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Gaming with only 8GB of RAM in your system can be a dicey proposition. Yes, there are many games — including modern titles — that run perfectly fine with 8GB of memory. But if you want to play something demanding like The Division 2, which requires 11.3GB of RAM, 8GB simply won’t cut it. You’re better off streaming games from services like GeForce Now or Xbox Game Pass on PC if you only have 8GB of RAM. How much RAM most people need: 16GB

That leads to our general capacity guidelines. We recommend 16GB of main system memory for most users who want to multitask without incurring the above-mentioned slowdown, and 32GB for heavy multi-taskers or those running memory-hogging programs such as video editors. Key takeaway:Multitaskers should really opt for 8GB of RAM when possible, andthose running multiple applications along with a ton of tabs should opt for 16GB. These days, however, even 64GB is on the table for premium workstations. Lessons learned One thing to remember is that most systems require a matched pair of modules to run dual-channel mode, or four matching modules to operate in quad-channel mode. While past platforms have occasionally allowed for mixed modes using different modules, those didn’t perform optimally. That doesn’t necessarily mean that you have to ditch an old pair of modules when a pair of empty slots are available, as we’ve had good experience adding a new matched pair to an old matched pair of the same data rate, but doing so may make XMP mode unworkable. We’ve even added 2x 8GB kits next to 2x 4GB kits without breaking dual-channel mode, creating a 24GB (12GB per-channel) configuration as 8GB-4GB-8GB-4GB, by simply leaving the board at default (non-XMP) settings. You’ll just want to make sure the matched pairs are inserted into the proper paired DIMM slots recommended by the motherboard maker. If you just want something for your classes and assignments, 8GB is more than enough unless you’ll be running some resource-intensive software. Online meetings and classes are usually conducted on Google Meet, Zoom, or some other similar light software. Each dual inline memory module (DIMM) has two 64-bit interfaces (one on each side) connected in series. Each interface supports one rank of memory, so that a single-sided module usually has one filled rank, and a double-sided module usually has both ranks filled. (Caveat alert: Though less common, some memory has through-paths, or “vias,” that connect both sides to a single interface.) Since the two sides of a dual-rank module are connected in series, one might not expect the added rank of memory ICs (integrated circuits, i.e. “chips”) to improve performance. This is where interleaving comes into play. Interleaving allows two different operations to occur simultaneously, such as accessing data on one rank while transferring data on the other.People considering more than 16GB of RAM should be actively using programs known for gobbling up system memory or requiring it for optimal performance—for example, video editors working on time-sensitive projects. Many professionals would often rather pay more money if it cuts down on the time it takes to finish tasks. Streaming music or binging on videos is a slightly different use case than simple web browsing, putting its own stresses on memory. We looked at both audio and video streaming, across several services, to see how much memory was impacted by video, be it cat videos, news clips, or high-definition movies. Once you hit the limit of what your RAM can hold, then your computer will compensate with a swap file, putting some of the data onto your storage drive. It will try to use this swap file in the same way it does RAM, constantly reading and writing the data during operation, but the memory in your storage drives simply isn’t designed to move data as rapidly as DRAM. A swap file still lets you get some things done, but will be dramatically slower. Surprisingly, the overall memory demands weren’t that different from regular browsing. Whether listening to multiple audio streams or watching multiple videos, the overall memory use didn’t change much. Single audio or video streams from Spotify or YouTube used less than 3GB of memory (2,747 MB and 2,532 MB, respectively), and you had to bump that up to 4 or more simultaneous streams to get above the 3GB mark. At that point, you’re streaming an unenjoyable cacophony of sight and sound, but you can add more if you want. Low-end Chromebooks and some tablets come with 4GB of RAM, but it’s only worth considering if you’re on an extreme budget.

But if you want to create simple 2D animations or typographies, then 12GB would be enough. However, you’ll have to deal with lag issues and your computer might not perform too well. – Internet Surfing and Cloud Usage You can also have too much RAM. If, for example, you’re only using 12GB of RAM under the most demanding circumstances and you have a 16GB kit, upgrading to a 32GB kit (assuming all other aspects are equal) won’t impact your performance whatsoever. It’s effectively wasted money. When it comes to editing videos, the right amount of RAM that you need depends on the kind of editing. For instance, if you only want to do basic editing just for casual purposes, then 12GB should be enough. In fact, with this amount of RAM, your computer will be able to run some of the more average programs for editing videos available today like CyberLink Power Director and Filmora without any lag.It may be an Intel technology, but enthusiast-class AMD motherboards are also designed to support XMP. As motherboards are often programmed to slightly alter certain timings to further stabilize AMD’s different memory controllers, motherboard manufacturers have occasionally applied their own names to this setting, such as Asus and its D.O.C.P. Video editing comes in many shapes and sizes, from simply trimming clips down to complex multi-stream edits with effects and transitions. To help establish how much RAM you need, you've got to figure out what video demands you have. This test was rather eye-opening in how clearly it showed the impact of web browsing on memory use. The initial 10-tab test used 3,333 MB of memory, with an additional 3,963 MB in standby. Those 4GB of standby memory held throughout testing, but every additional ten tabs used roughly a full GB of memory. How does one determine whether a module is dual- or single-rank? Specs may tell you, but you can’t count on that. If not, physical examination is another way. A look under the edge of a module’s heat spreaders would reveal how many ICs are used. Since the ICs on most performance-oriented memory modules have an 8-bit interface, eight of those make up a 64-bit rank. (Some low-end memory uses four 16-bit ICs per rank. These “chips” tend to be rectangular.) However, for ERP programs and certain corporate software applications like iDempiere and Oracle, 12GB is a better option if you don’t want to encounter any issues. – Studying