[0:00]If you've been looking to build a new PC or upgrade your existing rig lately, you've probably noticed a big stumbling block in terms of the price of DDR5 skyrocketing. And it doesn't look to be coming down anytime soon. We're not talking about a small inflationary creep. We're seeing kits double, triple, or even quadruple in price in a matter of months. For a long time, the tech community looked towards new Chinese manufacturers as the ultimate disruptors who would undercut the big brands and keep prices at a sane level. But as the global market shifts, that dream of cheap high quality Chinese RAM has quickly evaporated, leaving us with a market where even the unknown names are starting to charge premium prices. So let's talk about it. But before we get into that, here's a quick word from this video's sponsor. One, take one. Action. The Arctic MX7 ultimate performance thermal paste made to meet the, you really want me to read this? Yes. Just read the lines. It's not exactly sexy and exciting, is it? I mean, it's thermal paste. Who's actually going to buy this? Everyone, please just read the lines. Okay.
[1:14]The Arctic MX7 ultimate performance thermal paste, made to meet the highest demands in terms of performance, application and safety. Thanks to its new formula, MX7 achieves even lower thermal resistance and a measurable performance increase, whether it's used on desktop CPUs, GPUs, laptops and even console processors. Available in two, four and eight gram packages, there's something for everyone, and they come in a new syringe design, making it easier to see exactly how much you've used. Grab yours today to keep your frame rates high and your temperatures low. And cut. Good job. Keep up the bar. Thanks. That MX7 stuff actually sounds pretty good. I'm guessing I get a free sample, right? No. Go online, buy a sample. You pay for that for? Buy yours by clicking the link in the description below. So as most of you probably know, there's a memory crisis going on. I know, crazy, right? But for those who don't, let me go through things quickly so you can kind of understand why this is happening. To do that, we have to look at the massive gravitational pull of artificial intelligence. Since late 2025 and into 2026, the demand for AI compute has reached new heights. Data centers powering massive models like Chat GPT and Gemini don't just need GPUs, they need huge amounts of memory. Specifically, they need high bandwidth memory or HBM and high capacity enterprise DDR5. The major DRAM manufacturers, so Samsung, SK Hynix and Micron, only have so much factory floor space. Because the profit margins on AI hardware are so much higher than on a consumer 32 gig gaming kit, they've actually shifted their production lines away from, well, us. Every wafer of silicon dedicated to HBM for an Nvidia cluster is a wafer that isn't becoming consumer DDR5. In fact, producing a single gigabyte of HBM actually takes about three times the wafer capacity of standard DDR5. This isn't just a temporary blip, it's a massive structural shift. Manufacturers have stated that, well, this supply and demand imbalance could actually last until 2028. With some indicating that they've already sold out for the entirety of 2026. This in turn has caused DDR5 spot prices to, well, quadruple since September of last year, with some kits raising from 80 dollars to over 400 dollars in just a few months. And even beyond that, there's some larger capacity kits hovering around a thousand bucks. What makes this situation even more dire is the technical complexity of modern memory production. Unlike older generations of hardware where manufacturers could simply build more factories to meet demand, the move to smaller nodes and the layering required for HBM means that the yields are, well, much lower and production cycles are much longer. This creates a kind of severe bottleneck that can't be solved overnight. As AI companies continue to secure long-term supply agreements, the consumer market is essentially being treated as a secondary priority. And we're seeing a, well, fundamental reshaping of the semiconductor industry where the PC gamer, sadly, is no longer the primary driver of innovation or production volume, leading to a permanent increase in the floor price for high-speed memory modules. This shift in priority means that even when new fabrication plants come online, the priority for that new capacity is almost always going to be the enterprise sector. The sheer scale of the investment coming from AI giants means that they can outbid consumer retailers every single day of the week. We're essentially fighting for, well, the scraps of silicon wafer. And as long as the AI boom continues to accelerate, the scraps available for the gaming market will continue to get smaller and more expensive. It's essentially a supply chain squeeze that's, well, effectively removed the concept of budget-friendly memory from the equation for the foreseeable future. And that, well, frankly sucks for us as consumers. With all of this going on, this is where the Chinese manufacturers were, I guess, supposed to step in and save the day. Companies like CXMT, who have been working hard to become a relevant fourth player in the DRAM world. And for a while, they were, I guess, highly regarded as the secret weapon for budget builders. You could go on AliExpress and find brands that you never even heard of using CXMT modules for a fraction of the cost of a equivalent Corsair or G-Skill kit. And these kits were, well, the savior that we needed, offering respectable performance without the brand tax. Brands like Kingbank became the poster child for this movement, and they were even highlighted by mainstream media as the affordable alternative that gamers were looking for. However, that window of opportunity has sadly gone awry. As the global shortage intensified, these Chinese manufacturers realized that they could offer lower prices to attract buyers, but the retail market, well, it caught up super fast. On major outlets like jd.com, we're now seeing Kingbank's 32 gig kits retailing for 3,629 yuan, which converts to about $530. That's almost identical to what you'd pay for a premium brand like Corsair or G-Skill. And even 64 gig configurations are now pushing past the $1,000 mark. So turning into companies like CXMT as a cheaper way to build a gaming PC simply just doesn't make sense anymore when the prices have aligned so perfectly with the global market. And again, that sucks for us as consumers. Now, the reason for this shift is, I guess, even more concerning. CXMT's no longer just a small player making budget DDR5, they've recently inflated an aggressive expansion into HBM3, with plans to dedicate at least 20% of their mass production capacity to these high bandwidth modules in 2026. And a massive part of this strategy involves a close partnership with Huawei. Together, they're working on a domestic supply chain for AI chips to bypass trade restrictions, which means CXMT's now chasing the same high-profit AI