WD Black SN8100 vs Samsung 9100 Pro: 112% Price Gap [2026]

Gaming PCs and PS5 owners chasing the fastest storage on the market are running into a strange problem in August 2026: the SSD you want costs almost twice what it did a year ago, and the reason has nothing to do with gaming at all. The WD Black SN8100, Samsung 9100 Pro, and Crucial T710 are the three PCIe 5.0 drives buyers compare most, and the gap between them has widened into something closer to a pricing scandal than a spec sheet. Samsung’s own US storefront now lists the 9100 Pro 2TB at $679.99, more than double its $319.99 launch price from March 2025, while the WD Black SN8100 2TB has held closer to its original $279.99. That’s a swing of roughly $400 between two drives that post nearly identical top-line speeds.

This comparison breaks down what’s actually different across these three PCIe 5.0 NVMe drives, why prices have moved so unevenly, and which one makes sense for a gaming rig, a PS5, or a workstation build right now. All figures below come from manufacturer spec sheets, published reviews from Tom’s Hardware, PCWorld, and StorageReview, plus TrendForce’s memory market pricing data through Q2 2026.

Why gaming SSD prices exploded in 2026

None of this is about gaming demand. According to TrendForce’s January 2026 memory pricing report, AI server buildouts pushed memory manufacturers to prioritize enterprise and data-center orders over consumer parts, and client SSD contract prices rose at least 40% quarter-over-quarter in Q1 2026 alone — the steepest jump across any NAND flash category that quarter. Enterprise SSD prices moved even further, climbing an estimated 53-58% QoQ in the same window, with some analyst estimates putting the increase closer to 80% once contract renegotiations settled.

It got worse from there. TrendForce’s Q2 2026 outlook projected NAND flash contract prices to rise another 70-75% quarter-over-quarter, a pace the firm said would outpace DRAM price growth for the first time in this cycle. The root cause traces back to DRAM manufacturers — Samsung, SK Hynix, and Micron among them — shifting wafer production toward High Bandwidth Memory (HBM) for AI accelerators, which starved conventional DRAM and NAND output of capacity. TrendForce doesn’t expect meaningful relief until late 2027 or 2028, meaning the pricing whiplash on drives like these three isn’t a temporary blip. It’s the new normal for at least another year.

This is the same shortage driving the storyline behind SSD prices doubling across gaming PCs earlier this year, and it explains why the three drives in this comparison, all announced within months of each other in 2025, now sit at wildly different price points despite near-identical performance ceilings.

WD Black SN8100 vs Samsung 9100 Pro vs Crucial T710: full specs

All three drives use the PCIe 5.0 x4 interface with the NVMe 2.0 protocol, and all three cluster around 14,500-14,900 MB/s sequential read speeds on paper. The differences that actually matter show up in random IOPS, controller choice, NAND supplier, and — this year more than any other — sticker price.

Spec	WD Black SN8100	Samsung 9100 Pro	Crucial T710
Interface	PCIe 5.0 x4, NVMe 2.0	PCIe 5.0 x4, NVMe 2.0	PCIe 5.0 x4, NVMe 2.0
Controller	Silicon Motion SM2508	Samsung Preston	Silicon Motion SM2508
NAND	SanDisk/Kioxia BiCS8 TLC	Samsung V-NAND TLC	Micron G9 3D TLC (B68S)
Seq. read (2TB/4TB)	14,900 MB/s	14,700-14,800 MB/s	14,500 MB/s
Seq. write (2TB/4TB)	14,000 MB/s	13,400 MB/s	13,800 MB/s
Random read IOPS	2.3M	1.85M	Not published by Micron/Crucial
Random write IOPS	2.4M	2.6M	Not published by Micron/Crucial
TBW (2TB / 4TB)	1,200 / 2,400	1,200 / n/a	1,200 / 2,400
DRAM cache	DDR4	LPDDR4X	2GB Micron LPDDR4 (4,266 MT/s)
Form factor	M.2 2280	M.2 2280	M.2 2280
PS5 compatible	Yes (heatsink recommended)	Yes, sold with official heatsink option	Yes (heatsink recommended)
Warranty	5 years	5 years	5 years
Capacities	1TB, 2TB, 4TB, 8TB	1TB, 2TB, 4TB	1TB, 2TB, 4TB

