“How much RAM do I need?” It’s one of the most frequent questions asked by anyone buying or upgrading a desktop or laptop, and while there are some reasonable stock answers that people usually share, there is no one-size-fits-all answer, and very little of the advice you do see has any real testing to back it up.

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We’re here to fix that. By testing a variety of use cases on different amounts of RAM, we can get a very good idea what sort of uses can be comfortably done with how much RAM, and even give you an idea of how you can stretch the RAM you’ve got.

What is RAM and how does it work?

Let’s start with the most basic elements of the question. RAM is where data is stored before processing. RAM stands for Random Access Memory, and it consists of dynamic memory chips that can be written and rewritten with data very quickly. Unlike your hard drive, however, the memory used for RAM is also volatile, meaning that it only holds onto that data while the chip is powered, so it’s not designed to hold information long term.

Essentially, RAM is the memory that actually lets you work with the data needed to run programs and open files. Whenever your computer loads a program or opens a file, it opens up that data in RAM. Even your operating system uses RAM when it’s running. If you want to run a program, it pulls the data from long-term storage on your hard drive to short-term storage in RAM, where it can be accessed quickly enough for smooth operation.

This flow of data between the disk and the RAM is controlled by the computer, which manages the writing of data to physical locations on the memory chip, and that it needs a certain amount of free space to function. For each program you run, it will actively use some of the space for in-use memory and allocate some of the available space as standby memory, essentially reserved space for potential operations.

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.

The bottom line is that RAM is essential to the smooth operating of your computer, particularly for things like multitasking and accessing multiple files at one time. While your overall performance will largely be dictated by the capabilities of your processor and graphics hardware, your memory allotment will directly impact how well you can take advantage of that performance. Too little RAM creates a bottleneck that slows everything down, and the basic rule of thumb is that more RAM is always better.

How Much RAM Do I Need?

The answer to the question of how much RAM you need always will come back to what you want to do with it. While opting for more RAM is always good advice, it doesn’t answer the more specific questions of how much RAM is needed for specific uses, or what you can reasonably expect to do with the RAM your laptop already has. To answer these questions we performed some testing, looking at specific use cases, identifying the basic memory requirements for each and providing some hard numbers to back our advice.

To help you find the best answer for you, we tested for five specific use cases, each common but distinct in its memory demands:

1. Office productivity
2. Web browsing
3. Media streaming
4. Photo editing
5. Gaming

Each of these uses is common, but has distinctly different hardware requirements and memory demands. We broke down each of our five use cases, finding the memory demands for both basic and heavy use, and matched that to common allotments of RAM. Want to edit photos, but you’re not much of a gamer? Want to do some document work and web browsing but still want the option to do more? Whatever your mix of uses, we can give you a very good idea of how much memory will be enough to meet the demands of the task.

Putting RAM To The Test

For use case testing we used an Alienware 15 R3, equipped with an Intel Core i7-6700HQ, 16GB of RAM and an Nvidia GeForce GTX970M graphics card. To obtain data on memory usage, we used Windows Resource Monitor, one of several tools built into Windows to view system information and tracking the performance of various components. We chose Resource Monitor because it provides more granular information than Windows Task Manager, but both tools are helpful for getting an idea of how memory is used as you run processes and programs.

Office Productivity

While creating and editing documents is generally a low-resource task, office productivity gets much more demanding as you open multiple files in multiple programs. For this test we looked at various programs in Microsoft’s Office Suite, examining how large files stress memory as well as using multiple productivity programs at once. If you want to make the most of your multitasking, these are the tests to look at.

We started with smaller files in multiple programs, opening Word documents, Excel spreadsheets, PowerPoint presentations, PDF files and photos. Download game dream pet link. Whether we had one Word doc open or 10 files open across 5 programs, working with standard small documents barely exceeded 5GB of memory in use, and never exceeded 7GB of memory in use and in standby.

MORE: Intel HD Graphics Guide

Large documents were another matter. We tested with a number of documents with upward of 1,000 pages. Whether looking at a single text file or a handful of documents (Word Docs, PDF, Text files) and larger Excel files (multiple sheets, each with 100+ columns of data), the memory usage ranged between 3,283 and 3,971 MB. The standby memory, however, jumped to nearly 10GB.

