Rank tiếng việt trong game có nghĩa là gì?

Single Rank Memory can be memory with chips on only one side of the memory module (stick of memory) or chips on both sides of the module as long as the chips are in one rank that is accessed while writing lớn or reading from the memory. Dual Rank Memory is basically like having two Single Rank chip ranks on one memory module, with only one rank accessible at a time. Quad Rank Memory is, effectively, two Dual Rank Chip sets on one memory module, with only one rank accessible at a time. Dual và Quad Rank DIMMs provide the greachạy thử capathành phố with the existing memory technology. For example, if current DRAM công nghệ supports 1GB Single Rank DIMMs, Dual Rank DIMM would be 8GB, and a Quad Rank DIMM would be 16GB.

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Memory Rank is distinguished by the information that is displayed on the information sticker on the memory, Single Rank has a 1Rx on it, for example 1Rx8/1Rx8/1Rx16, on the flip side Dual Rank Memory has a 2Rx on it, for example 2Rx8/2Rx8/2Rx16 và Quad Rank has a 4Rx on it, for example 4Rx8/4Rx8/4Rx16. (See Below for Examples)

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Overview Generally Single Rank Memory is faster than Dual Rank Memory, in layman’s terms when a computer accesses Single Rank Memory it only has khổng lồ go around the track once, where are Dual Rank it would have to go around the track twice.

However certain systems have sầu better performance with multi rank memory due lớn onboard memory controllers. This is especially true for LRDIMM VPS memory.

Compatibility For the most part Dual Rank Memory can be used in conjunction with Single Rank Memory, & in some cases when using a large amount of memory such as 16GB, servers motherboards actually require you to lớn use a mix of Single and Dual Rank Memory.

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Ranking The number of ranks on any DIMM is the number of independent sets of DRAMs that can be accessed for the full data bit‐width of the DIMM ie 64 bits. The ranks cannot be accessed simultaneously as they nội dung the same datapath. The physical layout of the DRAM chips on the DIMM itself does not necessarily relate to lớn the number of ranks. Sometimes the layout of all DRAM on one side of the DIMM PCB versus both sides is referred to as “single‐sided” versus “double‐sided”. These terms may cause confusion as they vị not necessarily relate khổng lồ how the DIMMs are logically organized or accessed.

For example, on a single rank DIMM that has 64 data bits of I/O pins, there is only one mix of DRAMs that are turned on to lớn drive a read or receive sầu a write on all 64‐bits. In most electronic systems, memory controllers are designed lớn access the full data bus width of the memory module at the same time.

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On a64‐bit (non‐ECC) DIMM made with two ranks, there would be two sets of DRAM that could be accessed at different times. Only one of the ranks can be accessed at a time, since the DRAM data bits are tied together for two loads on the DIMM (Wired OR). Ranks are accessed through chip selects (CS). Thus for a two rank module, the two DRAMs with data bits tied together may be accessed by a CS per DRAM (e.g. CS0 goes to one DRAM chip và CS1 goes khổng lồ the other). DIMMs are currently being commonly manufactured with up to four ranks per module.

Consumer DIMM vendors have sầu recently begun to distinguish between single and dual ranked DIMMs. JEDEC decided that the terms “dual‐sided,” “double‐sided,” or “dual‐banked” were not correct when applied to lớn registered DIMMs. (from Wikipedia)