If you priced a gaming PC in 2024 and are pricing one again now, the memory line is the one that will make you double-check the cart. A mainstream 32GB DDR5-6000 kit, the default choice for an AM5 build, now sells for around $400 as of August 2026. A year ago it was closer to $100. This article explains what happened, what the people who track memory pricing expect next, and how to size and buy RAM so the crisis costs you as little as possible.
The number that stops a PC build: $400 for 32GB
Tom's Hardware's price tracking, updated August 17, 2026, puts the best US price for a 32GB DDR5-6000 kit at $392, against a lowest-ever $72, more than five times the floor. That is one kit's history, not an average across the market.
The market average is not much kinder. Newegg's own DDR5 buying guide, published July 9, 2026, lists a Patriot Viper Venom 32GB DDR5-6000 CL30 kit at $399.99, an XPG Lancer kit at $404.99 and a Corsair Vengeance RGB CL38 kit at $479.99. The same guide notes these kits sat "near the $100 mark" through 2024 and early 2025.
Larger kits have moved further. Tom's Hardware's index found memory prices up roughly 500% in 12 months across capacities, with a 128GB DDR5 kit reaching $3,399. That is more than many complete gaming PCs cost before the shortage.
The squeeze has reached laptops too. Framework raised its DDR5 upgrade prices by 50% for its DIY edition and warned they would probably rise again. If you have been wondering why every 2026 laptop is sold with soldered memory at a fixed capacity, this is part of the answer.
How we got here: HBM, AI data centers and shifted wafer capacity
Three companies, Samsung, SK Hynix and Micron, make almost all of the world's DRAM. Over the past two years all three have shifted fab capacity toward high-bandwidth memory (HBM), the stacked memory that sits next to the GPUs in AI accelerators, and toward server DRAM in general. HBM carries far higher margins than the commodity DDR5 that goes into a desktop kit, so every wafer moved in that direction is a wafer that never becomes consumer memory.
The result was visible by the start of the year. CNBC reported in January that AI memory was effectively sold out: Micron said its 2026 capacity was spoken for and would discontinue the part of its business that supplied memory to consumer PC builders so it could focus on AI and server customers, while SK Hynix told investors its HBM, DRAM and NAND output was essentially sold out for the year. TrendForce told CNBC that contract prices could rise by as much as 55% in the first quarter alone, an increase its analyst called "unprecedented."
Then the contract market followed. TrendForce's February 2026 outlook said PC DRAM contract prices would rise more than 100% quarter over quarter in the first quarter, the largest quarterly jump it had ever recorded. Fortune's February 15 reporting, carrying Bloomberg's coverage, said the price of one type of DRAM had jumped 75% between December and January alone. By June, IDC was forecasting an 11.3% drop in global PC shipments for 2026 as manufacturers fight over the memory that remains.
None of this is a temporary supply hiccup like a flooded fab or a container shortage. It is a deliberate reallocation of capacity toward a customer, the AI data center, that pays more and buys in larger volumes than PC builders ever will.
What the forecasts say about relief (spoiler: not before 2027)
Every industry voice on record points to the same rough timeline. Newegg's guide says analysts do not expect meaningful decreases before 2027, when new fab capacity comes online. MSI's builder guidance goes further and says real relief is unlikely before late 2027. Team Group's general manager told Tom's Hardware that the crisis had only just started, with DRAM and NAND prices doubling in a single month at one point.
New fabs take years, and the ones under construction were mostly planned with HBM in mind. So even when capacity arrives, it is not guaranteed to flow to desktop DDR5 first. The realistic expectation is that prices stabilize in 2027 and drift down slowly rather than snap back to 2024 levels.
For a builder, that means the "wait a few months" strategy that worked during GPU shortages does not apply. Waiting six months is likely to cost you more, not less.
Right-sizing memory: 16GB, 32GB or 64GB in 2026
The cheapest way to save money on RAM is to buy exactly as much as you need. For years the advice was to over-provision because memory was cheap; that instinct now costs hundreds of dollars.
Scroll sideways to see the full table →
| Capacity | Who it suits in 2026 | Notes |
|---|---|---|
| 16GB (2x8GB) | Office work, browsing, older or esports titles | Fine for a secondary machine; tight for modern AAA games with a browser open |
| 32GB (2x16GB) | Gaming, content creation, heavy multitasking | Newegg calls this the sweet spot; the right target for almost every new gaming build |
| 64GB (2x32GB) | 4K video editing, large local AI models, virtualization | Only if your workload demonstrably needs it; the price gap is now several hundred dollars |
Two practical rules follow from the table. First, buy 32GB as a 2x16GB kit and skip the "double it for later" reasoning; Newegg's guide makes the same point, and the price you pay for headroom you do not use is no longer trivial. Second, if you already own a 16GB DDR5 system that works, do not upgrade purely because 32GB is "standard." Check Task Manager during your heaviest real session and upgrade only if you are actually swapping to disk.
