 Rydyn chi'n ddiwethaf a'r gael'r amser, yr M4, y caschau, a'r gael'r gael'r bydiau ar y ddevice. Mae'r cyfnod o'n gyfnodau yma yn cyfnod Cormark. Yn hynny, mae'n ddechrau gwybod i'r Dmip i'r ddechrau, i'r ddefnyddio'r ddevice a'r benchmark, i'n ddefnyddio'r ddevice i ddelchirio'r ddefnyddio i ddefnyddio'r ddevice. Yr ydych chi'n gwybod y Dmitr, fel cyflawni chi ato gwasio am y cyflawni gweithio, rydych chi gyd yn gwinew'r dwylo gŵr! Roedd hyn o'r ddweud o ddodg pob llwyddiad yn gallu gweithio'r ddodg ac mae ei writio'r ddegon ni'n beth yw unig ac yn afgyrrygiad eraill yr hyf 됩니다. Rhyw o'r hwn, Dmitr beth yn ysgrifwlad yma arbenig o Gwydian Pwys. Dyna'n cael llawer y co sinusio'r cymhelyniadau. Ac y co sinusio'r cyf Affaloedd Cymru yn eithin, mae'r ysgwrs yn amlwg. Mae hyn yn bwysig ar ei ddweud o'i ddweud o'r ffilos â'r cyfaint o'r stamps DEMBC's web site. Yn cwrs rydyn ni'n ddweud o'r gwrdd hynny o'r cyfaint o'r web site. A rydyn ni rydych chi weld ym ni'n gael eu cwrs. gyflym llywodol a i ni'n ddwylliant gwahanol, bod hyn ymddindol yn cael ei syniad�ynlliadau gyda'r bod ni'n meddwl yn gyfaledig o casgfain tansbaddauляid ymddindol o'ch ru'r system. The core mark score is going to show you the core mark score as you run the core mark routines from each of the different memory areas with the art enabled or disabled with the cache enabled or disabled. And you will be able to see how the score mark, the scoring from the core mark results changes as you enable and disable and move your code via the linker files into each of these different memory arrays here. So there's lots of different tests you can play around with here in this example. So this is example number five and the three lines of interest as you just pointed out are the two enable lines which should be fairly near the top of your code in this case and the art enable line. So when you're running from the TCM area. So these are the two, the three main lines that you will need to comment and uncomments as you select each of the different linker files to place your code into all of the memories, including the quad SPI is an option here. So you can load it into the quad SPI memory and see how the behavior of the scores change. So with all the caches on and the art accelerators on everything is pretty much like for like. So you don't really get any performance penalty from any of the devices as soon as you disable the memory acceleration, you will see quite a significant difference in the scores from the core mark results. Even with power, the benefits that you'll save in the power consumption for that performance penalty is not really worth it because there's other parts of the chip that will be consuming a lot more power than that memory accelerator. Cos if you think if you switch that cash off, how long it's going to take you to do the same amount of work is probably going to be a lot more worse power consumption wise than the power the cash itself will take. I don't know if we've benchmarked how much power the cash takes.