contracts as Samsung and SK Hynix. When a manufacturer can make significantly more money selling memory for a Huawei AI accelerator than for a gaming PC, the consumers will always, always lose. Even with CXMT targeting a production capacity of 300,000 wafers per month by the end of 2026, a huge portion of that has already been earmarked for the Chinese domestic AI sector. This collaboration with Huawei isn't just about making chips, though. It's about survival in a market that's increasingly dictated by national interest and AI supremacy. By aligning themselves with a giant like Huawei, CXMT's securing their financial future, but they're doing it by stepping away from the very market that made them popular with enthusiasts. We're seeing them move from being the affordable alternative to becoming a high-end industrial supplier. For us, well, that means the one brand we thought would hold the line against rising prices has effectively joined the other side. The what we thought would be good guy, has, well, just joined the same game as everyone else and is, well, chasing the money. And the loser here again is, yes, us, the consumer. So what should we expect for the future of PC memory? Well, unfortunately, we're moving into an era where technology is becoming more expensive due to supply constraints, rather than just a lack of innovation. And we've reached a point where memory can represent 30 to 40% of a total build cost. We're even seeing DDR4 prices rise as desperate buyers look for any alternative. But since DDR4 production's being phased out, even that budget safety net is disappearing. Market reports from early 2026 show that the weekly price hikes, well, have only just begun to plateau, but they've settled at an all-time high. A high-end 64 gig kit is now pushing a staggering new high, which, well, is a price point that was once reserved for an entire mid-range gaming PC. The days of picking up a high-performance 32 gig kit for a bargain are, at least for the foreseeable future, behind us. While some areas might see a small temporary change of prices as retailers try to move stock, industry sources are warning that a second wave of price rises are already on the horizon for the middle of 2026. The major DRAM manufacturers have already pre-sold almost their entire allocation of high bandwidth memory for the entire year. And that means any leftover manufacturing capacity for consumer DDR5 is being fought over by the likes of Apple, Dell, and HP. When these massive corporations start panic buying to secure their own product lines, the individual consumer is the one who gets pushed to the back of the line, yet again. We also have to consider the impact of the wider hardware ecosystem. We're seeing reports that upcoming graphics card refreshes might be delayed, or launched with reduced memory specs, simply because manufacturers can't procure enough modules at a reasonable price.
[10:04]This creates a ripple effect where your entire PC upgrade path becomes more expensive and, well, less impressive. Average selling prices for pre-built PCs are also expected to jump by nearly 20% this year, and, well, that is a direct result of this memory chaos. It isn't just about the sticks of RAM you buy for your motherboard, it's about every single device with a memory chip inside getting more expensive. Looking even further ahead, the timeline for a recovery stretches out into 2027 and 2028. While there are new semiconductor fabrication projects currently under construction, they won't be at full mass production capacity for quite some time. Even when those factories do finally come online, the kind of sheer volume of AI demand might have increased so much by then that, well, the new supply is instantly absorbed anyway. We're living through a kind of time where you have to look at how silicon is allocated, and the reality is that, well, the era of cheap, abundant memory is sadly effectively over. For the next year or two, the only way to save money might be to, well, delay your upgrade entirely, or look for used parts. Because the retail market is likely to remain in this hyper-inflated state for the long haul. Though, even on that note, the used market has gone just as crazy too, as, I guess, other consumers try to profiteer from this crazy mess. To put it in simple terms, the AI revolution hasn't just broken the PC memory market, it's started a chain reaction that's hitting almost every piece of technology you own. The big three manufacturers have moved on to, well, much, much greener pastures, and while Chinese competitors like CXMT and Kingbank offered a, I guess, brief glimmer of hope for a while, they've now aligned their pricing with the global crisis to maximize their own profits. Cheers, guys. But the story doesn't just end with your desktop RAM. We're seeing this memory crunch bleed into, frankly, everything from high-end smartphones and laptops to everyday household items like smart TVs, gaming consoles, and even things that you wouldn't even think of, like your networking equipment, like routers. Industry reports are already showing that smartphone prices are jumping by as much as $70 per device just to, well, kind of cover the increased cost of the memory chips inside. Even giant companies like Apple and Samsung are feeling the squeeze, and for the budget brands, well, for them, the situation's even more dire. We're actually seeing manufacturers forced into painful trade-offs of either raising retail prices significantly, or quietly downgrading the specs of new models just to keep them affordable, or of course, a kind of mixture of the two approaches. We're reaching the point where even basic electrical items are seeing their component costs rise more than ten times what they were a year ago. This isn't just, I guess, a niche problem for PC enthusiasts anymore, like it used to be. It's a global tech tax that's making every gadget in your house, in your office, even more expensive. If you're planning a big tech purchase, or just a simple novel upgrade, the reality is that the era of cheap memory is, well, come to an end for now. With AI giants sucking up the vast majority of global production, the leftovers for the consumer market are only going to get more expensive as we head deeper into 2026. If you need RAM, or really any memory intensive device, the best time to buy was months ago. The second best time is probably actually today, because, well, it doesn't look like things are going to get any easier for our wallets. anytime soon. So there you have it. Hopefully you enjoyed the video. If you did, a like and a sub to the channel'd be amazing. Also, if you love what we do and want to help support everything that we do here at E-teknix, you can through Patreon, where you'll get a ton of exclusive and cool benefits like behind the scenes content, bi-weekly game nights, a super special secret area over on our Discord, and much, much more. The link is as always down below. Thanks for tuning in. I'll see you in the next one. See you later, guys. Bye bye.
