Memory (RAM)
DDR4 and DDR5 memory kits to speed up multitasking or meet a specific build's requirements.
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Specs
- 16GB to 128GB kit options
- DDR4 and DDR5 available
- Speed-matched to your motherboard
- Installed and tested before delivery
How Much RAM Different Workloads Need
Memory capacity needs scale pretty predictably with what you're actually doing on the machine. 16GB is a reasonable baseline for general use and most gaming, since it covers the operating system, a game, and a browser with a handful of tabs open without much strain. 32GB is where things get comfortable for heavier multitasking, streaming while gaming, or working with larger creative files. Kits at 64GB and up are aimed at workloads that genuinely use that much: video editing with large project files, running virtual machines, or working with datasets and applications that hold a lot in memory at once.
DDR4 and DDR5 aren't interchangeable: your motherboard supports one or the other, not both, so the platform you're on determines which type you need rather than personal preference. DDR5 offers higher bandwidth than DDR4 at a given price point on newer platforms, but the practical difference in day-to-day use is smaller than raw bandwidth numbers suggest for most workloads outside of memory-intensive tasks.
Speed and configuration matter almost as much as capacity. Kits are speed-matched to your motherboard, since running memory faster than a board and processor officially support doesn't always work reliably, and running two sticks instead of one lets the system use dual-channel bandwidth, which is meaningfully faster than the same total capacity on a single stick. Everything ships installed and tested rather than left for you to seat and configure yourself.
16GB covers most current games comfortably. 32GB adds headroom if you're also streaming, recording, or running other demanding software alongside the game.
No. A motherboard supports only one type, so the memory you buy has to match the type your specific motherboard uses.
Yes: a matched pair of sticks runs in dual-channel mode, which gives noticeably more memory bandwidth than the same total capacity on a single stick.