Team Group’s chief executive told investors on November 2, 2026 that the DDR5 memory shortage has not peaked, and TechSpot’s report on the call puts the worst stretch between Q4 2026 and Q2 2027. Chen Ching-wen added that supply and demand may not balance until the second half of 2028 or later. For anyone planning a build, a laptop refresh or a server order, that timeline changes the math.
Behind the warning sits one striking number. The reported contract price of a 16Gb DDR5 chip rose from $8.70 in October 2025 to about $48 in September 2026, an increase of roughly 452%. That is a chip price, not the sticker on a retail kit, but it feeds every DDR5 RAM price downstream.
This analysis walks through what Team Group actually said, how the percentage is calculated, where the big three DRAM makers stand, and what buyers can do before the squeeze tightens. Every figure comes from the company’s call coverage, the chipmakers’ own pages or named reporting. Where a claim rests on a single source, the text says so.
Don't miss new tech stories on Google
Add Tech Insider once in the Google app and our stories appear in your news suggestions.
What Team Group Said on Its November 2 Earnings Call
Coverage of the call identifies Chen Ching-wen as Team Group’s CEO, and his message had three parts. First, the memory shortage will worsen from late 2026 through 2027, with the tightest period running from Q4 2026 through Q2 2027. Second, he sees no downward price trend in the near term. Third, he projected that the market may not rebalance until the second half of 2028 or later.
The procurement detail matters as much as the forecast. Team Group has supply contracts, but they do not deliver enough volume, so the company buys additional memory on the spot market. Reports on the call put the spot premium at roughly 30% to 50% above contract prices. A module maker paying that premium either eats the cost or passes it to customers.
Hardware Busters framed the call as a record quarter followed by a warning, which is a telling combination. Team Group is selling well and still cannot get all the chips it wants. The forecast is management guidance, not a guaranteed outcome, and Team Group is a module brand rather than a chip fab. One report also says budget-component pricing may not ease until 2029, but that line rests on a single source, so treat it as a reported estimate.
The DDR5 Chip Price Math: $8.70 to $48
Headlines have described the same price move three different ways: up 452%, up more than 450%, and more than 550%. All three can be right, because they measure different things. A rise from $8.70 to $48 is an increase of $39.30. Divide that by the starting price and you get about 452%. Divide the ending price by the starting price and you get about 5.5 times, or roughly 552% of the original level.
python3 -c "print((48 - 8.70) / 8.70 * 100)"
# 451.72... -> about 452% increase
python3 -c "print(48 / 8.70)"
# 5.517... -> about 5.5x the October 2025 price| Metric | Value | Basis |
|---|---|---|
| 16Gb DDR5 contract price, October 2025 | $8.70 | Reported contract pricing |
| 16Gb DDR5 contract price, September 2026 | About $48 | Reported contract pricing |
| Absolute change | About $39.30 | $48 minus $8.70 |
| Percentage increase | About 452% | Change divided by October 2025 price |
| Price multiple | About 5.5x | September 2026 price divided by October 2025 price |
| Level versus original | About 552% | Why some outlets write more than 550% |
| Spot premium over contract | 30% to 50% | Team Group’s November 2 call |
Two cautions apply. The $8.70 figure is dated October 2025 and the $48 figure is dated September 2026, so neither is a quote for November 5, 2026. Some outlets also write the unit as 16GB instead of 16Gb. The reporting describes a chip-level contract price, and a gigabit die is one-eighth the capacity of a gigabyte. Anyone who quotes the percentage without those dates and that unit is overselling the precision.
Even with those caveats, the direction is clear. Earlier in the year, DDR5 prices had already climbed as AI buyers soaked up supply. The September contract level shows the climb continued rather than leveling off.
Why a Chip Price Is Not a Retail DDR5 RAM Price
The $48 figure is a contract-market chip price, not an official retail price. A finished DDR5 module adds a circuit board, a heat spreader, validation, packaging and the seller’s margin. That means a 5.5x jump in the chip does not translate into a 5.5x jump in the kit on your screen. It does mean the cost base under every kit has moved sharply.
No official current retail price for a specific Team Group DDR5 module was available when this was written. Team Group’s own pages list products but not a dated price sheet. One retailer data point does exist. An Amazon listing showed a Team Group Elite DDR4 32GB kit at $239.99 on October 26, 2026, which is a retailer price rather than a company price, and it covers the older DDR4 standard. Read it as a sign of how far memory pricing has stretched across generations.
