F5F Stay Refreshed Hardware Desktop Which ram will be better?

Which ram will be better?

Which ram will be better?

_
_eptastic_
Member
54
04-04-2022, 10:55 AM
#1
You currently have a 16GB setup with two 8GB drives. You're considering adding two more 4GB drives to reach 16GB, which would place them between the two options you mentioned. The power supplies you have are 1.5V and 1.35V, while the ones available locally cost between 36€ and 41€. This should work fine as long as the voltage matches your system requirements.
_
_eptastic_
04-04-2022, 10:55 AM #1

You currently have a 16GB setup with two 8GB drives. You're considering adding two more 4GB drives to reach 16GB, which would place them between the two options you mentioned. The power supplies you have are 1.5V and 1.35V, while the ones available locally cost between 36€ and 41€. This should work fine as long as the voltage matches your system requirements.

P
pikkon128
Member
164
04-09-2022, 10:36 AM
#2
Combining RAM at varying voltages or speeds may lead to problems, yet it could function perfectly. If those are your sole choices, obtain the Patriot Vipers and verify the shop offers a solid return policy.
P
pikkon128
04-09-2022, 10:36 AM #2

Combining RAM at varying voltages or speeds may lead to problems, yet it could function perfectly. If those are your sole choices, obtain the Patriot Vipers and verify the shop offers a solid return policy.

G
GalacticattYT
Member
155
04-29-2022, 02:10 AM
#3
Absolutely, I shouldn't take that chance. I also discovered that not all motherboards are compatible with low-voltage RAM.
G
GalacticattYT
04-29-2022, 02:10 AM #3

Absolutely, I shouldn't take that chance. I also discovered that not all motherboards are compatible with low-voltage RAM.

D
DA_Red_Gamer
Member
225
04-30-2022, 06:23 PM
#4
I combined RAM modules on my laptop using various capacities but identical memory chips, frequencies, CL, and voltage. I'm using dual-channel asynchronous mode. As mentioned earlier, the motherboard is likely to run G.Skill memories at 1.35V, which could result in a frequency of 1333MHz or higher CAS latency if the voltage drops. Still, it should generally work fine, though further research is recommended.
D
DA_Red_Gamer
04-30-2022, 06:23 PM #4

I combined RAM modules on my laptop using various capacities but identical memory chips, frequencies, CL, and voltage. I'm using dual-channel asynchronous mode. As mentioned earlier, the motherboard is likely to run G.Skill memories at 1.35V, which could result in a frequency of 1333MHz or higher CAS latency if the voltage drops. Still, it should generally work fine, though further research is recommended.