I sat down in June to price out a RAM upgrade for my main rig, something I’ve done a dozen times over the years without thinking twice about it. I closed the tab an hour later more confused than when I opened it. The 64GB kit I had bookmarked back in March had nearly tripled in price, and I genuinely thought I’d clicked the wrong listing. I hadn’t. What follows is what I actually found out once I stopped assuming this was a pricing glitch and started digging into why it was happening, plus what I’d actually tell you to buy right now depending on whether you need 16GB or 64GB.
Why My RAM Upgrade Turned Into A Research Project
Here’s the short version, because it took me longer to piece together than I expected. Samsung, SK Hynix, and Micron make somewhere around 95 percent of the world’s DRAM, and starting in 2025 all three began shifting factory capacity away from the ordinary memory that goes into gaming PCs and laptops, toward high-bandwidth memory instead. HBM is the specialized stacked memory that sits next to AI accelerator chips in data centers, and according to an industry breakdown from Global One Technology, it eats up roughly four times the wafer capacity per gigabyte compared to the regular DDR5 sitting in my desktop.
That detail is what made the shortage click for me. It isn’t that factories broke or that a natural disaster wiped out supply. Manufacturers looked at the profit margins on AI memory versus consumer memory and made a business decision, and consumer RAM lost. One tracking report I read pegged conventional DRAM contract prices as having jumped somewhere between 90 and 95 percent quarter over quarter in early 2026, and that was apparently just the opening move.
Micron actually confirmed how serious this got when it announced on December 3, 2025 that it would exit its long-running consumer Crucial brand , with shipments continuing through channel partners only until the end of February 2026. When a company walks away from a brand name it’s carried for almost 29 years, that tells you the shortage isn’t a temporary blip someone can wait out for a month.
So Do You Actually Need 16GB Or 64GB
This is the part I wish someone had walked me through before I started shopping, because the honest answer depends entirely on what you do with your computer, not on what number sounds more impressive.
I run 32GB on my personal gaming rig and genuinely never see it get close to full, even with a game running alongside Discord, a dozen Chrome tabs, and OBS recording in the background. For pure gaming, 16GB is still workable, but it’s cutting it close on newer open-world titles. I’ve watched a friend’s 16GB build hit sharp stutters and dropped 1% low framerates the moment he had a browser and a game open together, and that’s the kind of hitch that makes people blame their GPU when the actual bottleneck is memory capacity.
There’s a wrinkle here that most 16GB versus 32GB comparisons skip entirely: your GPU’s VRAM matters just as much as your system RAM. If you’re running a GPU with 12GB or more of VRAM, 16GB of system RAM can hold up fine for most games. But if your graphics card only has 8GB of VRAM, modern open-world titles will lean on your system RAM as shared backup memory once VRAM fills up, and that’s exactly when a 16GB system starts stuttering or crashing rather than just feeling a little tight. If your GPU is VRAM-limited, treat that as a bigger reason to have headroom in system RAM, not a separate problem.
64GB is a different conversation entirely, and it’s not really about gaming. I only reach for that much when I’m running a virtual machine alongside my main OS or editing multiple 4K video tracks at once. The local AI use case gets misunderstood a lot, including in earlier drafts of my own thinking here, so it’s worth being precise: running a large language model on your CPU using system RAM instead of GPU VRAM is genuinely slow, often producing only a handful of tokens per second. 64GB of system RAM only helps with local AI if you’re intentionally running an unoptimized model on CPU, or loading a model too large for your VRAM as a fallback. If you’re serious about local AI, a GPU with more VRAM gets you further than stacking system RAM ever will.
What I’m Actually Seeing For Prices Right Now
This is where I have to be honest instead of giving you one clean number, because pricing has been genuinely inconsistent depending on where and when you look. One market report tracking average prices across retailers showed 64GB DDR5 kits climbing from around $725 in early June to over $2,000 by mid-July, a jump of roughly 180 percent in about six weeks. That figure reflects an average across a broad mix of listings, including premium enthusiast kits. At the same time, a separate build guide listed one specific budget-tier 64GB kit starting closer to $166 that same month, which was a standard binary kit briefly caught between a promotional price and the wider market catching up to it. Both numbers are real, they are just measuring different slices of a volatile market, not the same product.
| Capacity | What I’ve Seen Quoted | What Actually Changed |
| 16GB DDR5 | Roughly $115 to $375 depending on source and speed | Up from about $50 in 2024 to 2025 |
| 32GB DDR5 | Roughly $400 to $470 for a 6000 MT/s kit | Up from about $85 a year earlier |
| 64GB DDR5 | Roughly $625 to over $2,000, varies heavily by retailer | Up from about $130 to $145 a year earlier |
If you take one thing from this section, take this: check the price the same day you plan to buy, not the day you started researching. I watched a single 64GB kit swing by more than $200 across two listings on the same page, and during an active shortage, that gap tends to get worse, not better.
The Shortage Workaround Nobody Mentioned To Me: Non-Binary Kits
This is the part I genuinely missed at first. It turned out to matter a lot. Traditional RAM capacities follow a fixed pattern. They include 16GB, 32GB, and 64GB. These use 16Gb memory dies. Newer kits use 24Gb memory dies instead. This breaks the traditional capacity pattern completely. You can now get 24GB and 48GB modules. These options sit between the usual memory tiers.