What the lag between chips and kits means for you
Module makers hold inventory bought at older prices, and retailers hold stock bought from the makers. Both cushions wear out. When a brand like Team Group says it must buy on the spot market at a premium, the cushion is thinning in real time. Shoppers comparing 32GB versus 64GB configurations should expect today’s quotes to age badly.
Contract Supply Falls Short, Spot Buying Fills the Gap
Contract market
Contract buyers negotiate volume and price over longer periods. In a tight market, the chipmaker decides who gets filled first. Team Group says its contracts do not supply enough volume, which suggests the allocation it receives is smaller than its order book. A module maker without that supply cannot ship.
Spot market
The spot market sells chips for immediate delivery at whatever price clears. A 30% to 50% premium over contract is expensive, but it keeps production lines running. The gap also tells you something about the market. When spot trades well above contract for a long stretch, buyers believe contract prices will chase the spot level upward.
Large PC makers with big contracts face less exposure than smaller brands, at least for a while. That asymmetry lets the biggest buyers hold their prices a little longer while retail kits and smaller system builders absorb the shock first.
What the Executives Are Saying
Chen’s remarks to the press were blunt. Asked about the outlook, he said, “How can prices fall when there’s nothing left?” PC Gamer reported that line alongside his view that equilibrium may not arrive until late 2028 at the earliest. The same report carries his warning about availability: “In a little while, you may not be able to buy goods at all.”
On pricing, Hardware Busters quotes Chen saying, “There will be no downward price trend whatsoever.” That matters because it comes from a company that sees contract negotiations daily, not from an analyst working off a model.
Micron’s president and CEO Sanjay Mehrotra said something similar from the supplier side. In prepared remarks for Micron’s fiscal fourth-quarter earnings call, as Computerworld reported, he said: “We expect memory and storage supply-demand conditions to be much tighter in calendar 2027 and 2028 than they were in 2026.”
Put those statements side by side and a pattern emerges. A module maker and one of the world’s three largest DRAM suppliers both describe 2027 and 2028 as worse than 2026. They reach that view from opposite ends of the supply chain. The agreement is the story here, more than any single forecast.
SK hynix, Samsung and Micron: Where the Big Three Stand
The chip fabs set the pace for everyone else. Their latest official statements show a clear tilt toward AI servers and away from consumer memory. The table below sticks to what each company published or what dated reporting verified.
| Company | Latest verified datapoint | Server and AI memory focus | Stance on supply |
|---|---|---|---|
| Team Group | November 2 call: worst period Q4 2026 to Q2 2027 | T-CREATE EXPERT Ai CQDIMM DDR5 desktop memory (Good Design Award 2026) | Contracts short on volume, buys spot at 30% to 50% premium |
| SK hynix | October 28 Q3 2026 results | 256GB 3DS RDIMM, 128GB MRDIMM, 192GB SOCAMM2 | Server DDR5 a principal DRAM growth driver, HBM4 shipments under way |
| Samsung | October 29 Q3 2026 results | HBM4 and GDDR7 brought to market, server DRAM, high-speed server DDR5 | Operating under AI-driven capacity constraints |
| Micron | DDR5 product page, updated October 2026 | RDIMM up to 9,200 MT/s, MRDIMM up to 8,800 MT/s, 32GB to 256GB | CEO expects tighter conditions in 2027 and 2028 than in 2026 |
SK hynix’s third-quarter release shows how lopsided demand has become. The company reported revenue of 104.6155 trillion won, operating profit of 83.3338 trillion won and net profit of 39.7756 trillion won, and said quarterly sales topped 100 trillion won for the first time. Its summary bullets also say long-term agreements cover more than 50% of 2027 and 2028 production capacity. A separate bullet reads that the memory supply shortage will persist through 2030. Treat that last line with care, since other coverage describes Team Group’s 2028 timeline as an outside warning rather than an SK hynix forecast. SK hynix’s earlier posture is covered in our look at its sold-out claims.
Samsung’s October 29 results point the same way. The memory business is prioritizing HBM, server DRAM, high-speed server DDR5 and QLC SSDs while operating under capacity constraints. Reportedly, Samsung also plans to bring ASML High-NA EUV into DRAM production by 2028. That is a manufacturing plan, not proof the shortage will end then. Micron’s own DDR5 product page lists DDR5 RDIMMs and MRDIMMs aimed at data centers and shows no consumer price. For a wider view of the company’s roadmap, see its DRAM and HBM4 push.
How AI Servers Pulled DDR5 Away From PCs
The mechanism is simple. Fabs have finite wafer capacity, and every wafer sent to high-margin server memory is a wafer not making desktop DDR5. SK hynix said server DDR5 was a principal driver of its DRAM growth and that HBM4 shipments had begun in earnest. It also plans to raise the share of its 1c process and expand DDR5 and LPDDR5 SOCAMM sales for AI servers.
