SanDisk’s new 1TB microSD Express card went on sale in the US in late August 2026 carrying a $429 list price, a number that lands within $70 of a Nintendo Switch 2 console itself. The card, listed under SKU SDSQXF8-1T00-GNCNN, is currently discounted to $359 at retail, but even that “deal” price puts a single memory card at nearly three-quarters the cost of the hardware it plugs into. For Switch 2 owners who have been chasing extra storage since the console launched in mid-2025, the release exposes just how expensive Nintendo’s new microSD Express requirement has become as a 2026 memory shortage ripples through every corner of the storage market.
The launch did not happen in isolation. It landed weeks after AMD confirmed a 10% Radeon and GDDR6 price hike, months after Nvidia’s RTX 50-series cards jumped as much as 39% in US retail listings, and in the same stretch that DDR5 memory kits have climbed toward $400 for 32GB. SanDisk’s 1TB card is the latest data point in a broader story: NAND flash and DRAM prices are rising together in 2026, and gaming hardware that depends on either component is getting more expensive at nearly every tier.
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What SanDisk actually launched
The SanDisk microSD Express 1TB card (SDSQXF8-1T00-GNCNN) is a microSDXC-format card built on a PCIe NVMe plus UHS-I interface, the same dual-mode design SanDisk uses across its Express lineup. According to SanDisk’s own product listing, the card is rated for 880 MB/s sequential read performance and up to 800 MB/s sequential write performance, with a guaranteed minimum sustained write speed of 745 MB/s. Those numbers sit close to the theoretical ceiling of the SD 7.1 specification that underpins microSD Express, which tops out near 985 MB/s.
How close to the interface’s ceiling
The 880 MB/s read rating is roughly 89% of the SD 7.1 specification’s near-985 MB/s ceiling, and the 800 MB/s write rating reaches about 81% of it. That leaves little headroom for a faster microSD Express card without a new SD Association spec.
The card had already appeared on SanDisk’s site by July 7, 2026, but broader retail availability, including a listing on SanDisk’s Amazon storefront in the US, arrived by August 28, 2026. That is when the pricing became public knowledge: an MSRP of $429, discounted at launch to $359. Both figures make the 1TB card the most expensive single accessory a Switch 2 owner can buy for the console short of a second console or a high-end game bundle.
What makes the price notable is not just the dollar figure, it is the ratio. A Switch 2 console currently retails for $499.99 in the US after Nintendo’s September 1, 2026 price increase from $449.99. That means SanDisk’s 1TB card at MSRP costs 86% of the console’s own retail price, and even at the sale price of $359 it still runs 72% of what Nintendo charges for the hardware it is meant to expand.
Why the Switch 2 cannot just use a cheap microSD card
The reason this card matters at all comes down to a hardware decision Nintendo made when it designed the Switch 2. Nintendo’s own support documentation states plainly that “Nintendo Switch 2 is only compatible with microSD Express cards,” and the company’s compatibility tables mark standard microSD cards as unsupported for game storage on the new console, even though the original Switch accepted them without issue.
In practice, that restriction is narrower than it sounds but still expensive to work around. A regular UHS-I microSD card can be physically inserted into a Switch 2 and the console will recognize it, but only for screenshots and video clips. Installing games, storing save data, or handling downloadable content all require a card that meets the microSD Express standard specifically. Anyone who owned a stack of old Switch 1 microSD cards discovered this the hard way at launch, and it remains true as of September 2026.
The technical gap between the two standards explains part of the price premium. Standard UHS-I microSD cards top out around 90-100 MB/s read and 60-90 MB/s write because they use the legacy SD bus. microSD Express cards instead run over a PCIe and NVMe interface, the same technology found in modern internal SSDs, which is why they can hit 400-880 MB/s depending on the card. That jump requires more sophisticated flash controllers and higher-grade NAND, and those components cost more to manufacture, a gap that shows up directly in retail pricing.
The speed gap in real numbers
SanDisk’s 880 MB/s read rating runs roughly nine to ten times faster than a standard UHS-I card’s 90-100 MB/s ceiling, and its 800 MB/s write rating is roughly nine to thirteen times faster than UHS-I’s 60-90 MB/s range, a gap wide enough to explain why Nintendo drew a hard compatibility line instead of treating faster cards as an optional upgrade.