Key takeaway: You can do a lot of work with only 4GB of memory, but if you need to work with extremely large files, you’ll want to bump up to 8GB or more.

Web Browsing

Basic web browsing can be done on almost any connected device, but loading up multiple browser tabs will use up your memory. To test the memory demands of web browsing we used Google’s Chrome browser, which is notable for being both popular and a notorious memory hog. For our tests we assumed that normal browsing behavior included the use of multiple browser tabs, with no additional measures taken to cut down on data usage; meaning no ad blockers, no special permissions for media, and no other>Minimum GBRecommended GBCuphead22League of Legends24Mega Man Legacy Collection11Minecraft0.51Overwatch46Portal 20.51Rocket League24Shovel Knight22Star Wars: The Old Republic22World of Warcraft24

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Mid-range gaming may require a GPU to handle the visuals, but titles like Tacoma or Dragon Ball FighterZ don’t demand an upgrade to the latest Nvidia or AMD offerings. Memory demands stay quite reasonable, running smoothly with 4-8GB of RAM.

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The area where you’ll most want to maximize your memory is current AAA titles, like Far Cry 5 or PlayerUnknown's Battlegrounds. These are games built to make the most of current hardware, and a tricked out system will need a decent amount of RAM to accompany the high-end graphics and processing hardware. For this level of gaming, 16GB seems to be the sweet spot, meeting all of the memory needs for unimpeded gameplay without throwing extra money into an already-expensive system.

One of the other things we looked at was how memory use impacted game performance, and how much memory you might need in order to multitask while gaming. While most people won’t be doing much photo editing in the middle of their next battle royale, it’s not uncommon to chat with friends or pull up a YouTube tutorial. So long as your gaming rig can handle the game, these simple uses should work without a memory upgrade.

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Key takeaway: Opt for 8GB of RAM if you want decent performance on less demanding titles, but go for 16GB if you want to play the latest and most resource intensive hits. If you want to do things like stream to Twitch, we’d recommend opting for the 32GB options offered on many gaming PCs.

Multitasking

While these five use cases are all common, they’re also relatively simple in the sense that the testing focused on one or two specific uses at a time. But what about those times you need to jump back and forth between programs, flipping back and forth between files and tools? This sort of flexibility is where you’ll get the very most out of your memory, as larger allotments of RAM facilitate exactly this sort of behavior.

To test multitasking we started by simple adding one use case on top of another, and ran the same test on three different systems: An inexpensive Dell Inspiron 11 2-in-1 with 4GB of RAM, a mid-range Dell Inspiron 17 5767 with 8GB of RAM and the Alienware 15 R3 with 16GB of memory.

First, we started at a basic level. We opened all of our office files, maxing out the least demanding test we ran. Then we opened up 10 browser tabs, followed by 2 media streams (one audio, one video). On our 4GB system, this was enough to overwhelm the laptop, causing the system to slow to a crawl, and basic functionality to become inconsistent. Mouse clicks failed to register, simple documents struggled to scroll smoothly, and even gathering the screenshots we used to document our testing became difficult.

As we were able, we also ran Photoshop, with 10 photos open. We did this on both the Dell Inspiron 17 and the Alienware 15, without trouble. Photoshop is a notorious resource hog, and while you can use it for a quick photo crop or similar simple edit with 4GB, you’ll definitely want a system with 8GB or more if you expect to do routine edits or work on multiple photos.

Then, on the Alienware 15 R3, we also ran our gaming test, using Grand Theft Auto V. While it was the only system equipped with the graphics capability needed to run the game, it was also interesting to see how demanding the game was, especially when run in conjunction with our other tests. Simply running the game uses an additional 2GB of memory, but with little difference in memory load between running and actively playing the game, we simply left it running for the duration of testing.

Once these baseline tests were running, we proceed to ratchet up the memory demands incrementally, first by adding another 10 browser tabs, then another 2 audio streams, followed by an additional 10 photos in Photoshop. The 8GB Dell Inspiron 17 continued with normal functioning. On the Alienware we checked back in on GTA V and found everything running smoothly.

