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So this is how to understand the difference between the titan series and the performance series.
Basically electric travels in a sine wave. The higher the peak the lower the trough the more energy is used. The faster
the frequency the closer the peaks are to each other. When using a multimeter you have to tune it to get the sine wave
to fit in the display and artificially change the scale to be able to understand the depth and shape of the waveform.
mean electricity tends to look like a flat line because it pulses so fast and the depth on most current is not very high
at 1:1 scale. House hold electric in the US is 50 hertz or fifty pulses per second meaning every second there is fifty pulses of a sine wave along one milimeter.
In a videocard that distance is measured in nanometers of the width of piece of paper and the bandwidth is how wide the electrical path is how wide since each trace at this point is based on a mkg level, pascal is 16nm so the smallest element is 16nanometers wide. So the path between the gpu and the memory bank is traces 16nm wide cut next to each other every other space. Then the odd spaces between are cut away. This gives a path that when the eletric sprials around the outside of the metal it is long enough to hold enough points that deviate up or down based on ionic charge, along the curve that is so many bits wide. The actual spiral is a jagged line much like an aliased line. If the bits are positive they are down off the curve and if they are negative they are up off the curve.
Think of it as a foot ball spiral that gets pushed back and forth by the wind. It lands in roughly the same place each time but the little pushes that are not really visible unless you are close to it and have something to show perspective like two people throwing spirals and filming from above the spiral really hard to see.
The processor simply processes the charge as it goes through the end gate one by one. In the the 1080 the processor can get data buckets so to speak every sec in lumps of 320 GB. The new Titan X gets buckets of 480 GB. The the dsp which is what a processor is, performs math, this is the current being supplied. The juice so to speak is the data being moved backward and forward. It ends up in your room as light. Because it also is heat and the closer the traces are the more heat is lost as bad data the cores in the titan lose more data so the titan x completes 14,000,000 cycles per second.
That 480 and 320 is 480,000,000,000 and 320,000,000,000 bits of deviation on the those sine waves. You can then figure out that the math takes longer but if the data slows down too much no data is processed while is waiting for data.
Fun Stuff.
smaller link if you want a 19x12 version. http://www.vasdrakken.com/Tech/funstuff19x12.jpg
Basically electric travels in a sine wave. The higher the peak the lower the trough the more energy is used. The faster
the frequency the closer the peaks are to each other. When using a multimeter you have to tune it to get the sine wave
to fit in the display and artificially change the scale to be able to understand the depth and shape of the waveform.
mean electricity tends to look like a flat line because it pulses so fast and the depth on most current is not very high
at 1:1 scale. House hold electric in the US is 50 hertz or fifty pulses per second meaning every second there is fifty pulses of a sine wave along one milimeter.
In a videocard that distance is measured in nanometers of the width of piece of paper and the bandwidth is how wide the electrical path is how wide since each trace at this point is based on a mkg level, pascal is 16nm so the smallest element is 16nanometers wide. So the path between the gpu and the memory bank is traces 16nm wide cut next to each other every other space. Then the odd spaces between are cut away. This gives a path that when the eletric sprials around the outside of the metal it is long enough to hold enough points that deviate up or down based on ionic charge, along the curve that is so many bits wide. The actual spiral is a jagged line much like an aliased line. If the bits are positive they are down off the curve and if they are negative they are up off the curve.
Think of it as a foot ball spiral that gets pushed back and forth by the wind. It lands in roughly the same place each time but the little pushes that are not really visible unless you are close to it and have something to show perspective like two people throwing spirals and filming from above the spiral really hard to see.
The processor simply processes the charge as it goes through the end gate one by one. In the the 1080 the processor can get data buckets so to speak every sec in lumps of 320 GB. The new Titan X gets buckets of 480 GB. The the dsp which is what a processor is, performs math, this is the current being supplied. The juice so to speak is the data being moved backward and forward. It ends up in your room as light. Because it also is heat and the closer the traces are the more heat is lost as bad data the cores in the titan lose more data so the titan x completes 14,000,000 cycles per second.
That 480 and 320 is 480,000,000,000 and 320,000,000,000 bits of deviation on the those sine waves. You can then figure out that the math takes longer but if the data slows down too much no data is processed while is waiting for data.
Fun Stuff.
smaller link if you want a 19x12 version. http://www.vasdrakken.com/Tech/funstuff19x12.jpg
.... k
