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Page Size In Mmu
Most modern systems divide memory into pages that are 4 64 KB in size often with the capability to use so called huge pages of 2 MB or 1 GB in size often both variants are possible Page translations are cached in a translation lookaside buffer TLB Some systems mainly older RISC designs trap into the OS when a page translation is not found in the TLB Most systems use a hard
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MMU Plans On Show
MMU Plans On Show
The page size is a compromise between memory usage memory usage and speed A larger page size means more waste when a page is partially used so the system runs out of
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The translation from logical to physical addresses is performed by the operating system s memory management unit MMU within the computer s hardware architecture The MMU uses a page table to translate logical
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The page number is multiplied by 4 the size of a page table entry and added to the contents of the MMU register containing the address of the page table This gives a virtual address that is resolved using a page table
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https://en.wikipedia.org/wiki/Memory_management_unit
Most modern systems divide memory into pages that are 4 64 KB in size often with the capability to use so called huge pages of 2 MB or 1 GB in size often both variants are possible Page translations are cached in a translation lookaside buffer TLB Some systems mainly older RISC designs trap into the OS when a page translation is not found in the TLB Most systems use a hard
https://unix.stackexchange.com/questions/128213
The page size is a compromise between memory usage memory usage and speed A larger page size means more waste when a page is partially used so the system runs out of
Most modern systems divide memory into pages that are 4 64 KB in size often with the capability to use so called huge pages of 2 MB or 1 GB in size often both variants are possible Page translations are cached in a translation lookaside buffer TLB Some systems mainly older RISC designs trap into the OS when a page translation is not found in the TLB Most systems use a hard
The page size is a compromise between memory usage memory usage and speed A larger page size means more waste when a page is partially used so the system runs out of
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