The random IOPS gap is the most overlooked spec on this table. Samsung’s 9100 Pro actually beats the WD Black SN8100 on random write IOPS (2.6 million versus 2.4 million), which matters more than sequential throughput for OS boot times, game-load streaming, and general desktop responsiveness. The SN8100 wins on random read and sequential numbers across the board, which matters more for texture streaming in open-world games and large sequential file transfers.

Pricing: the $400 gap explained

This is where the three drives stop looking like siblings and start looking like they belong in different market segments entirely.

Drive	Launch price (2025)	August 2026 street price	% change
WD Black SN8100 (2TB)	$279.99	$279.99-$299.99	Roughly flat
WD Black SN8100 (4TB)	$549.99	$549.99-$599.99	Roughly flat
Samsung 9100 Pro (2TB, heatsink)	$319.99	$679.99	+112%
Samsung 9100 Pro (4TB)	~$569.99	$1,359.99	+139%
Crucial T710 (2TB)	$279.99	~$300-$330	+10-18%
Crucial T710 (4TB)	~$549.99	$725.00	+32%

Samsung’s pricing has moved the most dramatically of the three, based on the manufacturer’s own US storefront listing versus its March 2025 launch MSRP announced in Samsung’s official 9100 Pro launch announcement. The WD Black SN8100 has been comparatively insulated, based on pricing tracked in Tom’s Hardware’s review, while the Crucial T710’s 4TB variant shows a documented jump to $725 as of August 2026 per PC Perspective’s pricing coverage. Retail pricing varies by region and retailer, and these figures should be treated as snapshots rather than fixed numbers, but the direction of travel is consistent across every source checked for this comparison: Samsung’s flagship has gotten dramatically more expensive relative to its two direct competitors.

Benchmarks: how the three drives actually perform

Spec sheets tell part of the story, but independent lab testing is where these drives separate. Three outlets have published detailed benchmark runs on all three drives across 2025-2026.

Tom’s Hardware: WD Black SN8100

Tom’s Hardware’s SN8100 review measured sustained sequential read speeds hitting the rated 14,900 MB/s in synthetic benchmarks, with the drive maintaining performance under sustained load better than most Gen5 competitors thanks to its BiCS8 TLC NAND and Silicon Motion SM2508 controller pairing. The review notes the SN8100 avoided the thermal throttling issues that plagued several first-generation PCIe 5.0 drives, a common complaint with early Gen5 SSDs that ran hot enough to slow down mid-transfer.

StorageReview and PCWorld: consistency under load

StorageReview’s testing confirmed the 2.3 million read / 2.4 million write random IOPS figures WD publishes, calling out the SN8100’s random 4K performance as class-leading for a consumer drive. Separately, PCWorld’s review pointed out the drive ships in three capacities — 1TB for $180, 2TB for $280, and 4TB for $550 at review time — pricing that has largely held steady into August 2026 according to current retail listings.

Where Samsung and Crucial hold their ground

The Samsung 9100 Pro’s random write IOPS advantage (2.6 million versus the SN8100’s 2.4 million) shows up in real-world testing as slightly snappier game-load times when paired with titles that lean on small, scattered writes rather than large sequential reads. The Crucial T710, meanwhile, benchmarks within a few percentage points of both rivals on sequential transfers but lags on published random-access figures, largely because Micron and Crucial have been less forthcoming with granular IOPS numbers in their official spec sheets — a gap independent reviewers have flagged as a transparency issue rather than a performance one.

PCIe 5.0 vs PCIe 4.0: is the upgrade actually worth it for gaming?

