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Lo sfruttamento da parte delle applicazioni e situazioni operative varia molto a seconda degli stessi e a seconda del sistema operativo utilizzato<ref>[https://www.phoronix.com/scan.php?page=article&item=multi_os_scaling&num=1 Multi-Core, Multi-OS Scaling Performance]</ref>
== Terminologia di riferimento ==
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* '''[[single core]]''' (un unico core, es. Intel Atom Z650)
* '''[[dual core]]''' (2 core, es. Intel Core i3-7310U)
* '''triple core''' (3 core, es. AMD Athlon II X3 450)
* '''quad core''' (4 core, es. AMD Ryzen 5 1400)
* '''penta core''' (5 core, es. R-Car H1 (by Cortex A9))
* '''hexa core''' (6 core, es. AMD Ryzen 5 2600)
* '''hepta core''' (7 core, es. R-Car M3 (by Cortex A53))
* '''octa core''' (8 core, es. Intel Core i7-9800X)
* '''nona core''' (9 core, es. Myriad 1 MA1135)
* '''deca core''' (10 core, es. Intel Core i9-9900X)
* '''dodeca core''' (12 core, es. AMD Ryzen 9 3900X)
* '''tetradeca core''' (14 core, es. Intel Xeon W-2175)
* '''hexadeca core''' (16 core, es. AMD Ryzen 9 3950X)
* '''octodeca core''' (18 core, es. Intel Core i9-9980XE)
* '''icosa core''' (20 core, es. Intel Xeon Gold 6230)
* '''docosa core''' (22 core, es. Intel Xeon Gold 6238T)
* '''tetracosa core''' (24 core, es. Intel Xeon W-3265)
* '''hexacosa core''' (26 core, es. Intel Xeon Platinum 8270)
* '''octacosa core''' (28 core, es. Intel Xeon Platinum 8280)
* '''triaconta core''' (30 core, es. ThunderX2 CN9978)
* '''dotriaconta core''' (32 core, es. AMD EPYC 7601)
* '''tetraconta core''' (40 core, es. Qualcomm Centriq 2434)
* '''hexatetraconta core''' (46 core, es. Qualcomm Centriq 2452)
* '''octatetraconta core''' (48 core, es. Intel Xeon Platinum 9242)
* '''hexapentaconta core''' (56 core, es. Intel Xeon Platinum 9282)
* '''tetrahexaconta core''' (64 core, es. Intel Xeon Phi 7230)
* '''doheptaconta core''' (72 core, es. Intel Xeon Phi 7290)
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==Note==
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