Instead, CEO Kwak Noh-jung used the moment to deliver one of the bleakest forecasts the memory industry has put on record. Speaking to Reuters the same day, he said: "We forecast that next year will be the worst year in the industry's history from the supply perspective." And: "We still forecast that customer demand will remain higher than our supply capacity even beyond 2030."
That is the head of one of the companies making the memory inside your GPU and your RAM kit saying the squeeze does not end this decade. If you've been sitting on a "wait for prices to fall" plan, this is the week to retire it.
What Kwak actually said — and what he didn't
Be precise, because the headlines are already being stretched. He said the supply picture in 2027 will be the worst in industry history, and that demand will exceed SK Hynix's capacity beyond 2030. He made no retail price forecast. He was describing a structural imbalance: AI datacenters are absorbing wafer capacity faster than anyone can build fabs, and HBM — the stacked memory feeding AI accelerators — is far more profitable per wafer than the DDR5 going into your motherboard. (He is also not a neutral observer, and he said this on the day his company listed. More on that below.) We covered the mechanics in why GPUs got so expensive in 2026.
The honest read: prices are still climbing, but the rate of climb is moderating. TrendForce's July 3 forecast has conventional DRAM contract prices rising 13–18% quarter over quarter in Q3 2026, with NAND flash up 10–15% — brutal, but slower than the earlier 2026 spikes, partly because consumer buyers have hit an affordability wall. Rising more slowly is not the same as falling.
The numbers that matter
| Component | Verified data point | Verdict |
|---|---|---|
| DDR5 desktop RAM | Cheapest 32GB kits ~$375; mainstream DDR5-6000 kits ~$400–480 | Buy if under 32GB |
| DRAM contracts | +13–18% QoQ forecast, Q3 2026 (TrendForce) | Hits retail with a lag |
| NAND / SSDs | +10–15% QoQ forecast, Q3 2026 (TrendForce) | Buy if you need capacity |
| GDDR6 spot price | Roughly tripled, ~$2.50/GB to ~$7.50/GB (TrendForce) | Inflates every graphics card |
| AMD AIB kits | *Reported* ~10% rise on GPU + GDDR bundle kits from July 2026 — not confirmed by AMD | Watch, don't panic |
| Nvidia | *Reported* ~$300 board-cost rise on RTX 5090 / 5090D V2 around May 13, tied to GDDR7; MSRPs unchanged | High end under pressure |
| Whole PCs | IDC: average PC prices up 4–6% (moderate case), up to 8% (severe) | Prebuilts are no escape hatch |
Two caveats on that AMD line. It comes from supply-chain reporting (MyDrivers/Board Channels, via TrendForce, TechPowerUp and VideoCardz), not an AMD announcement. And even if it's real, it should not mean 10% at retail: the kit is one line on a board partner's bill of materials, and channel stock holds today's pricing for a while.
And none of this self-corrects: Samsung, SK Hynix and Micron held roughly 90% of the DRAM market in Q1 2026, per TrendForce. When all three tilt wafers toward HBM, there's no fourth supplier to pick up the slack.
The strategy that just died
"Wait a year, buy at a discount" worked for two decades because memory was a boom-bust commodity: manufacturers overbuilt, prices crashed, gamers feasted. That cycle assumed the bust would come. If demand outstrips supply beyond 2030 — SK Hynix's forecast, not a guarantee — there is no bust to wait for, only a plateau punctuated by short promotional windows.
The correct posture is no longer "wait." It is also not "panic-buy everything." It is: buy the memory-heavy things you genuinely need, on your own timeline, and squeeze everything else.
What to buy now
RAM, if you're under 32GB. The clearest call in the market. A memory kit is almost pure DRAM cost, so it absorbs the full force of every contract increase, and no credible forecast has a 32GB DDR5 kit cheaper in 2027 than it is today.
A high-VRAM GPU, if you're genuinely VRAM-limited. VRAM is the spec that ages worst right now, and the shortage is suppressing the supply of the fix. Nvidia's RTX 50 Super refresh — meant to use 3GB GDDR7 modules for 18GB and 24GB configs — has reportedly been put on hold over the 3GB GDDR7 crunch. Treat that as a rumor: reports conflict on whether it's an indefinite hold or a slip into 2027, and Nvidia has confirmed nothing. But if it holds, the shortage isn't only making cards pricier, it's stopping the more generous cards from existing — and waiting for a bigger-VRAM card at a good price may mean waiting for a product that never ships.
Storage, if you're planning a capacity jump. NAND is on the same treadmill: contract prices are forecast up another 10–15% this quarter.
What to hold
Your CPU, probably. CPUs are logic, not memory. They aren't the epicenter of this crisis, and a Ryzen 5000/7000 or 12th-gen-or-newer Intel chip still feeds a mid-range GPU fine.