Keep two slots free if you can. A 2x16GB kit on a four-slot board leaves you room to add another pair once prices ease, whereas a single 32GB stick or a 4x8GB kit boxes you in.
Tricks that soften the blow: X3D cache, slower kits, used and DDR4
You cannot make DRAM cheap, but you can reduce how much your build depends on it.
- Pair slow RAM with a cache-heavy CPU. GamersNexus deliberately benchmarked the Ryzen 7 9850X3D with DDR5-4800, calling it a reflection of current memory prices, and found the slow kit cost only a couple of percent in games (2% in Final Fantasy XIV, under 1% in Cyberpunk 2077) because the 96MB of 3D V-Cache absorbs most of the penalty. A non-X3D chip loses far more with the same kit. If you are choosing between a faster CPU with cheap RAM and a slower CPU with expensive RAM, the X3D route wins in 2026. Our Ryzen 7 9850X3D review covers the memory-sensitivity numbers in more detail.
- Buy the cheapest DDR5-6000 CL30 kit you can find, not the prettiest. DDR5-6000 CL30 remains the AM5 sweet spot, but heatspreaders and RGB add nothing to performance. Newegg's pricing shows an $80 gap between a plain CL30 kit and an RGB CL38 kit that is actually slower.
- Consider DDR4 for a budget build. DDR4 prices have risen too, but an AM4 or LGA1700 DDR4 platform with a used CPU can still land well below an AM5 build once you add today's DDR5 kit. Check Tom's Hardware's RAM price index for the current floor before deciding.
- Buy used, carefully. Memory rarely fails and has no moving parts, which makes it one of the safer used components. Buy matched kits, run a full pass of MemTest86 on arrival and use a platform with buyer protection.
- Watch for sales, but move quickly. In December 2025 Tom's Hardware flagged a Crucial Pro 32GB DDR5-6000 kit at $273.99 as the cheapest kit at that speed and warned it would not last; it did not. Those windows close in hours as stock runs out.
Should you build now, wait, or buy prebuilt?
There is no strategy that avoids the cost entirely, so the question is which compromise suits you.
Build now if you need a PC now. Every forecast points to prices holding or rising into 2027, so delaying a build you actually need is a bet against the consensus. Budget for the markup, pick 32GB, and save elsewhere: a slightly cheaper case, a last-generation GPU or a smaller SSD. If you are starting from scratch, our step-by-step budget AM5 build guide is written around these constraints.
Wait only if your current machine is fine. If you are upgrading for want rather than need, hold. Nothing about 2026 rewards early buyers of memory, and your existing 16GB or 32GB system does not get slower because new kits cost more.
Look hard at prebuilts and laptops. System integrators and OEMs buy memory on long-term contracts signed before the spike, and many are absorbing part of the increase to keep sticker prices attractive. A prebuilt that used to be a poor deal against DIY can now come out ahead once you price the memory honestly. The same logic applies to thin laptops with soldered RAM; see our thin-and-light laptop comparison if a portable would do the job.
Do not buy 64GB "just in case." The one clearly wrong move in 2026 is paying for capacity you cannot name a use for. Buy what your workload needs and add later, when adding is cheap again.
DDR5 costs four to five times what it did a year ago because Samsung, SK Hynix and Micron would rather sell HBM to AI data centers than DDR5 to you, and no published forecast expects that to change before 2027. If you need a PC, build it now with a single 32GB DDR5-6000 CL30 kit, lean on an X3D CPU's cache rather than fast memory, and stop treating extra RAM as a cheap insurance policy. If you do not need one, keep what you have and let the data centers pay the premium.
Sources and further reading
- PC Market Enters Volatile Territory as Memory Shortage Persists Through 2027 (IDC)idc.com
- Memory prices climb 500% in 12 months, 128GB of DDR5 now $3,399 (Tom's Hardware)tomshardware.com
- RAM price tracking 2026 (Tom's Hardware)tomshardware.com
- DDR5 Price Crisis 2026: How to Buy RAM Smart (Newegg Insider)newegg.com
- AI memory is sold out, causing an unprecedented surge in prices (CNBC)cnbc.com
- Rampant AI demand for memory is fueling a growing chip crisis (Fortune)fortune.com
- Memory Price Outlook for 1Q26 Sharply Upgraded (TrendForce)trendforce.com
- Memory Shortage 2025-2026: Causes, Impact, and How to Build a PC (MSI)msi.com
- AMD Ryzen 7 9850X3D review ft. DDR5-4800 (GamersNexus)gamersnexus.net
- Framework raises DDR5 RAM upgrade prices by 50% amid DRAM shortage (Tom's Hardware)tomshardware.com