Tom’s Hardware covered this shortage in detail. One 48GB kit reportedly sold for $389. It also offered better latency than some 32GB kits. Those 32GB kits were selling above $400 at that time. The reason comes down to memory die availability. 24Gb dies face less shortage pressure than common 16Gb dies. If you need more than 32GB, consider a 48GB kit first. A 2x24GB kit can offer a useful middle ground. You may avoid paying high shortage prices for 64GB.
What I’d Actually Tell You To Buy
If you’re after 16GB, start with a solid gaming baseline. I’d recommend a DDR5-6000 kit with CL36 to CL38 timings. Don’t chase the fastest speed on the shelf. The jump from 6000 to 7200 MT/s barely matters in real gameplay. During this shortage, paying extra for small speed gains feels like a bad trade.
If you’re going for 64GB, choose a 2x32GB kit instead of 4x16GB. I made this mistake years ago on an older build. I filled every slot and had no room for future upgrades. Later upgrades meant removing existing RAM sticks first. There’s also a technical reason for this choice. DDR5 memory controllers can struggle when all four slots are populated. This applies to both AMD and Intel platforms. Motherboards may automatically lower your RAM speed in this situation. Some boards can drop speeds to 3600 or 4000 MT/s. That’s far below your RAM’s rated speed. Sticking with two modules helps avoid this issue. It also lets you run closer to the speed you paid for.
And during a shortage specifically, buy from an authorized retailer, not the cheapest marketplace listing you can find. I’ve seen the exact same kit listed $200 apart between an authorized seller and a third-party marketplace reseller, and when supply is this tight, that gap tends to widen rather than close.
Frequently Asked Questions
Is 16GB DDR5 RAM enough in 2026?
For most gaming and everyday use, yes, though it’s a tighter fit than it used to be. DDR5’s speed isn’t the limiting factor here, capacity is. If you multitask heavily alongside gaming, or if your GPU has limited VRAM and leans on system memory as backup, 16GB is where you’ll feel the strain first.
Who actually needs 64GB DDR5 RAM?
People running virtual machines or editing multiple high-resolution video tracks simultaneously. For gaming alone, no title I’ve tested comes close to using that much RAM, and for local AI work specifically, more GPU VRAM helps far more than stacking system RAM.
Why did DDR5 RAM prices jump so suddenly in 2026?
Major manufacturers redirected production capacity toward high-bandwidth memory for AI data centers, since it carries far higher profit margins than consumer DRAM. That shift cut deeply into the supply of ordinary DDR5 used in gaming PCs and laptops.
When will DDR5 RAM prices go back to normal?
Industry estimates I’ve seen point to sometime around 2027 or 2028 at the earliest, and even that assumes AI demand for memory levels off rather than continuing to grow.
Should I buy 4x16GB or 2x32GB for a 64GB build?
Go with 2x32GB. Filling all four slots puts real strain on the memory controller and often forces an automatic downclock, while two modules reach the same total capacity at your rated speed and leave two slots open for later.
What is non-binary RAM, and should I consider it?
Non-binary kits use 24Gb memory dies to offer 24GB and 48GB capacities instead of the traditional 16GB, 32GB, 64GB steps. During this shortage, they’re sometimes cheaper per gigabyte than traditional kits simply because 24Gb dies face less demand pressure, so they’re worth comparing before buying a standard 32GB or 64GB kit.
Where This Leaves Me
I ended up holding off on my own upgrade. 32GB still covers everything I actually do. Paying shortage prices felt like a bad trade. I wouldn’t use all that extra capacity anyway. The sales pitch didn’t change my mind either. If you’re in the 16GB camp, don’t panic. Gaming alone may not require more memory. Your GPU should have decent VRAM, too. I wouldn’t rush to buy RAM right now. Does your work require more memory headroom? Check 48GB non-binary kits before buying 64GB. Choose either 2x32GB or 2x24GB configurations. Always buy from an authorized seller when possible. Check prices again on your purchase morning. Don’t rely on prices from the previous week. For more hardware breakdowns and buying guides like this one, visit our Tech section.
About The Author
Chloe Bennett, Tech Writer
Chloe covers consumer electronics, gadgets, and smart home technology with 5+ years of industry experience, including hands-on hardware testing and buying-guide research.
Disclaimer
Prices mentioned in this article reflect information available at the time of publishing. And change frequently during the ongoing 2026 memory shortage. Always check current pricing from an authorized retailer before purchasing. PBLEmulators is not affiliated with or sponsored by any RAM manufacturer or retailer named in this article.
Editorial Transparency
Last updated: August 25, 2026
Basis for this article: This piece combines the author’s personal experience shopping for a RAM upgrade in 2026 with research from published market reports and industry coverage of the DDR5 shortage. It is a personal account, not a lab-controlled benchmark test.
What this article does not cover: This piece focuses on the 16GB versus 64GB buying decision, non-binary alternatives. And the pricing environment. It does not cover overclocking, memory timings in technical depth, or a full benchmark comparison across every capacity tier.
Corrections: If any price, date, or detail in this article is inaccurate or has changed since publishing, contact us and it will be corrected.
