This can give the four DIMM module configuration an advantage as it allows several open DRAM pages in each rank. However, when using four single rank modules for dual-channel operation, the memory is now configured as a dual-rank. So when using two single ranked modules for dual-channel operation, the memory is configured as a single rank. This is important to note because in the tests we’ve seen all memory used has been single-ranked modules. In fact, there is very little difference between one dual-ranked module and two single-rank modules when connected to the same memory controller, even though the memory chips reside on different PCBs.
A system populated with more than two single-ranked modules will actually act as if dual-ranked modules are installed. Things get even messier when you introduce more memory sticks or modules. A module with chips on both sides of the PCB is just dual-sided, and can still be a single-ranked module, so it’s a bit confusing. Typically, single rank modules feature all memory chips on one side of the PCB, while dual rank memory places chips on both sides of the PCB.
4GB RAM BOOSTER SOFTWARE
Identifying if your memory is dual or single rank can be difficult as software doesn’t always read modules correctly and not all memory manufacturers note the rank in the modules' ID. Most consumer grade memory features a single rank, though higher capacity modules are usually dual rank, while server grade memory is often quad-rank. For those of you unaware, the term ‘rank’ means the number of 64-bit memory banks on a module. We believe this due to how the memory is configured or more precisely, the memory ‘rank’. However, we've seen tests around showing an increase in performance by adding two extra modules, allegedly without increasing memory frequency, or improving timings.
4GB RAM BOOSTER UPGRADE
In this scenario all modules are operating at the same frequency, use the same timings, and provide the same total memory capacity.ĭual-channel platforms such as AMD’s AM4 or Intel’s LGA1151 require two matched memory modules for dual-channel operation, adding a second pair will only expand memory capacity and won’t upgrade you to quad-channel memory, for that you’d need a Threadripper or Cascade Lake-X processor.
So to answer for an average user 2gb is ok, if you nearly a power user and run like 20 browsers/tabs, office apps, torrents and even games at at the same time you should have more then 2gb, but more then 4gb is a waste it would be impossible to fill up unless you making it your missions.It's not unusual to have this kind of question debated in tech forums, so today we're having a look at the performance impact of having four DDR4 memory modules in a dual-channel system, opposed to just two modules.
In fact the rare occasions i do need to edit videos its better to just reboot the system temporary put back virtual memory then having it run non stop True if you using certain video editing or excessive amount of grafic editing then you cant do this, but for 99% of users virtual memory is not needed anymore I have in my own system currently 3gb ram (i had occasionally a lot more then that, what can i say need those parts for more useful things like sales) i do not use virtual memory for the last 3 years, never have a problem, never had a problem when i still had 2gb
4GB RAM BOOSTER WINDOWS
I build systems and i use 64bit my self, if you disable virtual memory then you wont see much or any difference, because windows is already on its max performance
0 kommentar(er)