How the 1TB card compares to smaller capacities
SanDisk’s own Express lineup shows a price curve that gets steeper, not flatter, as capacity rises. Earlier reporting on the smaller tiers put the 128GB model at $45 and the 256GB version at $60. A Nintendo-licensed SanDisk 256GB Express card rated at 880 MB/s read and 650 MB/s write has been selling for around $64.99, which works out to roughly $0.254 per GB.
The 1TB card breaks that pattern. At its $429 MSRP, the per-GB cost jumps to about $0.429, nearly double the 256GB tier’s rate. Even at the discounted $359 price, the per-GB cost still comes out to roughly $0.359, a clear premium over the smaller cards rather than the economy-of-scale discount buyers might expect at higher capacities.
The capacity-to-price curve breaks down
Moving from the 256GB card’s $64.99 price to the 1TB card’s $429 MSRP is roughly a 4x jump in capacity for a 6.6x jump in price. Even against the higher end of the 512GB range, about $190, doubling capacity to 1TB still costs roughly 2.3x more.
| Capacity | Approx. Price (USD) | Price per GB | Read / Write Speed |
|---|---|---|---|
| 128GB | $45 | $0.352 | Up to 880 MB/s / varies |
| 256GB (Nintendo-licensed) | $64.99 | $0.254 | 880 MB/s / 650 MB/s |
| 512GB (typical market listing) | ~$150-190 | ~$0.30-0.37 | Up to 880 MB/s / up to 700 MB/s |
| 1TB (SanDisk, MSRP) | $429 | $0.429 | 880 MB/s / up to 800 MB/s |
| 1TB (SanDisk, sale price) | $359 | $0.359 | 880 MB/s / up to 800 MB/s |
Competing 1TB microSD Express cards from other brands undercut SanDisk on price, though not always on measured performance. A Tom’s Hardware roundup of microSD Express cards for Switch 2 lists a TeamGroup Apex SD7.1 1TB card at $279.99 and a “Next” branded 1TB card at $189.99, both roughly $150-240 cheaper than SanDisk’s MSRP. In the outlet’s own transfer tests, those cheaper cards measured around 91-110 MB/s in real-world file copy speeds, well below the headline PCIe NVMe ratings and below what SanDisk’s card is rated to deliver, illustrating that the cheapest 1TB option is not automatically the fastest one.
The 2026 memory shortage behind the price
SanDisk’s pricing did not happen in a vacuum. The same NAND shortage that has doubled SSD prices for gaming PCs is behind this card: NAND flash contract prices rose 55-60% in the first quarter of 2026 alone, and TrendForce projected a further 70-75% quarter-over-quarter increase for the second quarter, a pace that would outpace DRAM price growth for the first time in the current cycle, according to a mid-2026 memory and SSD supply chain report from Hiper Global. That kind of upstream cost increase flows almost directly into consumer flash products, including microSD Express cards.
DRAM has followed a similar trajectory. A September 1, 2026 report on the memory market noted that PC DRAM negotiated prices were expected to rise again that month, driven in part by high-bandwidth memory capacity allocation squeezing the supply of legacy DRAM used in consumer devices. The same report noted that NAND SLC prices were expected to keep surging and that MLC NAND was more likely to stabilize at already-elevated levels rather than keep climbing, suggesting the worst of the NAND shock had already landed earlier in the year, even as the 1TB card’s launch price reflects it.
A shortage that built through the year
Laid end to end, the timeline shows a shortage that accelerated rather than leveled off. NAND flash contract prices rose 55-60% in the first quarter of 2026, TrendForce projected a further 70-75% quarter-over-quarter increase for the second quarter, and by September, DRAM negotiated prices were still climbing on HBM capacity allocation. SanDisk’s card launched at the tail end of that run-up, not before it.
This is the same shortage that has already pushed console and GPU prices upward across 2026. Nintendo raised the Switch 2’s US price from $449.99 to $499.99 on September 1, citing AI-driven DRAM shortages and rising upstream memory costs. Microsoft raised the Xbox Series X price to $799.99 in August, its third increase in roughly 15 months. AMD told board partners on July 31 that Radeon GPU and GDDR6 memory kit prices would rise by at least 10% starting in August. SanDisk’s 1TB card arrives as one more line item in a year where nearly every category of gaming hardware that touches memory has gotten more expensive.
