If only two of the blue memory slots are populated with matched DIMMs, dual-channel mode is enabled. Quad-channel mode This mode is enabled when four (or a multiple of four) DIMMs are identical in capacity and speed, and are put in quad-channel slots. When two memory modules are installed, the system operates in dual-channel mode. The manual suggests that it should have 4 slots. If it does have 4 slots then your options increase. For example you could add another 2 x 512 MB RAM in dual channel mode in the remaining two empty slots. This would give you a total of 2 GB (4 x 512 MB) Personally in that event I would go for 2 x 1GB RAM in dual channel mode in the 2 empty slots. If you have 2 sticks of RAM, you'll start from the slot closest to the 24-pin and put one in that slot, skip a slot, and then the second RAM stick will go in the third slot. If you only have 1 stick of RAM then it will go in the third slot from the 24-pin. Most mobos work like this: 2 ram sticks go in slot 2 - 4 if you have 4 sticks put em all in. My msi manual told me to put it in slot 2 - 4 too akd iv got 8gbs in 2 sticks. Plus its a commen way of indtalling ram since it uses dual channel. The memory controller on the chipset, will address and use the first memory slot, slot 0 before using slot 1. A higher density memory card does yield slightly higher bandwidth, so it is advised to put the higher capacity card in slot 0. PP mentioned how to find which one is slot 0. In the stp tab, you will be able to toggle between.
Adding additional RAM memory to computer had been always one of the easiest and efficient upgrades. Over years with baggage of hardware generations and new technologies it can get tricky.
What Slots Should My Ram Go In
When installing memory it's not important what to do, but more important to do it right
Choose memory
There are two main factors in memory: type and speed.
By type most of it is one of DDR, DDR2 or DDR3 (unless you are looking at really old computer). Memory of different types is not compatible mechanically or electronically. Motherboards usually have slots for one specific kind of memory, some rare models can support memory of two types (but not at the same time).
What Slots Should Ram Go In My Area
Speed of memory is faster for newer types, but also differs in margins of every type. Motherboards might only support slower speed than memory can come with. Memory of different speeds will in general work with any motherboard of required type. Slow memory will work at its speed even if motherboard can go faster. Fast memory will slow down to match motherboard if needed.
So you need memory that matches motherboard in type and (best case) speed. If adding memory it is also good idea that new modules match old ones in parameters and brand.
Is there a casino in miami florida. Manufacturers always provide (in manual and online) information on what memory motherboard supports and larger brands even offer lists of practically tested modules for each motherboard.
Choose memory
There are two main factors in memory: type and speed.
By type most of it is one of DDR, DDR2 or DDR3 (unless you are looking at really old computer). Memory of different types is not compatible mechanically or electronically. Motherboards usually have slots for one specific kind of memory, some rare models can support memory of two types (but not at the same time).
What Slots Should Ram Go In My Area
Speed of memory is faster for newer types, but also differs in margins of every type. Motherboards might only support slower speed than memory can come with. Memory of different speeds will in general work with any motherboard of required type. Slow memory will work at its speed even if motherboard can go faster. Fast memory will slow down to match motherboard if needed.
So you need memory that matches motherboard in type and (best case) speed. If adding memory it is also good idea that new modules match old ones in parameters and brand.
Is there a casino in miami florida. Manufacturers always provide (in manual and online) information on what memory motherboard supports and larger brands even offer lists of practically tested modules for each motherboard.
Choose slots
I remember times when you just had to stick modules in, but those are gone.
Currently most of motherboards/processor combos support at least two memory channels. I think there are already rare (for now) configurations with three channels.
Different channels correspond to different physical slots on board. The idea is that memory must be balanced between channels and that requires them to be filled in specific order.
Motherboard manual has diagram of slot channels and numbers. For example like this one:
Wow vanilla holy paladin best in slot. Letter commonly refer to channel, numbers commonly refer to order inside channel. In usual case (when manual doesn't have other explicit instructions) slots must be filled in following order:
- First slot of first channel (A1 in example)
- First slot of second channel (B1)
- Second slot of first channel (A2)
- Second slot of second channel (B2)
- And so on.
If you need to install multiply modules it is best to add them one by one.
Overall
Installing memory is not hard, but my advice is to have motherboard manual open and ready. Those slots rarely come in any kind of sane order. I had recently upgraded computer for a friend and it took me five attempts to get kit of 3x2GB memory modules working correctly.
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