Before spending $280 to $680 on any of these three drives, it’s worth asking whether PCIe 5.0 actually changes anything in a game session. The honest answer is: it depends heavily on what you’re playing and what you’re doing outside of gameplay. A PCIe 4.0 drive already reads at roughly 7,000 MB/s, which is fast enough that most games load in a second or two either way. Sequential read speed stopped being the bottleneck for game loading somewhere around the PCIe 4.0 generation — modern game engines are more often limited by CPU decompression overhead, shader compilation, and asset streaming logic than by raw drive bandwidth.

Where PCIe 5.0 drives like the SN8100, 9100 Pro, and T710 do make a measurable difference is in workloads that actually saturate bandwidth: transferring large game installs between drives, working with 4K/8K video footage, running local AI models that load large weight files from disk, or building software with massive dependency trees. For a player who only cares about level-load times in Call of Duty or Cyberpunk 2077, a PCIe 4.0 drive at half the price will feel nearly identical. For someone who also edits video, streams while gaming, or runs local AI inference alongside a game session, the extra bandwidth and — more importantly — the higher random IOPS ceiling on these Gen5 drives translates into a system that stays responsive under simultaneous, mixed workloads. That’s the honest use case for paying the Gen5 premium in 2026, and it’s worth weighing against the price gap documented above before assuming faster automatically means better for your setup.

Endurance and longevity: what the TBW ratings actually mean

TBW (terabytes written) is the metric manufacturers use to estimate how much data a drive can write over its lifetime before failure risk climbs. All three drives in this comparison rate their 2TB models at 1,200 TBW, and their 4TB models at 2,400 TBW, which is a fairly standard endurance figure for consumer TLC NAND at this capacity tier. In practical terms, a typical gaming and productivity user writes somewhere between 20 and 40 TB per year to their primary drive, once you account for game installs, OS updates, browser caches, and the occasional video export. At that usage rate, a 1,200 TBW-rated 2TB drive should comfortably outlast 25 to 40 years of realistic use before hitting its rated endurance ceiling — in practice, these drives are far more likely to be replaced for capacity or speed reasons than to wear out from write endurance.

The one caveat: none of the three manufacturers has published a dedicated endurance figure for the WD Black SN8100 or Samsung 9100 Pro beyond the standard TBW rating, and none currently disclose write amplification data publicly, which would give a more precise real-world endurance estimate. For the overwhelming majority of gamers and content creators, this is a non-issue — TBW ratings on modern TLC drives have outpaced realistic consumer write patterns for several generations now, and all three drives carry matching 5-year warranties that will, in most cases, expire before the drive approaches its rated write ceiling.

Real-world use cases: which drive fits which build

Raw specs matter less than what you’re actually doing with the drive. Here’s a closer look at how the three stack up across the scenarios that come up most often in buyer forums and review comment sections.

PS5 storage expansion

All three drives are PS5-compatible once fitted with a heatsink that meets Sony’s clearance and thermal specifications, but the WD Black SN8100’s flat 2026 pricing makes it the better value pick for console owners who just need extra capacity without paying the Samsung premium. A PS5 owner buying a 2TB drive today saves roughly $400 by choosing the SN8100 over the 9100 Pro, with no meaningful difference in game-load times inside the PS5’s own software stack, which doesn’t expose the full bandwidth ceiling either drive is capable of on a PC. See our step-by-step PS5 SSD install guide for the exact mounting and formatting process.

Competitive gaming rigs (esports, low-latency shooters)

The Samsung 9100 Pro’s random write IOPS edge translates to marginally faster level streaming and texture pop-in reduction in titles that lean on frequent small-file access patterns rather than large sequential reads — think competitive shooters with dense, frequently-updated map geometry. For players who treat every millisecond as competitive advantage and who’ve already maxed out CPU, GPU, and monitor refresh rate, the 9100 Pro’s IOPS advantage is one of the few remaining levers left to pull, even at its current price premium.

Content creation and video editing workstations

The WD Black SN8100’s 14,900 MB/s sequential read speed and 8TB capacity ceiling make it the strongest choice for editors moving large 4K and 8K project files, where sustained throughput during export and proxy generation outweighs random IOPS. Creators who also game on the same rig get a rare best-of-both-worlds outcome here: the SN8100 is simultaneously the fastest sequential performer and the cheapest of the three at matching capacities.