Console and storage price increases side by side
| Product | Previous Price | 2026 Price | Change |
|---|---|---|---|
| Nintendo Switch 2 (US) | $449.99 | $499.99 (Sept. 1) | +11% |
| Xbox Series X (US) | $649.99 | $799.99 (Aug. 1) | +23% |
| RTX 5070 (median retail) | Pre-August 2026 baseline | +36% in August 2026 | +36% |
| RTX 5060 (median retail) | Pre-August 2026 baseline | +27% in August 2026 | +27% |
| SanDisk microSD Express 1TB | Not previously sold | $429 MSRP / $359 sale | New SKU |
Reading the table
Xbox Series X’s 23% increase and the RTX 5070’s 36% jump both outpace the Switch 2’s 11% console increase in percentage terms, suggesting Nintendo’s console pricing has so far absorbed less of the 2026 shortage than GPUs have, even though its new storage accessory launched already priced at a premium with no prior generation to compare against.
Laid out this way, the pattern is hard to miss. Every category tied to DRAM or NAND flash has moved in the same direction in 2026, and the increases have compounded rather than offset each other. A buyer who wanted a Switch 2 with genuinely spacious storage in September 2026 would need close to $860 combined for the console at $499.99 and the SanDisk 1TB card at its $359 sale price, before taxes, games, or accessories.
What the Switch 2’s built-in storage actually offers
Part of why the 1TB card matters is that the Switch 2’s internal storage fills up faster than many buyers expect. The console ships with 256GB of internal storage, and modern Switch 2 titles, particularly ports of AAA console and PC games, routinely run well past 40-60GB per install once day-one patches are included. A handful of large titles can consume the entire internal drive on their own, pushing anyone with more than a few big games toward external storage almost immediately.
Doing the math on 256GB
At 40-60GB per install, 256GB of internal storage realistically holds four to six large modern titles before system software and save data take their share. A buyer who owns even a handful of AAA-scale ports is likely to hit that ceiling quickly, turning the 1TB card from a nice-to-have into a near-necessity for that group.
Our guide to expanding Switch 2 storage covers setup in detail, and Nintendo’s support documentation confirms that microSD Express cards up to 2TB capacity are supported, but 2TB cards are not yet available at retail as of September 2026. That leaves 1TB as the effective ceiling for expandable Switch 2 storage right now, and it is exactly that ceiling that SanDisk priced at $429. Buyers who want meaningful headroom for a growing library are being asked to pay close to console-level money to get it.
How this compares to the original Switch’s storage economics
The jump in storage costs is easiest to see against the original Switch, which launched in 2017 and used the same UHS-I microSD standard as phones and cameras of that era. A 1TB UHS-I microSD card in 2026 typically sells for well under $100 from mainstream brands, since the underlying technology has been mass-produced for over a decade and does not require a PCIe controller.
A decade-old standard, decade-old pricing
The original Switch’s UHS-I standard has been mass-produced since well before that console launched in 2017, which is why a 1TB card in that format still costs a fraction of SanDisk’s Express card. The Switch 2’s card costs more not because flash memory itself is uniformly more expensive, but because Nintendo moved the baseline requirement to a newer, lower-volume interface just as its underlying NAND and DRAM inputs entered a shortage.
That gap, a sub-$100 card for the old Switch against a $359-429 card for the Switch 2, is the direct cost of Nintendo’s move to a faster storage interface. Engadget’s original coverage of the Switch 2 storage announcement flagged this trade-off at launch, noting that while the console promised major storage upgrades in raw speed, “the console is only compatible with microSD Express,” and cards most people already owned from the original Switch generation would work only for loading screenshots and video, not for playing games. That warning from 2025 has aged into exactly the pricing reality buyers are facing in September 2026.
Competitive pressure from other card makers
SanDisk is not the only company selling microSD Express cards for Switch 2, and it is not currently the cheapest at the 1TB tier, as our SanDisk vs Samsung vs Lexar comparison has tracked. Tom’s Hardware’s testing found that TeamGroup’s Apex SD7.1 1TB card retails around $279.99, roughly $150 below SanDisk’s MSRP, while a 1TB card sold under the “Next” brand lists at $189.99, less than half of SanDisk’s list price. Both alternatives measured lower real-world transfer speeds in Tom’s Hardware’s game-load and file-copy tests, generally in the 90-110 MB/s range rather than approaching the 745-880 MB/s SanDisk claims, which suggests the market has split into a premium performance tier led by SanDisk and Nintendo-licensed cards, and a budget tier from third-party brands that sacrifices some speed for a lower price.
Price versus performance, quantified
The gap between SanDisk’s $429 MSRP and the “Next” brand’s $189.99 card is $239.01, larger than the budget card’s entire price on its own. That premium roughly tracks the performance gap Tom’s Hardware measured: 91-110 MB/s for the cheaper cards against SanDisk’s 745-880 MB/s rated range, roughly seven to ten times the throughput.