One earlier report quoting Team Group’s CEO in May 2026 estimated that AI-related demand takes 40% to 50% of total memory supply, and that much of 2026 and 2027 output already had customers. That estimate comes from a single report, so weigh it accordingly. It fits the pattern in company statements, though. The HBM4 crunch shows the same dynamic at the premium end of the market.
DDR5 itself is more efficient than the generation it replaced. SK hynix says DDR5 delivers twice the speed of DDR4 at 1.1 volts while using 20% less power. Micron’s page also lists the 1.1V operating voltage against 1.2V for DDR4. Efficiency is why data centers want DDR5 in bulk, and why the standard keeps absorbing capacity that consumer buyers also need.
Team Group’s 128GB CQDIMM Lands in the Squeeze
Team Group’s own product news adds a twist. In October 2026 the company’s T-CREATE EXPERT Ai CQDIMM DDR5 desktop memory won Japan’s GOOD DESIGN AWARD 2026. Reporting describes it as a 128GB-per-module product supporting DDR5-8000 at 1.1V. As of an October 30 update, Team Group had not announced pricing or retail availability.
A Yahoo Tech piece dated October 20 carried a blunt headline, saying Team Group chose the worst time in history to launch a 128GB consumer-grade RAM module. A guess of $3,000 to $4,000 for one module also circulated, but that estimate is speculation and not a Team Group price. Without an official figure, treat it as noise.
The launch shows the tension in the module business. Brands want to ship premium, high-capacity parts that justify scarce chips. Buyers want affordable kits. When chips are scarce, high-capacity modules make sense for a seller, because each gigabit earns more when sold inside an expensive product.
Timeline: How the Squeeze Built Since October 2025
| Date | Event | Why it matters |
|---|---|---|
| October 2025 | 16Gb DDR5 contract price at $8.70 | Baseline for the 452% calculation |
| August 7, 2026 | SK hynix announces mass production of 192GB SOCAMM2 | Fab capacity moves toward AI server form factors |
| September 2026 | 16Gb DDR5 contract price reaches about $48 | Roughly 5.5x the baseline |
| October 2026 | Team Group CQDIMM wins Good Design Award | 128GB desktop module with no announced price |
| October 16, 2026 | SK hynix shows 256GB 3DS RDIMM and 192GB SOCAMM2 after OCP Global Summit | Server lineup keeps growing |
| October 28, 2026 | SK hynix reports Q3 results | Server DDR5 drives DRAM growth |
| October 29, 2026 | Samsung reports Q3 results | Capacity constraints and server focus |
| November 2, 2026 | Team Group earnings call | Worst period Q4 2026 to Q2 2027, balance H2 2028 or later |
The sequence reads like a slow squeeze rather than a single shock. Prices rose for nearly a year before the most explicit warnings arrived, and the warnings landed within days of the big memory makers’ own earnings reports. Each report confirmed what the one before it implied.
Market Impact on PCs, Consoles and Handhelds
Team Group earlier warned that higher server memory costs could eventually reach consumer PCs. The November call suggests that point has arrived. Memory sits in every laptop, desktop, console and handheld, so each cost increase spreads across product categories at once.
PC makers have started to say so publicly. Acer’s price-increase warning was an early sign that system prices would follow component costs. Device makers feel it too. Our earlier report on DRAM costs and Valve’s Steam Machine showed how a single component can reshape a launch plan.
Budget products take the worst hit. Entry-level laptops run on thin margins and cannot absorb a doubling of one major component. Premium devices carry enough margin to hide some of the increase. That tilts the market toward higher-priced machines, which then crowd out the cheap options people rely on.
Competitive Comparison: Module Brands Versus Chipmakers
Team Group and other module brands buy DRAM from a handful of fabs. SK hynix, Samsung and Micron make it. In a shortage, the makers allocate first to their largest, longest-term customers. SK hynix says long-term agreements cover more than 50% of its 2027 and 2028 production capacity. Reports also say Samsung and Micron have committed much of their 2027 output through similar deals, though that rests on secondary reporting and not on company filings.
That structure explains why Team Group has contracts yet still buys spot. It also explains why a module brand can post a record quarter and warn in the same breath. Revenue grows because prices rise, and supply stays short because the fabs serve bigger buyers first.
