F5F Stay Refreshed Hardware Desktop Mixing ram capacity

Mixing ram capacity

Mixing ram capacity

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T
194
12-07-2023, 07:00 AM
#1
You can place the 32GB kit on one channel and the 16GB on the other, or combine them into a single channel with both sizes. It doesn’t matter which arrangement you choose as long as both channels end up with the same total capacity.
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ThiLellesGames
12-07-2023, 07:00 AM #1

You can place the 32GB kit on one channel and the 16GB on the other, or combine them into a single channel with both sizes. It doesn’t matter which arrangement you choose as long as both channels end up with the same total capacity.

W
Withdrawal
Junior Member
1
12-12-2023, 11:49 AM
#2
Organize the kits into matching channels: all 16s together and all 8s together.
W
Withdrawal
12-12-2023, 11:49 AM #2

Organize the kits into matching channels: all 16s together and all 8s together.

J
jakmb
Junior Member
3
12-12-2023, 03:16 PM
#3
To ensure smooth performance, each channel should have equal capacity so RAM doesn’t struggle in flex mode. I’ve set it up with 8, 16, 8, 16 or similar configurations across the four slots. This method lets me run my 48GB drive across all four sticks. What’s the purpose behind this setup?
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jakmb
12-12-2023, 03:16 PM #3

To ensure smooth performance, each channel should have equal capacity so RAM doesn’t struggle in flex mode. I’ve set it up with 8, 16, 8, 16 or similar configurations across the four slots. This method lets me run my 48GB drive across all four sticks. What’s the purpose behind this setup?

M
maxo1973
Member
149
12-12-2023, 07:50 PM
#4
I conveyed exactly what you expressed. The setup places the 32GB in one channel while the 16GB is in another.
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maxo1973
12-12-2023, 07:50 PM #4

I conveyed exactly what you expressed. The setup places the 32GB in one channel while the 16GB is in another.

F
furioscrusher9
Junior Member
47
12-13-2023, 07:55 PM
#5
It doesn't work that way. When you place two sticks, they fit together in a specific pattern—first two for one channel, next two for the other. By using 8-16 plus 8-16, you ensure each channel gets 24GB. Imagine the 16GB sticks in slots 2 and 4; they occupy different channels. This is the standard method for installing two sticks.
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furioscrusher9
12-13-2023, 07:55 PM #5

It doesn't work that way. When you place two sticks, they fit together in a specific pattern—first two for one channel, next two for the other. By using 8-16 plus 8-16, you ensure each channel gets 24GB. Imagine the 16GB sticks in slots 2 and 4; they occupy different channels. This is the standard method for installing two sticks.

G
GetGoodPls
Junior Member
23
12-13-2023, 10:40 PM
#6
For my motherboard example... I placed a stick in A2 and B2 following the standard. That creates a dual-channel setup. You fit the 2x16 in those slots, and the 2x8 in A1 and B1 for the other channel. Since a 4-slot board supports two dual channels, you should arrange them as 8-16-8-16. That means placing them in the order across the four slots. Your setup is correct, but I was wondering if my interpretation of what counts as a channel was off. Any details that could clarify?
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GetGoodPls
12-13-2023, 10:40 PM #6

For my motherboard example... I placed a stick in A2 and B2 following the standard. That creates a dual-channel setup. You fit the 2x16 in those slots, and the 2x8 in A1 and B1 for the other channel. Since a 4-slot board supports two dual channels, you should arrange them as 8-16-8-16. That means placing them in the order across the four slots. Your setup is correct, but I was wondering if my interpretation of what counts as a channel was off. Any details that could clarify?

E
EzPwnz
Member
146
12-14-2023, 12:10 AM
#7
A and B represent the channels, not numbers one and two. A1 and A2 serve as slots for Channel A, while B1 and B2 are for Channel B. This setup ensures two sticks are installed in separate channels, which is why two sticks should be placed apart to confirm they're in different channels. In theory, you could place the sticks in A2 and B1, but some boards might not start up properly if the RAM isn't arranged correctly, making this approach less reliable. I've only observed it working on a board where a slot was damaged.
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EzPwnz
12-14-2023, 12:10 AM #7

A and B represent the channels, not numbers one and two. A1 and A2 serve as slots for Channel A, while B1 and B2 are for Channel B. This setup ensures two sticks are installed in separate channels, which is why two sticks should be placed apart to confirm they're in different channels. In theory, you could place the sticks in A2 and B1, but some boards might not start up properly if the RAM isn't arranged correctly, making this approach less reliable. I've only observed it working on a board where a slot was damaged.

R
RaGe_SeeZo
Junior Member
1
12-21-2023, 07:20 AM
#8
Looking at this!
R
RaGe_SeeZo
12-21-2023, 07:20 AM #8

Looking at this!

M
Mikumu
Member
144
12-24-2023, 05:27 AM
#9
They're combining channels with banks. Bank = A1 & A2 / B1 & B2 Channel = A1 & B1 / A2 & B2
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Mikumu
12-24-2023, 05:27 AM #9

They're combining channels with banks. Bank = A1 & A2 / B1 & B2 Channel = A1 & B1 / A2 & B2

B
Broflash
Senior Member
740
12-24-2023, 01:55 PM
#10
A bank refers to a collection of memory slots, which can differ based on the motherboard. The example mentioned seems to have a single bank with four slots, though the spacing between middle slots might suggest two separate banks each with two slots. It's difficult to confirm without BIOS details. A channel is a dedicated data path from the CPU to RAM, typically distinguished by color—white for one channel and blue for another.
B
Broflash
12-24-2023, 01:55 PM #10

A bank refers to a collection of memory slots, which can differ based on the motherboard. The example mentioned seems to have a single bank with four slots, though the spacing between middle slots might suggest two separate banks each with two slots. It's difficult to confirm without BIOS details. A channel is a dedicated data path from the CPU to RAM, typically distinguished by color—white for one channel and blue for another.

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