For most Switch 2 owners, the practical difference between 90 MB/s and 800 MB/s shows up mainly in game load times and how long it takes to copy a large install onto the card in the first place, rather than in gameplay performance once a title is running from storage. That makes the calculus genuinely close for budget-conscious buyers: a $190-280 card gets the storage capacity without the fastest possible speeds, while SanDisk’s $359-429 card is aimed at buyers who want the interface running closer to its rated ceiling.
Market impact for Nintendo and the accessory ecosystem
The pricing dynamic also affects how third-party accessory makers plan their Switch 2 product lines. When a licensed 1TB card costs nearly as much as the console, it changes the calculation for consumers deciding between buying more physical games, which do not consume internal storage the same way digital installs do, and buying digital titles that require the extra card. Industry watchers tracking the broader console market have already flagged that Switch 2’s digital attach rate could be shaped by exactly this kind of storage-cost friction, since a $359-429 accessory is a much harder impulse purchase than a $60 one.
There is also a knock-on effect for game publishers. Games that ship with large day-one patches or bundle high-resolution texture packs put more pressure on buyers to either spend on expensive storage or delete other installed titles, a friction point that becomes more visible as physical media sales continue to decline across the industry. Storage economics that once felt like a minor footnote to console ownership are increasingly a line item buyers have to budget for up front.
Why publishers are watching storage pricing too
A $359-429 card is a large enough purchase that it factors into how publishers think about day-one patch sizes and optional texture packs, since every gigabyte added to a digital install pushes more players toward a cost they may be trying to avoid, an incentive that barely existed when a storage upgrade was a $60-70 decision.
Historical context: storage costs have not always moved this way
Flash storage prices have historically fallen year over year as manufacturing processes matured and yields improved, which is why a 1TB SSD or a high-capacity microSD card has gotten cheaper almost every year for the past decade. The 2026 memory shortage broke that pattern. NAND flash contract prices rising 55-60% in a single quarter, as reported in the mid-2026 supply chain update, is the kind of increase the industry has not seen since the 2017-2018 memory shortage cycle, and it is happening at the same time DRAM is being squeezed by high-bandwidth memory demand tied to AI data center buildouts.
The last comparable shortage
The closest comparison remains the 2017-2018 memory shortage cycle noted above, when NAND and DRAM prices also rose together before manufacturers expanded capacity and prices eased. The mid-2026 supply chain reporting cited above points only to prices stabilizing at elevated levels for now, not falling back toward pre-2026 norms.
The result is that a product category, gaming storage, that consumers had come to expect would only get cheaper over time is instead getting more expensive in real dollars for the first time in years. SanDisk’s $429 microSD Express card is a direct symptom of that reversal, not an isolated pricing decision by one manufacturer.
What buyers should weigh before purchasing
Anyone deciding whether to buy the 1TB card right now faces a few practical trade-offs. First, capacity math matters: doubling up on two 512GB cards and swapping them manually is cheaper in dollar terms than one 1TB card, but it means physically switching cards and cannot combine libraries the way a single large card can. Second, speed matters less than capacity for most players, since Tom’s Hardware’s own testing showed load-time differences between fast and slow microSD Express cards were measured in seconds, not minutes, on most titles. Third, timing matters: because NAND prices have been volatile through 2026, buyers holding out for a price drop are betting against a market that has trended upward all year rather than downward.
Two-card versus one-card math
Two 512GB cards at the higher end of their ~$150-190 range would run roughly $300-380 combined, close to or potentially under the 1TB card’s $359 sale price, but that path means managing two physical cards by hand rather than running one library off a single card.
For budget-focused buyers, a 512GB card from a licensed brand remains the more balanced purchase in September 2026, offering enough room for four to six large modern titles without approaching the 1TB card’s near-console pricing. For buyers who have already filled a 512GB card and are not interested in managing multiple cards, the 1TB SanDisk card, or one of the cheaper third-party alternatives from TeamGroup or similar brands, becomes the more realistic option despite the cost.