Motherboards, coolers, cases, power supplies. None are memory products. Buying them early hedges nothing.
Any GPU upgrade you can't justify with an actual number. Which brings us to the part that saves most people the most money.
Before you spend: find out what's actually limiting you
The most expensive mistake in a shortage is buying the wrong part. Two checks.
1. Is it your CPU or your GPU? A remarkable share of "I need a new graphics card" posts are actually CPU-limited systems, where a new card delivers a fraction of the expected gain. Run your pairing through the Bottleneck Calculator. If the CPU is the limiter at your resolution, a GPU upgrade is money on fire.
2. What do your games actually need? Before writing off your card, put it and your target titles through Can I Run It and the FPS Estimator. "My GPU is old" and "my GPU can't hit 60fps at my settings" are different problems, and only one costs $600.
How to squeeze frames out of what you already own
If your hardware is close, closing the gap in software beats closing it in silicon.
- Upscaling. DLSS, FSR or XeSS on Quality at 1440p typically returns a large chunk of performance for a small, often hard-to-spot image cost. The biggest free win.
- Frame generation. Use it when your base frame rate is already reasonable — roughly 55–60fps and up. Below that it makes latency feel worse, not smoother.
- Settings triage. Shadows, volumetrics, ray-traced reflections and screen-space effects dominate the cost curve. Textures are cheap in frame-rate terms — unless you're VRAM-limited, when they're the first thing to cut.
- Fix the boring stuff. Enable XMP or EXPO in BIOS; plenty of systems run DDR5 at JEDEC base speeds because nobody flipped the switch.
Deals still exist — the windows are just short
The market isn't a monolith. In early July 2026, barely a month after the card's June 2 global launch, a Gigabyte RX 9070 GRE dropped to $499 at Newegg via a $50 promo code off its $549 MSRP — below list in the middle of a shortage. It's a capable 1440p card (we reviewed it here), with the caveat that its 12GB of VRAM gets tight once you push ray tracing. It's a limited-time promo, not an official price cut, so it may be gone by the time you read this.
The lesson isn't "the GRE is the answer." It's that retailer promos are now the main mechanism producing lower prices, and they close fast. If you already know what you need — because you checked, not guessed — you can act when a window opens instead of waiting for the market to rescue you.
What this means for your PC
Nothing in your machine broke on July 10; your rig performs as well today as it did last week. What changed is the cost of the alternative. So: extend rather than replace, buy memory-heavy parts when you need them rather than when they're cheap, and treat "prices will crash next year" predictions with the skepticism the last two years have earned.
Is SK Hynix's 2027 warning credible, or is the CEO talking his own book?
Both can be true. Kwak had an obvious incentive to describe tight supply on the day his company listed, because tight supply means pricing power. But the forecast lines up with independent data: TrendForce projects double-digit quarterly DRAM contract increases in Q3 2026, IDC expects PC prices up to 8% higher this year in its severe case, and GDDR6 spot pricing has roughly tripled. The direction is corroborated even if the timeline isn't.
Should I buy RAM right now even if I don't need it?
No. Buy RAM if you're genuinely short — under 32GB for modern gaming, or under 16GB for anything at all. Hoarding a kit you won't install for two years is speculation, not planning. The advice is "don't defer a purchase you need," not "stockpile."
Will graphics cards really go up 10% in July 2026?
Almost certainly not at retail — and the 10% figure is a report, not an announcement. It applies to the GPU-and-GDDR bundle kits AMD reportedly sells to board partners, not the finished card, and that kit is only part of a card's cost. Shelf inventory holds current prices for a while, too. Expect a smaller, staggered increase — and AMD has not confirmed the change.
Should I upgrade my CPU instead of my GPU?
Only if the CPU is genuinely the limiter — more common than people assume, especially at 1080p with a modern graphics card. Run your exact pairing through the Bottleneck Calculator and check your games in the FPS Estimator first. CPUs also sit outside the memory crisis, so their pricing is more stable than RAM or GPUs.
How much VRAM do I actually need in 2026?
At 1080p, 8GB still works but increasingly limits ray tracing and high textures. At 1440p, 12GB is the practical floor and 16GB the comfortable target. For 4K or heavy ray tracing, aim for 16GB or more. Because the shortage appears to be delaying higher-VRAM refreshes, buying enough VRAM up front matters more than usual.
Are prebuilt PCs a way around the price increases?
Not really. IDC forecasts average PC prices rising 4–6% in 2026, up to 8% if the shortage bites harder, and major OEMs including Dell, HP and Lenovo have warned customers about contract resets and list-price increases. Some vendors are shipping configurations with less RAM or smaller SSDs to defend a price point, so read the spec sheet closely rather than assuming a prebuilt insulates you.
