F5F Stay Refreshed Hardware Desktop It wouldn't affect performance if one slot accommodates a single stick RAM module.

It wouldn't affect performance if one slot accommodates a single stick RAM module.

It wouldn't affect performance if one slot accommodates a single stick RAM module.

Pages (2): 1 2 Next
S
Sushi292
Member
179
11-13-2018, 10:48 PM
#1
Hello, your setup uses an MSi B450 Gaming Plus Max mainboard with a single stick RAM installed in slot 2 of the four DIMM slots. It’s not clear if using it in slot 2 versus slot 1 affects performance, but generally, both slots are compatible as long as the RAM matches the system requirements. Let me know if you need more details.
S
Sushi292
11-13-2018, 10:48 PM #1

Hello, your setup uses an MSi B450 Gaming Plus Max mainboard with a single stick RAM installed in slot 2 of the four DIMM slots. It’s not clear if using it in slot 2 versus slot 1 affects performance, but generally, both slots are compatible as long as the RAM matches the system requirements. Let me know if you need more details.

T
Tudy_Shockwave
Junior Member
16
11-16-2018, 04:33 PM
#2
The second and fourth positions are typically reserved first before the remaining slots, so you're correct. You may want to consult the motherboard manual for confirmation.
T
Tudy_Shockwave
11-16-2018, 04:33 PM #2

The second and fourth positions are typically reserved first before the remaining slots, so you're correct. You may want to consult the motherboard manual for confirmation.

S
Sk8_skater
Junior Member
18
11-23-2018, 03:09 AM
#3
Use slot 2, as suggested in the instructions
S
Sk8_skater
11-23-2018, 03:09 AM #3

Use slot 2, as suggested in the instructions

B
BoostedFiST
Junior Member
43
11-23-2018, 11:02 AM
#4
The second and fourth slots are prioritized because they address the most critical needs first, ensuring stability and functionality before moving to less urgent areas. This approach helps resolve foundational issues efficiently.
B
BoostedFiST
11-23-2018, 11:02 AM #4

The second and fourth slots are prioritized because they address the most critical needs first, ensuring stability and functionality before moving to less urgent areas. This approach helps resolve foundational issues efficiently.

Z
Zaxi
Junior Member
47
11-25-2018, 04:48 AM
#5
.
Z
Zaxi
11-25-2018, 04:48 AM #5

.

B
BloodyAssassin
Junior Member
47
11-25-2018, 05:07 AM
#6
Yes, placing the additional RAM in slots 1 and 3 would work if you start with the second and fourth slots.
B
BloodyAssassin
11-25-2018, 05:07 AM #6

Yes, placing the additional RAM in slots 1 and 3 would work if you start with the second and fourth slots.

X
xAPPLExPIEx
Senior Member
657
11-26-2018, 01:07 PM
#7
Yes. The sequence is 2, then 4, followed by 1 and finally 3.
X
xAPPLExPIEx
11-26-2018, 01:07 PM #7

Yes. The sequence is 2, then 4, followed by 1 and finally 3.

L
lizzard89
Senior Member
707
11-26-2018, 02:11 PM
#8
Thank you for your kind words.
L
lizzard89
11-26-2018, 02:11 PM #8

Thank you for your kind words.

G
Gds1
Junior Member
47
12-01-2018, 11:52 AM
#9
Thank you very much. It was helpful.
G
Gds1
12-01-2018, 11:52 AM #9

Thank you very much. It was helpful.

B
baconman565
Member
207
12-01-2018, 12:44 PM
#10
Electricity won't reach the empty connections because that idea contradicts fundamental electrical principles. Current doesn't move into an open circuit naturally. Empty slots are identified by the motherboard and CPU during setup, and later the CPU uses specific addresses to reach those slots. One might argue the CPU takes the most direct route—first to 2, then 4, followed by 1 and 3 via a chain. The PCB design differs between boards, and manuals rarely explain routing details.
B
baconman565
12-01-2018, 12:44 PM #10

Electricity won't reach the empty connections because that idea contradicts fundamental electrical principles. Current doesn't move into an open circuit naturally. Empty slots are identified by the motherboard and CPU during setup, and later the CPU uses specific addresses to reach those slots. One might argue the CPU takes the most direct route—first to 2, then 4, followed by 1 and 3 via a chain. The PCB design differs between boards, and manuals rarely explain routing details.

Pages (2): 1 2 Next