A newer entrant could change the balance. CXMT’s president, Cao Kanyu, reportedly said the company expects its first 4F² DRAM, a server DDR5 RDIMM, by the end of 2026. That is a plan, not a shipping product, and no speeds or capacities have been published. Even if it ships, server parts go to data centers first, so relief for consumer kits would come later still.
Historical Context: Memory Booms and Busts
DRAM has always run in cycles. Shortages push prices up, fabs add capacity, supply catches up, and prices fall hard. Past cycles were driven by phones, PCs or cloud build-outs. This one differs because AI accelerators need a new kind of memory in very large volumes, and the same fabs make both products.
Another difference is the length of the forecasts. Team Group’s second-half-2028 timeline and Micron’s comments on 2027 and 2028 describe multi-year tightness. SK hynix’s long-term contracts, covering more than half of its 2027 and 2028 capacity, support the idea that this squeeze is built into supply agreements and not just a short spike. Cycles still turn, and new fab capacity eventually arrives. Samsung’s plan to adopt High-NA EUV for DRAM by 2028 shows where the industry is investing.
What PC Buyers Should Do Before the Peak
If you need memory in the next six months, buying sooner beats waiting. Team Group says it sees no downward price trend, and the Q4 2026 to Q2 2027 window is the stretch it expects to be worst. Buy the capacity you will use, not the capacity you might want. For most gaming and general-use PCs, 32GB is the sensible target. Step up only if your workload proves it needs more.
Squeeze more from the kit you already own. Tuning memory timing can recover performance without spending money, and our guide to overclocking DDR5 RAM walks through the steps. On AMD AM5 boards, Memory Context Restore settings affect boot time and stability once you push memory speed.
- Check the actual configuration in your cart. Capacity, speed and latency vary widely between listings.
- Buy from retailers with clear return policies, because price swings are fast.
- Avoid panic buying capacity you will not use. Oversized kits cost more in a shortage.
- Keep older systems running. A DDR4 upgrade may cost more than expected, as the Elite DDR4 listing at $239.99 suggests.
Five Predictions Through 2028
These are judgments based on the evidence above, not facts, and each could prove wrong.
- Retail DDR5 kit prices keep rising through mid-2027. With chip costs already up several times over and spot premiums persisting, module makers have no reason to cut.
- System makers raise prices in waves. Large PC brands will phase in increases as their contract inventory runs out, starting with budget machines.
- High-capacity modules become the profit center. Products like Team Group’s 128GB CQDIMM make sense when chips are scarce, so expect more premium launches and fewer cheap kits.
- Relief arrives first in servers, not in consumer RAM. New supply such as CXMT’s planned RDIMM, if it ships, targets data centers before desktops.
- Rebalancing slips to late 2028 or beyond. Team Group and Micron describe tight conditions through those years, and the fabs’ long-term contracts support that outlook.
For ongoing coverage of component costs, see the hardware section. The takeaway: the shortage is a supply-structure problem, and structural problems take years to fix.
Frequently Asked Questions
What did Team Group’s CEO say about the memory shortage?
Chen Ching-wen said on the November 2, 2026 earnings call that the shortage will worsen from late 2026 through 2027, with the tightest period from Q4 2026 through Q2 2027. He expects no downward price trend and said supply and demand may not balance until the second half of 2028 or later.
How much did DDR5 chip prices rise?
Reported contract pricing for a 16Gb DDR5 chip rose from $8.70 in October 2025 to about $48 in September 2026. That is an increase of about 452%, or about 5.5 times the original price.
Is the $48 figure what I pay for DDR5 RAM?
No. It is a contract-market price for a memory chip, not a retail price for a module or kit. Retail kits add other parts and seller margin, so shelf prices will not move in lockstep with the chip price.
Why is Team Group paying more on the spot market?
Its contracts do not deliver enough volume, so it buys extra memory on the spot market. Reports put the spot premium at roughly 30% to 50% above contract prices.
When will RAM prices come down?
Nobody can say for certain. Team Group sees no downward trend and balance no earlier than the second half of 2028, and Micron’s CEO expects 2027 and 2028 to be tighter than 2026. A reported estimate suggests budget pricing may not ease until 2029.
Are SK hynix, Samsung and Micron selling out of DDR5?
SK hynix says long-term agreements cover more than 50% of its 2027 and 2028 production capacity. Reports say Samsung and Micron have committed much of their 2027 output as well, but that comes from secondary reporting, not company filings.
Has Team Group announced a price for its 128GB CQDIMM?
Not as of the latest reporting available. The T-CREATE EXPERT Ai CQDIMM won a Good Design Award in 2026, but Team Group had not announced pricing or retail availability by October 30.
