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see example. gst rates on commodities. ceteris paribus, nobody would have moved out of nairobi, kenya. q: is it possible to tell the difference between an apc and an intel implementation of vcore? i’m not sure if this question has been asked before, but i couldn’t find it. from what i understand, apc processors are slower than intel processors, but the performance gap is small and in some cases, the same processor from different companies (apc and intel) are practically equal. however, there are different manufacturers of apc: apc makes us of the arm9 instruction set, while intel uses its own core architecture with instructions like sse. now, my question is: can you, somehow, tell the difference between these different processors? something like, if i measure the execution time for an algorithm on a processor, can i tell how long it would take on another processor, given that i know all the specifications of that processor (core, cache, ram, etc)? that would make a lot of sense, given that if i can write an algorithm to be as fast as on a certain processor, i can write a similar algorithm that would be as fast as on any other processor. a: you have given a couple of excellent answers to the main issue, but let me elaborate on another issue you mention briefly. this is where you need to judge a cpu by its capability and not its performance. at a minimum, performance is a function of clock speed (if your cpu doesn’t have a fixed clock speed, then it might be sufficient to know how many clock cycles it takes to execute a single instruction). the clock speed is a static value that won’t change even after an upgrade, but the clock is a function of the voltage applied, the core voltage and the pll control voltage. the manufacturer can control both of the first two, and the package needs to have a sufficient voltage rating to run the cpu at its rated speed. another issue is the bclk (bit clock) multiplier. some designs have half that of the model number, so a 686 might be able to execute five instructions per clock, whereas the pentium and celeron can execute only one. this can be found in the device-specific cpu datasheets. to run with the same level of performance, the speed of the cpu needs to match the speed of the bus, not the speed of the processor. this is because the bclk needs to be lower to allow processing to occur without waiting for the bus to transfer the results back to the cpu. if i can run the same program on a different processor, i might change the level of performance (single-threaded) and i can get the same level of performance if i run with a different number of threads (e.g. 3 or 5), but i have no hope of matching the same performance in a different environment (e. 3.8 ghz on a laptop as opposed to 3 ghz at home, or 3.2 ghz in a virtual machine as opposed to 5.4 ghz on my local desktop). if i need to run at a different frequency and/or bclk, i need to redesign my code to make it more robust. there are no other possibilities.