Budget-conscious PC builders

The Crucial T710 sits in the middle price-wise but has seen its 4TB model spike to roughly $725 as of August 2026, eroding what used to be a clear value case against the SN8100. At 2TB, it remains a reasonable middle-ground pick for builders who want a name-brand Gen5 drive without going all-in on either the cheapest or most expensive option, though the price gap to the SN8100 at that capacity has narrowed enough that it’s difficult to justify choosing the T710 on value alone.

Steam Deck or handheld internal upgrades

None of these three drives are ideal for handhelds — they’re full-length M.2 2280 Gen5 drives that draw more power and generate more sustained heat than a handheld’s cooling system can dissipate well, and Gen5 bandwidth is wasted inside a handheld’s PCIe 4.0 or slower M.2 2230 slot anyway. Check our Steam Deck SSD upgrade guide for handheld-appropriate drive sizing and form factors instead.

NAS or archival cold storage

None of these three drives make sense for network-attached storage or long-term archival either. Their TBW ratings and price-per-terabyte are built for active, high-performance workloads, not cold storage, where SATA drives or higher-capacity QLC-based NVMe drives deliver far better cost-per-terabyte for data that mostly sits untouched.

Choosing the right capacity: 1TB, 2TB, 4TB, or 8TB

Capacity choice matters as much as which brand you pick, especially with modern AAA game installs regularly exceeding 100-150GB apiece. A 1TB drive, available from WD and Crucial at the entry tier, fits comfortably as a fast OS-and-a-few-games boot drive but fills up quickly once you factor in Windows, background applications, and more than four or five modern titles installed simultaneously. The 2TB tier is where most buyers in this comparison should be looking — it’s the sweet spot for a primary gaming drive that can hold 10-15 installed titles without constant uninstall-reinstall cycles, and it’s the capacity where the price gap between these three drives is most pronounced and most worth shopping around for.

4TB makes sense for buyers who game across a wide library without much rotation, or who also use the drive for content creation work alongside gaming. The WD Black SN8100 is the only one of the three offered at 8TB, a capacity aimed squarely at power users who want a single drive to serve as both a large game library and a working video or photo archive — though at that capacity, a dedicated secondary drive or NAS setup is often the more cost-effective long-term choice, particularly given how volatile SSD pricing has become in 2026.

Brand track record: WD, Samsung, and Crucial in the SSD market

All three companies behind these drives have long histories in flash storage, and that history is part of what buyers are weighing when they pay a premium for one brand over another. Samsung has built its consumer SSD reputation on the 970 Evo, 980 Pro, and 990 Pro lineage, drives that consistently topped independent benchmark charts and became the default recommendation in PC-building guides for years — a reputation the 9100 Pro inherits, even as its pricing has drifted further from the value proposition that built that reputation in the first place.

Western Digital’s WD Black line, sold under the SanDisk brand since WD’s 2025 corporate restructuring split its consumer and enterprise storage businesses, has spent the last several product generations closing the performance gap with Samsung while consistently undercutting it on price — a pattern that continues with the SN8100 relative to the 9100 Pro. Crucial, Micron’s consumer storage brand, has traditionally positioned itself as the value option in the NVMe market, historically trading a bit of peak performance and brand cachet for lower prices; the T710’s less dramatic 2026 price movement compared to Samsung’s is broadly consistent with that positioning, even though its 4TB pricing has climbed enough to blur the line this generation.

The ripple effect: how the NAND shortage is reshaping gaming hardware

The price divergence between these three SSDs isn’t happening in isolation. The same memory shortage driving Samsung’s 9100 Pro to $679.99 has already pushed console and handheld pricing upward across the industry in 2026. DRAM cost increases have been cited as a direct factor in this year’s console price hikes, and the same TrendForce data underpinning this comparison’s pricing section has shown up repeatedly in coverage of rising handheld gaming console prices and the broader retro handheld market, where smaller manufacturers with thinner margins have felt the squeeze even harder than PC component makers.

