Net and keeping a dozen or more Chrome browser tabs open. Those who are rendering large files or doing other memory intensive work, should consider going with 32GB or more. But outside of those kinds of use cases, most of us can get by just fine with 16GB. None of the games I tested used close to 16GB, let alone Some users on the productivity side of things who manipulate large files, or more than one at once, should consider 32GB or more.
Certainly, there are situations where more than 16GB can be used, which would of course push the user to the next tier of 32GB. That drive can then be used as a scratch disk for projects, which is notably faster than having it on a traditional drive--even a very past PCIe SSD. In those cases, having a RAM disk can cut project times down, and make general performance like scrubbing through an unrendered video project more smooth and responsive. So where does that leave us?
Is 8GB enough? Is 32GB needed? Using 16GB, most users are able to leave the tasks they are working on up and running and play a game or do extra work without eclipsing that mark and paging out, potentially creating a negative user experience. That said, the extra capacity if unused does allow users to create a RAM disk for ultra-fast disk access, which could benefit some applications and tasks.
If you see your system often getting close to 16GB, then you may want to go ahead and jump into a 32 GB kit, now that prices are lower than they have been for years. If prices slip substantially further you can grab yourself a matching set of low-cost sticks and drop them in alongside your existing pair.
CAS 15 timings appear to be the quickest of currently-available parts. The market for enhanced-performance memory at this data rate is so small that the lowest latency we can find among current products is CAS The beauty of DDR is that it runs at a whole ratio, 11x Because it worked so well, memory at this data rate was widely available at CAS But then a rumor started floating around that DDR was the sweet spot for series Ryzen processors, and manufacturers quickly began programming these modules to DDR to meet the new demand.
Price ratio is based on the cheapest kit in each configuration. Limited availability. Thomas Soderstrom. Topics Memory. See all comments It did take several hours of trial and error going through all the timings. Detailed look at my settings is in my forum signature. Great article!. But at the end of the article is a link to " Best Memory ". But some of the options are no longer available or headed that way.
Is it possible to update the recommended "best memory" list? Great article actually, a great series of articles pertaining to memory. I purchased a G. We list some of our top recommended kits that money can buy in our roundup of the best RAM.
People tend to keep their desktop computers around longer than tablets or laptops, so planning for the future is worthwhile. An upgrade to 32GB is a good idea for enthusiasts and the average workstation user. Serious workstation users may go further than 32GB but be prepared for higher costs if you want speed or fancy features like RGB lighting. Anything beyond that is the realm of extreme specialty rigs equipped to handle huge datasets, staggeringly large video files, or niche programs designed for researchers, corporations, or government.
Most motherboards use dual-channel or quad-channel memory, and they have requirements for where you should place the sticks. Instead, the extra capacity gives you some wiggle room in running other applications while your games are running.
For the vast majority of gamers, 16GB is enough. However, if you plan on streaming or running multiple applications while your games are running — OBS Studio, a web browser, etc.
Right now, DDR4 is the standard across desktops, laptops, and tablets. The benefit of faster memory is simple: More cycles per second means the module can read and write data faster. That presents a problem if you bought memory rated for MHz. The speed your RAM is rated for is just that: a rating. You need to make sure that your motherboard actually supports the memory speed your modules are rated for and that it supports XMP most modern motherboards do.
As for the performance benefit of faster memory, it really depends. Different applications react differently to faster memory, and there are even differences between Intel and AMD. This can be critical to performance depending on your configuration. Similarly, certain Intel chips, such as the Core i, take kindly to faster memory.
If your system does eventually become restricted by RAM, you can just add more.
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