{"translation":"https://translate-dev.freebsd.org/api/translations/freebsd-doc/articles_vm-design/en/?format=json","source":["Do you know how an L1 hardware memory cache works? I will explain: Consider a machine with 16MB of main memory but only 128K of L1 cache. Generally the way this cache works is that each 128K block of main memory uses the <emphasis>same</emphasis> 128K of cache. If you access offset 0 in main memory and then offset 128K in main memory you can wind up throwing away the cached data you read from offset 0!"],"previous_source":"","target":["Do you know how an L1 hardware memory cache works? I will explain: Consider a machine with 16MB of main memory but only 128K of L1 cache. Generally the way this cache works is that each 128K block of main memory uses the <emphasis>same</emphasis> 128K of cache. If you access offset 0 in main memory and then offset 128K in main memory you can wind up throwing away the cached data you read from offset 0!"],"id_hash":-5976461855093431026,"content_hash":-5976461855093431026,"location":"article.translate.xml:829","context":"","note":"(itstool) path: answer/para","flags":"","labels":[],"state":100,"fuzzy":false,"translated":true,"approved":false,"position":100,"has_suggestion":false,"has_comment":false,"has_failing_check":false,"num_words":76,"source_unit":"https://translate-dev.freebsd.org/api/units/102139/?format=json","priority":100,"id":102139,"web_url":"https://translate-dev.freebsd.org/translate/freebsd-doc/articles_vm-design/en/?checksum=2d0f579b817be50e","url":"https://translate-dev.freebsd.org/api/units/102139/?format=json","explanation":"","extra_flags":"","pending":false,"timestamp":"2019-10-20T12:20:04.173525Z"}