For PC builders and PS5 owners, this means the pricing snapshot in this article is a moving target rather than a fixed reference point. A drive that costs $280 today could realistically cost more by the end of 2026 if TrendForce’s Q2 projections hold, and there’s no guarantee any of the three manufacturers will hold pricing as flat as WD has managed so far. Buyers weighing an upgrade this year are effectively making a bet on where the shortage curve goes next, and every signal from TrendForce’s research through mid-2026 points toward prices staying elevated — or climbing further — rather than correcting downward before 2027 at the earliest.

How this comparison was built

The specs and benchmark figures in this comparison were sourced directly from manufacturer product pages and spec sheets for the WD Black SN8100, Samsung 9100 Pro, and Crucial T710, cross-checked against independent lab reviews published by Tom’s Hardware, PCWorld, StorageReview, and PC Perspective. Pricing figures reflect officially listed manufacturer and retailer prices as tracked through August 2026, with launch-era prices pulled from each drive’s original 2025 review coverage for comparison. NAND shortage and pricing-trend data comes from TrendForce’s published memory market research through Q2 2026, the most widely cited independent source for semiconductor contract pricing in the industry. Where a specific figure — such as detailed random IOPS for the Crucial T710 — wasn’t published by the manufacturer or confirmed by an independent reviewer, this comparison notes that gap explicitly rather than estimating a number.

Migration guide: moving from your old SSD to a new PCIe 5.0 drive

Switching from a PCIe 3.0 or 4.0 drive to any of these three PCIe 5.0 options is straightforward, but a few details matter more than usual given how hot Gen5 drives run.

Confirm your motherboard has a genuine PCIe 5.0 M.2 slot rated for the full x4 lane width. Most boards only wire full Gen5 bandwidth to the primary slot closest to the CPU socket; installing any of these three drives in a secondary slot can silently cap you to Gen4 or even Gen3 speeds without throwing an error, so check your motherboard manual’s block diagram before buying.
Back up your existing drive with cloning software before touching anything. Macrium Reflect works across brands, while Samsung Data Migration and Crucial’s own Acronis-based tool are free options tied to the drive you’re moving to; either approach preserves your existing Windows install, licenses, and settings without a fresh setup.
Physically install the new drive with the system powered off and unplugged. All three drives require a compatible heatsink for sustained performance under load — the WD Black SN8100 and Crucial T710 ship without one on most retail SKUs, so budget for a separate heatsink purchase if your motherboard’s M.2 slot doesn’t include integrated cooling, while Samsung sells a heatsink-equipped 9100 Pro variant built specifically for PS5 installs and heatsink-less motherboards.
Clone your OS drive using the software from step two, or do a clean Windows or SteamOS install if you’re using the upgrade as an opportunity to start fresh. A clean install typically yields slightly better real-world performance since it avoids carrying over years of registry bloat and leftover driver conflicts from the old drive.
Update your BIOS/UEFI to the latest version before first boot. Several motherboard vendors pushed firmware updates through 2025 and into 2026 specifically to improve PCIe 5.0 SSD detection, NVMe power-state handling, and thermal throttling behavior — running outdated firmware is one of the most common reasons a new Gen5 drive underperforms its rated specs.
Run CrystalDiskMark, AS SSD, or a similar benchmark tool immediately after setup to confirm you’re hitting rated sequential and random speeds. A result significantly below the manufacturer’s spec sheet almost always traces back to the drive being in the wrong M.2 slot, a loose or missing heatsink, or outdated NVMe drivers rather than a defective drive.
For PS5 owners specifically, format the drive through the console’s own storage settings menu rather than pre-formatting it on a PC — the PS5 requires its own partition structure and won’t recognize a drive formatted with a standard Windows or Mac file system.
Once the migration is confirmed working, keep the old drive as a backup for at least a few weeks rather than immediately wiping or reselling it, in case a game save, license activation, or driver dependency didn’t transfer cleanly during the clone.

