That old 128GB NVMe SSD in your junk drawer has 5 better uses than storage


If you were an early NVMe adopter or just like pulling apart old laptops for parts, you’ve probably got one or two tiny 64GB or 128GB NVMe SSDs lying around. They’re too small to realistically use as primary storage in a modern desktop or laptop, but it’s also hard to justify leaving them unused in a drawer—and they don’t exactly make for good “cold” storage anyway.

As it turns out, there are a surprising number of situations where raw NVMe speed matters far more than capacity. Here are just a few ways you can put that old NVMe drive to work.

Turn it into a high-speed external SSD using an NVMe enclosure

Fast portable storage that beats any regular thumb drive

NVMe SSDs rely on ultra-fast M.2 PCIe slots to deliver maximum performance. Unfortunately, a typical consumer machine has a very limited number of these—most motherboards, laptops, and mini PCs provide just one or two, which are usually easy to fill with higher-capacity drives.

Fortunately, there’s a way around this by using an enclosure, which converts that high-speed M.2 NVMe connection into a USB-C interface that you can plug into almost anything. USB4 enclosures are the fastest, but since you’re likely working with older or lower-capacity NVMe drives, a cheap USB 3.2 Gen 2 enclosure makes a lot of sense. Even at 10Gbps, it’ll technically bottleneck NVMe speeds slightly, but you can still expect pretty fast transfer speeds of up to 1,250MB/s.

UGREEN M.2 USB Enclosure

Speed

10Gbit

Connection

USB-C

The UGREEN M.2 NVMe SSD Enclosure is perfect for assembling your own USB SSD at home. It offers 10Gbps transfer rates over USB 3.2 Gen 2, and accepts both M and M&B key M.2 PCIe SSDs. With a USB-C interface, it’ll easily hook into your desktop or laptop to provide you with fast portable storage anywhere you go.


Once installed in the enclosure, the NVMe effectively becomes a flash drive on steroids. It’s significantly faster than USB sticks and handles sustained transfers much better than even high-end flash drives. That makes it ideal for moving large files between machines without relying on the internet or a local network.

The enclosure also helps keep the NVMe relatively cool and protects it from minor knocks and drops, turning it into a compact, high-speed grab-and-go drive for projects, media, and general file transfers.


A an opened DIY external SSD showing a Samsung 850 EVO SATA SSD inside it lying on a table.


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Building your own external SSD is straightforward, but a few common mistakes can ruin the experience.

Run a lightweight homelab or self-hosted services from it

A compact base for a personal server

A laptop with an external hard drive operating as a NAS. Credit: Ismar Hrnjicevic / How-To Geek

128GB doesn’t sound like much in the context of a modern Windows machine, but in a headless homelab server, it can be complete overkill. I recently turned an old laptop with a 128GB NVMe SSD into a DIY NAS and self-hosted media machine, and, believe it or not, the drive sits almost empty.

This is because all the NVMe SSD needs to store is a relatively light Linux Ubuntu Server OS and several Docker containers like Jellyfin, Home Assistant, and Immich, as well as any potential cache, while my external HDD is what stores the actual files.

Most self-hosted apps take up less than a gigabyte, so even if you’ve got 50 of them installed alongside your OS, you’re unlikely to run out of storage on a small-capacity NVMe.

If you’ve got a mini PC or laptop lying around and would like to spin up a homelab, a small NVMe SSD is realistically all you’re going to need. And if the machine already has a larger NVMe inside it, you could replace it with a small NVMe and sell or use the large one as a secondary drive in one of your main machines.

Install and carry a portable Linux operating system

A full OS you can boot anywhere, anytime

The flashdrive included with the Kubuntu Focus Ir14 laptop, plugged in. Credit: Hannah Stryker / How-To Geek

If you’ve always wanted an easy way to carry your own setup around but didn’t know how to do it, the answer could be that small-capacity NVMe SSD.

There are a few good reasons to install a portable Linux OS on it. You can use it for troubleshooting other people’s machines, development work, or just to have your own setup in your pocket that you can plug into almost any machine in a few minutes.

