giving you a concrete answer (kinda like floating point but also applied to Boolean algebra, integer math etc). The reasoning was that the approximation could let you reduce the power. I wonder where tha…
What if all the text in your comment was approximately the correct set of letters in each word?
http://compression.ru/download/articles/text/witten_1994cj_l...