DirectStorage and future game engines: does drive choice matter more now?

Microsoft’s DirectStorage API, which lets games read compressed assets directly from an NVMe drive to the GPU without routing everything through the CPU first, is the main reason PCIe 5.0 drives could matter more for gaming going forward than they do today. DirectStorage has been available to developers for several years, but adoption has been gradual — most current titles still use traditional asset-loading pipelines built around older console generations, which means the bandwidth advantage of a Gen5 drive over a Gen4 drive often goes unused in practice.

That’s likely to change as more engines are built natively around DirectStorage and GPU decompression, at which point the sequential and random-access advantages the WD Black SN8100 and Samsung 9100 Pro hold over older Gen4 drives should translate into more noticeable in-game texture streaming and reduced pop-in during fast camera movement or open-world traversal. None of the three drives in this comparison is a bad bet for that future — all three exceed the minimum bandwidth DirectStorage-optimized titles are expected to require — but buyers upgrading purely for gaming today are paying a premium for headroom that most current titles don’t yet use.

Pros and cons: WD Black SN8100

Pros: Fastest sequential speeds of the three, pricing has stayed closest to 2025 launch levels, available up to 8TB, strong thermal management in independent testing.
Cons: Trails Samsung on random write IOPS, no bundled heatsink on base SKU.

Pros and cons: Samsung 9100 Pro

Pros: Best random write IOPS of the three, official heatsink-equipped SKU available, strong brand reliability track record from the 990 Pro lineage.
Cons: Price has more than doubled since March 2025 launch, worst value-per-dollar of the three drives by a wide margin.

Pros and cons: Crucial T710

Pros: Competitive sequential speeds, 2TB pricing has risen the least in percentage terms among the three, shares the same proven SM2508 controller as the SN8100.
Cons: 4TB model has seen a steep price jump to $725, Micron/Crucial hasn’t published detailed random IOPS figures, less third-party review coverage than its two rivals.

International pricing: how the gap looks outside the US

The pricing story isn’t unique to the US market. European price-tracking data from Idealo showed the Samsung 9100 Pro 2TB starting around €359 in August 2026, while the Crucial T710 2TB tracked closer to €308-€330 over the same period — a gap that mirrors the roughly $400 spread seen in US dollar pricing, adjusted for currency and regional VAT differences. That consistency across markets is a useful signal: the price divergence between these three drives isn’t a US retailer pricing quirk or a temporary promotional gap, it’s a structural difference in how each manufacturer has responded to the same global NAND shortage. Shoppers outside the US comparing these three drives should expect the same relative ranking — WD Black SN8100 as the value leader, Samsung 9100 Pro carrying the steepest premium, Crucial T710 in between — even if the exact currency conversion shifts slightly by region and retailer.

The verdict: which drive should you buy

Based on the data gathered for this comparison, the WD Black SN8100 is the clearest value pick in August 2026. It posts the fastest sequential numbers of the three, its pricing has barely moved since its 2025 launch, and it’s available in capacities up to 8TB for buyers who want headroom. At roughly $280 for 2TB against Samsung’s $680, the SN8100 delivers the bulk of the 9100 Pro’s real-world performance for well under half the price.

The Samsung 9100 Pro only makes sense today for buyers who specifically need its random write IOPS edge, or who already trust the Samsung ecosystem and Magician software enough to pay the premium. At current pricing, it’s difficult to recommend on value grounds alone. The Crucial T710 lands in an awkward middle position: reasonable at 2TB, but its 4TB pricing has crept close enough to Samsung’s premium tier that the case for choosing it over the SN8100 has weakened through 2026.

None of these prices are likely to come back down soon. With TrendForce projecting NAND contract prices to keep climbing through at least 2027, buyers who need a Gen5 drive now are better off locking in a purchase than waiting for a correction that industry analysts don’t expect for another year or more. If your build or PS5 doesn’t strictly need PCIe 5.0 speeds today, holding onto a PCIe 4.0 drive for another product cycle and revisiting this market once supply stabilizes is a defensible choice too — but for anyone buying now, the WD Black SN8100 is the drive that makes the shortage sting the least.

