DDR3 lågvolts minnen - vad är fördelar/nackdelar?
Tänkte köra 2x8GB XMP 1600MHz kapslar i en i7-4770K rigg och ser att det finns 1.35V minnen att köpa istället för som standard 1.5V.
Funderar om det finns några fördelar/nackdelar med DDR3 lågvolts minnen?
Riggen kommer att överklockas lite lätt men inget extremt.
Lågvolts minnen bör ju generera mindre värme tycker jag. Men klarar dem av att man ökar volten vid överklockning? dem minnen jag funderar över marknadsförs att vara för "PC enthusiasts, and power users"
Edit: fann detta hos en tillverkare
What is Dual-Voltage RAM?
Voltage refers to the power consumed by a module. In the past, most DDR3 memory voltage ranged from1.5 - 1.65v. More recently, dual 1.35/1.5 voltage modules came available at Crucial.com. While the lower voltage memory has some advantages over high voltage (namely lower power consumption), your system must support it in order to realize the benefits.
Will the dual voltage 1.35V/1.5V parts work with my original memory?
If your original installed memory is 1.5V and you are adding a dual-voltage 1.35V/1.5V module to an open DIMM slot, the dual-voltage module will operate at 1.5V, not 1.35V. In order to run at 1.35V, all installed memory modules must be dual-voltage 1.35V/1.5V and the system must support DDR3L (1.35V low voltage) to enable the module to run at 1.35V.
Which is better; 1.35V/1.5V or 1.5V?
Generally, lower voltage is optimal as it consumes less power and in turn, may generate less heat. However, it is important to note that the overall system must support DDR3L (1.35V low voltage) to enable the module to run at 1.35V. If the system does not support DDR3L (1.35V low voltage), the module will run at 1.5V.
Which one should I buy; 1.35V/1.5V or 1.5V?
Purchase whichever of memory your system supports, but keep in mind the dual-voltage module will run only run at 1.35V if your specific system supports that voltage, otherwise the memory will run at 1.5V.