We did this again, bumping up to 30 tabs, 6 stream and 30 photos. Everything still worked, including the game. At this point, on both the 8GB Dell Inspiron 178 and the 16GB Alienware 15, you’ll notice that the amount of standby memory changes, reprioritizing things to briefly open up additional free space.

We repeated the increasing demands, stepping up to 40 Chrome tabs, 8 media streams and 40 photos in Photoshop. The Dell Inspiron’s 8GB of memory was effectively maxed out, and once we hit that 8GB choke point, performance became erratic. Switching between windows became difficult and the laptop finally locked up when we tried to open more browser tabs or photos.

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The 16GB Alienware 15 held strong, but the in-use memory approached the 14GB mark, while the amount of free memory dwindled to nearly zero. At this point we started to see programs slow down, with jittery navigation and slowness in loading files as they were opened. GTA V continued to run, and we enjoyed a shootout and a car chase before moving on to the next level of multitasking torture.

We ratcheted up to 50 tabs. Then 10 media streams. Everything was holding thus far. Finally, we opened 10 more photos in Photoshop, bringing the total to 50. At this point, programs started to lock up. Windows popped in and out of view of their own accord, and our clicking and typing lagged considerably. When we tried to reopen the still-running game, the system locked up and refused to cooperate. With 13,625 MB of memory in use and 2,562 MB in standby, we had reached the limits of our 16GB of RAM. Only after closing one of our programs did function return to normal.

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Key takeaway: Multitaskers should really opt for 8 GB of RAM when possible, and those running multiple applications along with a ton of tabs should opt for 16 GB.

Lessons Learned

The moral of this story is pretty straight forward; you want to have more memory than you’ll actually use. As you approach the limits of your memory, the impact on your productivity and user experience will be felt more and more, right up until you can’t do much of anything. The good news is that, as PC components go, RAM is easy to install and extremely affordable. If you want a quick way to upgrade your laptop, adding a stick of RAM is a great place to start, and is something even a novice can do in very little time.

The 4GB laptop hit that limit after simple opening some documents and a handful of browser tabs. The 8GB system did better, providing good support for photo editing in addition to a healthy number of browser tabs and simultaneous media streams, while the 16GB system supported dozens of tabs, an unreasonable number of concurrent media streams and even offered usable gaming right up to the end. Unless you plan on doing a huge amount of multitasking while gaming, there’s little reason for most gaming rigs to go beyond 16GB of memory.

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Wii U launch coverage

Nintendo is selling the Wii U in two configurations, with either 8GB or 32GB of built-in storage space. Those figures sound a whole lot better than the 3GB and 25GB, respectively, that the models actually offer to the end user.

In a new Nintendo Direct video posted last night (and helpfully translated by Kotaku), the company explained that formatting the internal drives for Wii U data takes up about 10 percent of the available storage space from the get-go. This reduces the usable space on the 8GB system to 7.2GB and the 32GB system to about 29GB.

After that, an additional 4.2GB of data is taken up by data preloaded on the system. Kotaku's translation says this is for 'things like account data,' but that space is already spoken for on our Deluxe Wii U test unit—even though we haven't been able to set up our online Nintendo Network ID yet (we're still waiting for a promised prelaunch system update to try out those features). More likely, this space is set aside for the system software and data about the Miis that will fill up the WaraWara plaza home screen.

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In the end, the Basic Wii U model only has 3GB of space left over to store things like downloaded games and save files (the latter of which take up a few megabytes each). That isn't even enough to hold a 3.2GB downloaded copy of NintendoLand, and can just barely hold a 2GB copy of New Super Mario Bros. U. Wii U discs can hold up to 25GB of data, so downloadable versions of some larger retail games are going to be tough to squeeze on to the Deluxe edition's 25GB of available space (and Nintendo has promised that most retail Wii U titles will be offered as downloads the same day they launch in stores).

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Of course, the Wii U's built-in storage can be expanded with SD cards and USB hard drives of up to 2TB, which seems like a must for anyone serious about skipping trips to the local Gamestop (Edit: Thank to reader Mario for pointing out that Nintendo's Wii U FAQ, which says that SD cards can only be used to store Miis and images, and 'not as an external storage device for Wii U software'). Nintendo warns that USB flash drives are not recommended for the system, though, because the read/write cycling speed may negatively affect gameplay performance.