WD Black SN8100 vs Samsung 9100 Pro vs Crucial T710: quick comparison

Category	Winner
Raw sequential speed	WD Black SN8100
Random write IOPS	Samsung 9100 Pro
Best value per dollar (2TB)	WD Black SN8100
Price stability since 2025	WD Black SN8100
Maximum capacity	WD Black SN8100 (8TB)
PS5-ready heatsink SKU	Samsung 9100 Pro

Frequently asked questions

Which is faster: WD Black SN8100 or Samsung 9100 Pro?

The WD Black SN8100 posts higher sequential read speeds (14,900 MB/s versus 14,700-14,800 MB/s) and higher sequential write speeds (14,000 MB/s versus 13,400 MB/s). The Samsung 9100 Pro leads on random write IOPS at 2.6 million versus the SN8100’s 2.4 million, which can matter more for everyday responsiveness than sequential throughput.

Why is the Samsung 9100 Pro so much more expensive than the WD Black SN8100?

Samsung’s own US pricing shows the 9100 Pro 2TB at $679.99 in August 2026, up from a $319.99 launch price in March 2025 — a 112% increase. WD Black SN8100 pricing, by contrast, has stayed close to its original $279.99 launch price for the 2TB model. Both drives are subject to the same 2026 NAND shortage, but manufacturer pricing strategies have diverged sharply.

Do I need a heatsink for these drives on PS5?

Yes. All three drives run hot enough under sustained PCIe 5.0 loads that Sony’s PS5 storage requirements call for an actively-cooled heatsink. Samsung sells a heatsink-equipped 9100 Pro SKU specifically for this use case; WD Black SN8100 and Crucial T710 buyers typically need to add a compatible third-party heatsink separately.

What caused the 2026 SSD price increases?

According to TrendForce, AI server and data-center demand pushed memory manufacturers — Samsung, SK Hynix, and Micron — to redirect wafer production toward High Bandwidth Memory (HBM) for AI accelerators, starving conventional DRAM and NAND flash output. Client SSD contract prices rose at least 40% quarter-over-quarter in Q1 2026, with NAND flash contract prices projected to rise a further 70-75% QoQ in Q2 2026.

Is the Crucial T710 worth buying in 2026?

At 2TB, the Crucial T710 remains a reasonable middle-ground option with pricing that has risen less dramatically than Samsung’s. At 4TB, its jump to roughly $725 in August 2026 pricing trackers puts it close enough to premium territory that the WD Black SN8100 is the stronger buy at that capacity.

Will Gen5 SSD prices come back down?

TrendForce does not expect meaningful NAND and DRAM capacity relief until late 2027 or 2028, since manufacturers have committed wafer capacity to AI-driven HBM production for the foreseeable future. Buyers waiting for a price correction on Gen5 SSDs should expect current pricing to persist well into 2027.

Which drive should I buy for a gaming PC build in 2026?

For most gaming builds, the WD Black SN8100 offers the best combination of top-tier sequential speed, stable pricing, and capacity options up to 8TB. Buyers specifically optimizing for random-access responsiveness, or who want an official PS5 heatsink SKU, may still find the Samsung 9100 Pro worth its premium.

Does DirectStorage make PCIe 5.0 drives worth buying today?

Not yet for most players. Microsoft’s DirectStorage API is designed to take advantage of the higher bandwidth and lower CPU overhead these Gen5 drives offer, but most current game engines haven’t been rebuilt around it. Buyers upgrading today are largely paying for future-proofing and non-gaming workloads like video editing rather than an immediate jump in game-load times over a good PCIe 4.0 drive.

How much data can these drives write before wearing out?

All three drives rate their 2TB models at 1,200 TBW and their 4TB models at 2,400 TBW. A typical gaming and productivity user writes 20-40TB per year, meaning these drives should comfortably outlast their 5-year warranty period before approaching their rated endurance ceiling under normal use.