PSE-36
In computing, PSE-36 (36-bit Page Size Extension) refers to a feature of x86 processors that extends the physical memory addressing capabilities from 32 bits to 36 bits, allowing addressing to up to 64 GB of memory. Compared to the Physical Address Extension (PAE) method, PSE-36 is a simpler alternative to addressing more than 4 GB of memory. It uses the Page Size Extension (PSE) mode and a modified page directory table to map 4 MB pages into a 64 GB physical address space. PSE-36's downside is that, unlike PAE, it doesn't have 4-KB page granularity above the 4 GB mark.
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PSE-36
In computing, PSE-36 (36-bit Page Size Extension) refers to a feature of x86 processors that extends the physical memory addressing capabilities from 32 bits to 36 bits, allowing addressing to up to 64 GB of memory. Compared to the Physical Address Extension (PAE) method, PSE-36 is a simpler alternative to addressing more than 4 GB of memory. It uses the Page Size Extension (PSE) mode and a modified page directory table to map 4 MB pages into a 64 GB physical address space. PSE-36's downside is that, unlike PAE, it doesn't have 4-KB page granularity above the 4 GB mark.
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In computing, PSE-36 (36-bit P ...... when operated in legacy mode.
@en
PSE-36 – rozszerzenie umożliwi ...... az z architekturą Pentium III.
@pl
Wikipage page ID
14,266,496
Wikipage revision ID
743,981,593
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In computing, PSE-36 (36-bit P ...... anularity above the 4 GB mark.
@en
PSE-36 – rozszerzenie umożliwi ...... az z architekturą Pentium III.
@pl
label
PSE-36
@en
PSE-36
@pl