That 4TB Samsung SSD you bought for $329 in late 2024? It’s listed at over $1,000 now. Same drive, same retailer, three times the price.

If you think that’s an outlier, it isn’t. A SanDisk 4TB portable drive went from $328 to $800. A PlayStation 5 storage upgrade stick — the kind you’d grab without thinking — jumped from $60 to $180. Across the board, SSDs have doubled or tripled in price since mid-2025, and every forecast says it’s going to get worse before it gets better.

For audio professionals working with large sessions, sound libraries, and multi-format deliverables, this isn’t an abstract tech industry problem. It’s a line item that just tripled.

What happened to SSD prices

The short version: AI ate the supply chain.

NAND flash — the memory chips inside every SSD — saw contract prices rise 33-38% in Q4 2025, then another 85-90% in Q1 2026. TrendForce is forecasting an additional 70-75% increase in Q2 2026. Over nine months, the cumulative price multiplier hit 4.2 to 4.5x. Kingston reported that NAND prices rose 246% since the start of 2025, with 70% of that increase concentrated in the last 60 days alone.

The cause is structural, not cyclical. Google, AWS, Microsoft, Meta, and OpenAI are building AI data centers at a pace that’s consuming roughly 60% of global NAND production. AI servers require 10 to 50 times more storage than traditional servers, and OpenAI alone reportedly pre-ordered around one exabyte of NAND. Meanwhile, Samsung and SK Hynix are diverting factory capacity from consumer SSDs toward high-bandwidth memory for AI chips. Samsung’s wafer production is projected to drop from 4.9 million in 2025 to 4.7 million in 2026.

Phison’s CEO confirmed in early 2026 that all NAND production for the year was already sold out, and warned of a “pricing apocalypse” extending through 2027. New fabrication plants take two to three years to build. There is no quick fix coming.

What this means for audio work

If you work in post-production, music production, or sound design, storage is not optional overhead — it’s a core production cost. A single Dolby Atmos session can easily run 20-40GB. A well-stocked SFX library sits in the hundreds of gigabytes. Archival drives full of project sessions stack up fast.

At 2024 prices, a 4TB drive cost roughly $300. At today’s prices, replacing that same drive costs $900-1,100. If you need multiple drives — one for active projects, one for libraries, one for backup — you’re looking at thousands of dollars more than it would have cost eighteen months ago.

And it’s not just the drives you’re buying. It’s the cloud storage, the backup services, the NAS arrays. Everything that touches NAND flash is more expensive, and the audio industry’s habit of working in stereo-by-default means a lot of that expensive storage is holding files that are literally twice as large as they need to be.

The dual mono problem is now a money problem

Here’s where this connects to something you can actually control.

A dual mono file is a stereo WAV where both channels carry identical audio. It looks stereo. Your DAW treats it as stereo. But it’s a mono signal taking up twice the disk space. This happens constantly — with sample libraries, stem handoffs, field recordings, SFX packs, and any session where stereo was the default export format.

In a typical session, anywhere from 20% to 60% of “stereo” files are actually dual mono. Every one of those files is double the size it should be.

When a 4TB drive cost $300, this was an annoyance. When that same drive costs $1,000, it’s money you’re burning on empty data.

Real savings on real sessions

MonoMate users working on Dolby Atmos sessions have reported reclaiming 6GB or more per session by converting dual mono files to true mono. That’s not a theoretical number — that’s actual space recovered from sessions that were already “done.”

Think about what 6GB per session means at scale. If you’re a mix engineer handling 20 Atmos projects a year, that’s 120GB recovered. If you’re managing a post house with multiple engineers, multiply that again. And that’s just active sessions — it doesn’t account for cleaning up your SFX libraries, sample collections, and archived projects.

At current SSD prices, every gigabyte you reclaim has a real dollar value. A rough back-of-napkin calculation: at $0.25 per gigabyte (which is where 4TB NVMe drives sit right now), reclaiming 6GB per session across 50 sessions saves you the equivalent of $75 in storage costs. Clean up a 500GB SFX library where half the files are dual mono, and you’re recovering 250GB — $62 in storage you no longer need to buy. These numbers compound across every drive, every backup, every cloud sync.

The math was always there. The SSD crisis just made it impossible to ignore.

What you can do right now

You can’t control NAND supply chains or AI data center demand. But you can control how efficiently you use the storage you have.

Audit your existing libraries. Drag your SFX folders, sample packs, and stem archives into MonoMate. The analysis is instant — you’ll see exactly how many files are dual mono and how much space you’ll recover by converting them. Most people are surprised by the results.

Clean sessions before archiving. Before you shelve a finished project, run the session folder through a dual mono check. The files you archive are the files you’ll back up repeatedly for years. Halving the size of unnecessary stereo files pays dividends every time that archive gets copied, synced, or moved to a new drive.

Set a standard for incoming files. When you receive stems, SFX deliveries, or library purchases, check them on intake. It takes seconds and prevents dual mono files from multiplying across your storage.

Rethink your export defaults. If a track is mono — a DI bass, a centered vocal, a spot effect — export it as mono. This one habit change, applied consistently, reduces your storage footprint from the moment of creation.

None of this requires new hardware or a bigger budget. It requires paying attention to what’s actually in your files — which is exactly the kind of optimization that matters when every gigabyte costs three times what it did last year.

SSD prices aren’t coming back to 2024 levels anytime soon. The industry consensus points to late 2027 at the earliest for meaningful relief, and even that depends on new fabrication plants coming online and AI demand stabilizing — neither of which is guaranteed.

The storage you have is more valuable than it’s ever been. Use it on actual audio data, not duplicate channels.

Try MonoMate free at monomate.app.