Enthusiast-class PCs and workstations may have eight or more, while the number of slots on unique setups like NUCs and SFFs will vary. Before buying a kit, check to see how many memory slots your motherboard has.ĭesktops typically have four slots, while laptops usually have two. RAM is typically purchased in sets of two or four modules (for example, “2x16GB” or “4x8GB”). Outside of frame rates, faster RAM can also improve other areas of a system’s performance, such as shortening boot times. This will be represented as the 1% and 0.1% low values (averages of the slowest 1% and 0.1% of frames recorded) in the benchmarks. In addition to improving the frame rate, faster RAM can improve frame times, or the steadiness of the frame rate.
#DESKTOP FRAME WITH MOTHERBOARD UPGRADE#
It’s worth checking benchmarks for average frames-per-second to see if the upgrade is worth it. Performance improvements vary from game to game: some see a noticeable boost, while others are barely impacted. Although it won’t have as profound an effect as upgrading the processor or graphics card, faster RAM can improve game performance and frame rates. The Intel® Core™ i9-10900 processor, for example, supports 2933MHz at stock specifications.įor gaming, there are advantages to running RAM with high-rated speeds. It’s likely that 32GB of slow RAM isn’t ideal, but neither is 4GB of fast RAM.ĭDR4 RAM speeds begin at around 1600MHz, but these speeds are considered slow by today’s standards. Look for the right balance between capacity and speed. SO-DIMM (small outline dual in-line memory module) are smaller modules made for laptops, Intel® NUC mini-PCs, and some Mini-ITX small form factor (SFF) motherboards. Check the documentation for your system or processor, run a system profiling utility, or use an online memory compatibility tool.ĭIMM (Dual in-line memory module) sticks are larger RAM modules, designed for desktop motherboards. There are a few easy ways to find compatible memory. To prevent accidental installation, the key notch on DDR4 modules is located after a different pin than DDR3 modules, ensuring it can’t slide into DDR3 slots.
Why isn’t DDR4 backwards compatible? Because it has different timings (see below), voltage, and pin count, among other characteristics.
#DESKTOP FRAME WITH MOTHERBOARD PC#
If you’re building a new PC or upgrading RAM in a relatively recent system, you’ll probably be dealing with the current standard of DDR4 SDRAM. DDR4 features faster data transfer rates, larger capacities, and lower voltages than the previous generation. DDR4 stands for “Double Data Rate 4,” and is the fourth generation of DDR technology, which replaced SDR (Single Data Rate) SDRAM. SDRAM has improved over time, offering benefits like lower power consumption, faster transfer rates, and more stable data transmission.ĭDR4 SDRAM is the current standard for modern-day computers. “Synchronous” DRAM is synchronized with the frequency of the processor. They’re not interchangeable, and you can’t replace (for example) 8GB of DDR3 with 16GB of DDR4.Ĭomputers use a type of RAM called SDRAM (Synchronous Dynamic Random Access Memory). DDR4 shouldn’t be confused with DDR3, the previous generation of SDRAM. Motherboards in modern computers support DDR4 RAM. RAM that’s incompatible with your system either won’t fit, or won’t function properly. RAM comes in sticks, or memory modules, that snap into the memory slots on the motherboard. The wrong type of modules simply won’t work, while RAM with the wrong specs for your PC can underperform.
Before you start thinking about RAM capacity and frequency, you should ensure RAM is compatible with your motherboard and processor.
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