found this: https://logicaffeine.com/guide
Yes, bandwidth within a chip is much higher than on a bus.
See figure 1 in [0] operation execution is just 0.1pj of 70pj required for a 32 bit int addition… how do you think I was applying amdahls law? Edit: I was using amdahls law as it applies to parallel processors. However…
Perhaps instead you are referring to the program graphs and whether they are better represented as hyper graphs [0] with certain regular edges within a 2D layer and hyper edges between 2D layers? If so, good question…
Curios what you mean by 3D and also how 3D is used. Assuming something like [0] I can pretty confidently tell you that it is not 3D as it is a low power microcontroller and this technology is mostly used in large…
See amdahls law Edit: [0] https://en.m.wikipedia.org/wiki/Amdahl%27s_law
All very informative, I had some quibbles. While it is true that cheap and expensive FPGAs exist, an FPGA system to replace TPU would not use a $0.50 or even $100 FPGA it would use a Versal or Ultrascale+ FPGA that…
Not sure what you mean. Who do you think fabs broadcomm and google chips
found this: https://logicaffeine.com/guide
Yes, bandwidth within a chip is much higher than on a bus.
See figure 1 in [0] operation execution is just 0.1pj of 70pj required for a 32 bit int addition… how do you think I was applying amdahls law? Edit: I was using amdahls law as it applies to parallel processors. However…
Perhaps instead you are referring to the program graphs and whether they are better represented as hyper graphs [0] with certain regular edges within a 2D layer and hyper edges between 2D layers? If so, good question…
Curios what you mean by 3D and also how 3D is used. Assuming something like [0] I can pretty confidently tell you that it is not 3D as it is a low power microcontroller and this technology is mostly used in large…
See amdahls law Edit: [0] https://en.m.wikipedia.org/wiki/Amdahl%27s_law
All very informative, I had some quibbles. While it is true that cheap and expensive FPGAs exist, an FPGA system to replace TPU would not use a $0.50 or even $100 FPGA it would use a Versal or Ultrascale+ FPGA that…
Not sure what you mean. Who do you think fabs broadcomm and google chips