The MMU is responsible for the translation between virtual memory addresses and physical memory addresses. All the physical memory references are passed through the MMU. The page tables are managed by a Memory Management Unit (MMU). Now we no longer need to map all the PTE’s separately, and be far more efficient by using page tables. For example, using a page table, we can translate virtual address space 0 to 4095 and say this is found in physical address space 4096 to 8191. Looking at an example of a DWORD entry of 4 bytes A page table covers 4 kilobytes instead of just the 4 bytes of data in a single page entry. To make memory translations more efficient, we use page tables to group chunks of memory addresses in one mapping. We need PTE’s to find the physical address space in the system’s global memory, so there is no way around them. Executing memory translations for every possible word, or virtual memory page, into physical memory address is not very efficient as this could potentially be billions of PTE’s. Each type of word contains multiple bytes of data ( WORD (16 bits/2 bytes), DWORD (32 bits/4 bytes) and QWORD (64 bits/8 bytes)). One memory page in a PTE contains data structures consisting of different sizes of ‘words’. A page table consists of numerous page table entries (PTE). To map virtual memory addresses to physical memory addresses, page tables are used. This is what we refer to as memory translations or mappings. Whenever workloads access data in memory, the system needs to look up the physical memory address that matches the virtual address. When talking about virtual memory, we are talking about the memory that is controlled by an operating system, or a hypervisor like vSphere ESXi. The physical address space is your system RAM, the memory modules inside your ESXi hosts, also referred to as the global system memory. This blog post will cover the basics on how virtual memory addresses are translated.
There are several components working together to perform these translations as efficient as possible.
For workloads to access global system memory, we need to make sure virtual memory addresses are mapped to the physical addresses.
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