You technically don’t need to put the SSD into an enclosure for this to work, but it’s a lot more convenient if you do use one, as most modern machines support USB booting. And if you’ve used a thumb drive for this before, you’ll instantly notice how much faster an SSD-based setup is.


Tux, the Linux mascot, wearing sunglasses and pointing at large 3D terminal symbol.-1


How installing Linux on a USB drive made every PC as comfortable as my own

There’s no OS like home.

Use it as a dedicated scratch disk for fast transfers and temporary work files

Keep active workloads off your main drive

A small NVMe drive likely doesn’t have the capacity your workload demands. If you work with large video files, you’ll run out of space before you finish even a single project.

However, sometimes you just need a small amount of scratch space for temporary projects. In addition to storing my OS and apps, I also use that 128GB SSD in my laptop NAS for transferring small files between my phone and PC. It’s way faster than using a hard drive, especially because I don’t have to wait for it to spin up, and it’s also more convenient than transferring files directly to my PC since it doesn’t need to be turned on for that to work.

If you don’t have a NAS, you could try using an enclosure and plugging it into your router’s USB port to see if it works as a makeshift NAS. Alternatively, just plug it into an empty M.2 slot if you have one in your machine to keep your main drive less cluttered.

Store all your favorite lightweight games

A small but lightning-fast game library

A box of floppy disks, locked with a key. Credit: Wolfgang Stief/Wikimedia Commons

Remember when games could be stored on tiny 1.44MB floppy disks? As it turns out, there are still plenty of smaller indie games on Steam that only take up a few gigabytes of space, if even that. This can be a perfect use case for a small NVMe SSD, as it’s all you need to create a curated selection of lighter games.

Once again, you can use an enclosure to keep this game library portable without sacrificing performance when playing directly off the SSD, or you can just use a spare M.2 slot if your PC has one. In fact, you might even be able to fit an older game or an esports title or two on that drive. You should never turn down extra space for games!

Even a small NVMe drive can still be surprisingly useful

If you’ve got an old NVMe lying around, you should stop treating it like outdated hardware just because it’s not large enough for a main drive anymore. With a bit of creativity, that old NVMe could easily turn into a snappy boot drive for your NAS or a powerful portable drive that transfers files between machines much faster than even doing it over LAN.



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In short: Accel has raised $5 billion in new capital, comprising a $4 billion Leaders Fund V and a $650 million sidecar, targeting 20-25 late-stage AI investments at an average cheque size of $200 million. The raise follows standout returns from its Anthropic stake (invested at $183B, now valued near $800B) and Cursor (backed at $9.9B, now reportedly around $50B), and lands in a Q1 2026 venture market that deployed a record $297 billion.

Accel, the venture capital firm behind early bets on Facebook, Slack, and more recently Anthropic and Cursor, has raised $5 billion in new capital aimed squarely at AI. The raise, reported by Bloomberg, comprises $4 billion for its fifth Leaders Fund and a $650 million sidecar vehicle, positioning the firm to write average cheques of around $200 million into late-stage AI companies globally.

The fund lands in a venture capital market that has lost any pretence of restraint. Q1 2026 saw $297 billion flow into startups worldwide, 2.5 times the total from Q4 2025 and the most venture funding ever recorded in a three-month period. Andreessen Horowitz has raised $15 billion. Thrive Capital has closed more than $10 billion. Founders Fund is finishing a $6 billion raise. Accel’s $5 billion is substantial but not exceptional in a market where the biggest funds are measured in the tens of billions.

The portfolio that made the pitch

What distinguishes Accel’s fundraise is the portfolio it can point to. The firm invested in Anthropic during its Series G at a $183 billion valuation. Anthropic has since closed a round at $380 billion and is now attracting offers at roughly $800 billion, meaning Accel’s stake has more than quadrupled in value in a matter of months. Anthropic’s annualised revenue has hit $30 billion, a trajectory that no company in history has matched.

The firm’s bet on Cursor has been similarly well-timed. Accel backed the AI code editor in June 2025 at a $9.9 billion valuation. By November, Cursor had raised again at $29.3 billion. By March 2026, the company was reportedly in discussions at a valuation of around $50 billion. For a developer tool that barely existed two years ago, the appreciation is extraordinary.

