When it comes to computer RAM, there are several factors to consider including the type of memory module and the number of pins. While buying DDR4 RAM, you will find 288-pin and 260-pin modules.
So, what are the differences between them, or which one you should go for? Both are used in different motherboards for different purposes. You’ll get the answer to these questions automatically once you understand the differences between 288-pin and 260-pin RAM.
In this article, we have explained the differences between 288-pin and 260-pin modules and also have discussed when to get a 288-pin RAM module and when you’ll need a 260-pin RAM.
What Do 288 Pin and 260 Pin Mean?
Let’s start with what these pins do or what they mean. The number of pins is a crucial aspect of memory modules. It determines how the module connects to the motherboard.
288 Pin: You’ll find a 288-pin module in DDR4 DIMM (Dual In-Line Memory Module) RAMs. These RAMs are bigger in size and used in desktop computers and servers.
260 Pin: 260-pin module, on the other hand, also refers to DDR4 RAMs but in SO-DIMM (Small Outline Dual In-Line Memory Module). These RAMs are smaller in size and are primarily used in laptops and small form-factor devices.
Differences Between 288 Pin and 260 Pin
Though 288 pin and 260 pin both are DDR4 RAMs and the performance of both RAMs are almost the same, there are some significant differences between them that separate the 288 pin from 260 pin RAM modules. Let’s explore the differences below:
|RAM Connector Name
|Laptop, notebook, and small PCs.
|Up to 128 GB
|Up to 32 GB
|Data Transfer Rate
According to the table above, you can see that DDR4 DIMM RAM contains 288 pin module, and DDR4 SO-DIMM RAM contains a 260-pin module. DIMM is compatible with desktop and server computers whereas SO-DIMM is compatible with laptops, notebooks, and small PCs.
Though the performance of both DDR4 RAMs is the same, 288-pin modules have higher memory capacities than 260-pin. Again, As DDR4 DIMMs have higher pin counts, they can achieve faster data transfer rates compared to DDR4 SO-DIMMs. However, the data transfer rate provided by the 260-pin module is more than sufficient for laptops.
Can You Use 260 Pin on 288 Pin Slot?
We already have mentioned in the table above that, 288-pin modules are larger than 260-pin modules. Again, the physical structure of these two modules isn’t the same as they are designed for different form factors.
288 pin modules are not compatible with laptops or devices that require smaller memory modules. So technically, you can’t use 260 pin modules on 288 pin slots or 288 pin modules on 260 pin slots. However, there is a 260 pin to 288 pin adapters available on the market which can allow you to use a 260 pin module on a 288 pin connector.
FAQs – Frequently Asked Questions and Answers
Is All DDR4 RAM 260-Pin?
No, there are mainly 2 modules that are popular for DDR4 RAMs and the number of pins is different from each other. DDR4 SO-DIMM module has 260 pins whereas the DIMM module of DDR4 contains 288 pins.
Does The Number of Pins on RAM Matter?
Yes, the number of pins matters because you can’t use 260 pins for a desktop computer because they are designed to use in laptops or small PCs. Similarly, you can’t use a 288 pin module for a laptop because the motherboard of a laptop doesn’t contain 288 pin slots.
What Is 260-Pin SO DIMM?
260-pin SO-DIMM is the memory module of DDR4 RAM. The other generation of DDR also have SO-DIMM modules with different numbers of pins. For example, the number of the pin of SO-DIMM modules for DDR1 and DDR2 is 200 while for DDR3 SO-DIMM has 204-pin.
To conclude, the 288-pin and 260-pin memory modules are the same in performance but designed differently for the specific requirement of a system. If you are building a desktop computer or server that requires high memory capacity and data transfer rates, then a 288-pin DDR4 DIMM would be the appropriate choice. On the other hand, if you are working with a laptop or a small form factor device that has limited space, a 260-pin DDR4 SO-DIMM would be the more suitable option. We hope this article will help you understand the differences between these memory modules. Thanks for reading.