Predictions for the rest of 2026 and into 2027
Based on current pricing trends and supply chain signals, several outcomes look likely over the next several months. First, expect Samsung and Lexar to bring their own 1TB microSD Express cards to market in Q4 2026, most likely priced between SanDisk’s premium tier and the budget TeamGroup/Next tier, filling a mid-range gap that does not currently exist. Second, expect 2TB microSD Express cards to reach retail sometime in 2027 rather than 2026, given that Nintendo’s support documentation already lists 2TB as a supported capacity but no manufacturer has shipped one yet. Third, expect SanDisk’s $359 sale price to become closer to a standard price by early 2027 as competition from TeamGroup, Next, and eventual Samsung and Lexar entries forces the premium tier down, mirroring how the 256GB and 512GB tiers settled after their own launch-window premiums faded. Fourth, expect NAND flash prices to plateau rather than reverse through the rest of 2026, based on the mid-2026 supply chain reporting suggesting MLC NAND is stabilizing rather than continuing its earlier climb, which means further console-adjacent storage price cuts are unlikely before 2027. Fifth, expect Nintendo to face continued pressure to raise the Switch 2’s included internal storage in any future hardware revision, since 256GB has proven insufficient for a growing library of large ports and a coming generation of digital-only exclusives.
What would change this outlook
These predictions rest on the mid-2026 supply chain signals holding, particularly the projection that MLC NAND stabilizes rather than climbs further. If the DRAM squeeze tied to HBM capacity allocation intensifies instead of easing, the timeline for cheaper 1TB cards and new competitors could slip further into 2027 than current trends suggest.
How this fits the wider 2026 hardware pricing story
SanDisk’s 1TB card is a small purchase in isolation, but it captures something larger happening across gaming hardware in 2026. As we detailed when DDR5 RAM prices soared 485%, DDR5 memory kits have approached $400 for 32GB, a sharp jump from earlier pricing this year. GPU prices have risen by double-digit percentages across both AMD and Nvidia’s lineups. Console prices have climbed at Microsoft, and now storage accessories are following the same curve at Nintendo’s platform. None of these increases happened because of a single company’s decision, they are downstream of the same NAND and DRAM supply crunch working its way through every product category that depends on memory chips.
One shortage, many price tags
Add up DDR5 kits approaching $400 for 32GB, GPU prices climbing 27-36% in a single month, console prices up 11-23%, and SanDisk’s card launching at a categorical premium, and the throughline is one supply constraint expressing itself differently across product categories rather than several unrelated pricing decisions.
For consumers, the practical takeaway is that 2026 has not been a year where waiting for prices to drop has paid off in gaming hardware. Storage, memory, consoles, and GPUs have all moved in the same direction, and SanDisk’s $429 microSD Express card is simply the newest, most visible example of a Nintendo Switch 2 accessory now costing nearly as much as the console it plugs into.
Frequently Asked Questions
How much does the SanDisk 1TB microSD Express card cost?
The card carries an MSRP of $429 in the US and has been selling at a discounted price of $359 since its August 28, 2026 retail listing.
Can I use a regular microSD card with the Nintendo Switch 2?
Only for screenshots and video clips. Nintendo’s support documentation states the Switch 2 is only compatible with microSD Express cards for installing games, storing save data, or handling downloadable content.
What are the speed specs of SanDisk’s 1TB microSD Express card?
SanDisk rates the card at 880 MB/s sequential read and up to 800 MB/s sequential write, with a minimum sustained write speed of 745 MB/s, using a PCIe NVMe plus UHS-I interface.
Are there cheaper 1TB microSD Express alternatives?
Yes. Tom’s Hardware testing found a TeamGroup Apex SD7.1 1TB card at $279.99 and a “Next” brand 1TB card at $189.99, both cheaper than SanDisk’s MSRP, though both measured slower real-world transfer speeds in the outlet’s tests.
Why are microSD Express cards so much more expensive than regular microSD cards?
microSD Express cards use a PCIe and NVMe interface similar to internal SSDs, requiring more advanced flash controllers and higher-grade NAND than the older UHS-I bus used by standard microSD cards, which drives up manufacturing cost.
What is the largest microSD Express card the Switch 2 supports?
Nintendo’s official documentation lists support for microSD Express cards up to 2TB, though no manufacturer has released a 2TB card at retail as of September 2026, making 1TB the current practical maximum.
Is the NAND shortage expected to ease soon?
Mid-2026 supply chain reporting suggests NAND MLC prices are more likely to stabilize at current elevated levels than climb further, but there is no indication prices will fall back to pre-2026 levels in the near term.
How much internal storage does the Nintendo Switch 2 have?
The console ships with 256GB of internal storage, which fills quickly given that many modern AAA ports run 40-60GB or more per install once patches are included.
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