Accel’s broader AI portfolio extends beyond these two headline positions. The firm has backed Vercel, the frontend deployment platform; n8n, an AI-powered automation tool; Recraft, a professional design platform; and Code Metal, which builds AI development tools for hardware and defence applications. In March 2026, Accel launched an Atoms AI programme in partnership with Google’s AI Futures Fund, selecting five early-stage companies from what it described as a global applicant pool focused on “white space” opportunities in enterprise AI.

The Leaders Fund model

Accel’s Leaders Fund series is designed for later-stage investments, the kind of large cheques that growth-stage AI companies now require. With an average investment size of $200 million and a target of 20 to 25 deals from the new $4 billion fund, the strategy is concentrated: a small number of high-conviction bets on companies that have already demonstrated product-market fit and are scaling revenue.

This is a different game from traditional venture capital. At $200 million per cheque, Accel is competing less with seed and Series A firms and more with the mega-funds, sovereign wealth funds, and corporate investors that have flooded into late-stage AI. The firm’s argument is that its early-stage relationships and technical evaluation capabilities give it an edge in identifying which companies deserve capital at scale, and in securing allocations in rounds that are massively oversubscribed.

Founded in 1983 by Arthur Patterson and Jim Swartz, Accel built its reputation on what the founders called the “prepared mind” approach, a philosophy of deep sector research before investments materialise. The firm’s most famous prepared-mind bet was its 2005 investment of $12.7 million for 10% of Facebook, a stake worth $6.6 billion at the company’s IPO seven years later. The question now is whether Accel’s AI bets will produce returns of comparable magnitude.

What the market is pricing

The sheer volume of capital flowing into AI venture funds reflects a market consensus that artificial intelligence will be the dominant technology platform of the next decade. The numbers are difficult to overstate. OpenAI raised $120 billion in 2026. Anthropic has raised more than $50 billion. xAI closed $20 billion. Waymo secured $16 billion. These are not venture-scale numbers; they are infrastructure-scale capital deployments that would have been unthinkable outside of telecommunications or energy a decade ago.

For limited partners, the investors who commit capital to venture funds, the logic is straightforward: the returns from AI’s winners will be so large that even paying premium valuations will generate exceptional multiples. Accel’s Anthropic position, where a single investment has appreciated several times over in months, is exactly the kind of outcome that makes LPs willing to commit $5 billion to a single firm’s next fund.

The risk is equally visible. Venture capital is a cyclical business, and the current fundraising boom has the characteristics of a cycle peak: record fund sizes, compressed deployment timelines, and a concentration of capital in a single sector. The last time venture capital raised this aggressively, during the 2021 ZIRP era, many of those investments were marked down significantly within two years. AI’s commercial traction is far stronger than the crypto and fintech bets that defined that earlier cycle, but the valuations being paid today leave little margin for error.

The concentration question

Accel’s fund also highlights a structural shift in venture capital. The industry is bifurcating into a small number of mega-firms that can write cheques of $100 million or more and a long tail of smaller funds that compete for earlier-stage deals. The middle ground, the traditional Series B and C investors, is being squeezed by mega-funds moving downstream and by AI companies that skip traditional funding stages entirely, going from seed round to billion-dollar valuations in 18 months.

For a firm like Accel, which operates across offices in Palo Alto, San Francisco, London, and India, the $5 billion raise is a bet that it can maintain its position in the top tier as fund sizes inflate and competition for the best deals intensifies. Its portfolio of 1,199 companies, 107 unicorns, and 46 IPOs provides a track record. But in a market where Anthropic alone could generate returns that justify an entire fund, the temptation to concentrate bets on a handful of AI winners is strong, and the consequences of getting those bets wrong are correspondingly severe.

The broader picture is that AI venture capital has entered a phase where the funds themselves are becoming as large as the companies they once backed. Accel’s $5 billion raise would have made it one of the most valuable startups in Europe just a few years ago. Now it is table stakes for a firm that wants to participate meaningfully in the rounds that matter. Whether this represents rational capital allocation or the peak of a cycle that will eventually correct is the question that every LP writing a cheque today is, implicitly or explicitly, answering in the affirmative.



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