No, Optane SSD isn’t worth buying for new deployments. Intel discontinued the Optane line in 2022 and ended support in 2025. For most businesses today, a PCIe NVMe SSD delivers the speed Optane promised, at a fraction of the original cost.
TL;DR Intel discontinued Optane in 2022 and ended support in 2025, and the memory behind it is gone for good. Don’t buy Optane for new systems. For fast storage today, use a PCIe NVMe SSD. Choose a SATA SSD when budget matters more than speed, and keep HDDs for bulk backup and archives. If you already run Optane, keep it backed up and replace it on your normal refresh cycle.
Back in 2017, Intel’s Optane SSD looked like the future of storage. It sat between RAM and a normal drive, promising near memory speeds with the persistence of disk. The technology was real, and for a narrow set of workloads it was genuinely fast. The market, however, didn’t follow. This guide explains what happened to Optane, whether the drives you may still find are worth running, and what to buy instead. If you would rather hand the decision to a partner, our managed IT services team plans hardware refreshes end to end.
What happened to Intel Optane
Intel wound down its entire Optane memory business in 2022. On its second quarter earnings call that July, Intel disclosed a 559 million dollar inventory write off tied to the exit, and confirmed it would stop developing new Optane products, as Tom’s Hardware reported. Intel said it would keep shipping and supporting existing parts through 2025, as Neowin noted, so the line is now fully end of life.
The underlying memory, called 3D XPoint, was co developed by Intel and Micron. Micron left first. It pulled the plug on 3D XPoint development in 2021, as The Register reported, and sold its Lehi, Utah fab to Texas Instruments for 900 million dollars. Once both manufacturers exited, Optane had no path forward. There’s no 2026 successor product and no replacement supply of the memory itself.
Honestly, Optane was a clever idea that showed up without a market big enough to sustain it. The performance was real, but the price and the narrow set of use cases never justified mass production.
Should you still use an Optane drive you already own
If you have Optane drives running in production today, you don’t need to rip them out tomorrow. They still work. The risk is support and replacement, not sudden failure. Intel support has ended, firmware updates have stopped, and you can’t buy new units to expand or replace a failed drive at scale.
Treat any remaining Optane hardware as a depreciating asset. Keep it for the specific low latency workload it was bought for, make sure that data is backed up elsewhere, and plan its replacement on your normal hardware refresh cycle rather than as an emergency. Buying used Optane on the secondary market for a new project is a poor bet, because you inherit dead end hardware with no warranty and no resupply.
What to buy instead in 2026
The good news is that the gap Optane filled has mostly closed. Modern PCIe NVMe SSDs are far faster than the SATA SSDs of 2017, and the price per gigabyte has dropped sharply. Here is how the realistic options compare for a business buyer today.
| Storage type | Speed | Cost per GB | Best for |
|---|---|---|---|
| PCIe NVMe SSD | Fastest available | Higher | Databases, virtualization, analytics, new servers and workstations |
| SATA SSD | Fast | Low | Boot drives, general business apps, older systems without NVMe slots |
| HDD | Slow | Lowest | Backups, archives, large media libraries |
| Optane SSD | Fast, low latency | Discontinued | Nothing new, end of life since 2025 |
PCIe NVMe SSD, the default choice
NVMe drives connect directly to the PCIe bus instead of the older SATA interface, so they clear the bottleneck that made SATA SSDs feel slow. A current PCIe Gen4 NVMe drive reads several gigabytes per second and handles the high queue depth workloads, like databases, virtualization, and analytics, that Optane was originally pitched for. For almost every new server or workstation, this is the right starting point.
SATA SSD, the budget all rounder
SATA SSDs are slower than NVMe but still vastly quicker than a spinning disk, and they remain inexpensive. They’re a sensible fit for boot drives, general business applications, and older systems that don’t have spare NVMe slots. If a workload doesn’t need extreme throughput, a SATA SSD saves money without the frustration of a hard drive.
HDD, for bulk and archive only
Hard disk drives still win on cost per terabyte, which keeps them relevant for backups, archives, and large media libraries that are read occasionally. They’re slow to boot, noisier, and more vulnerable to mechanical failure, so they belong behind an SSD, not in front of users. A common and cost effective design pairs an NVMe or SATA SSD for the operating system and active data with a high capacity HDD for cold storage.
The practical takeaway for business storage
For a 2026 refresh, the playbook is simple.
- Put your operating system and active workloads on a PCIe NVMe SSD.
- Use SATA SSDs where budget matters more than raw speed.
- Keep HDDs for bulk backup, archives, and cold storage.
- Pair an SSD for active data with an HDD for capacity.
- Don’t buy Optane or 3D XPoint hardware for any new deployment.
Whatever the media, the drive is only half the job. A storage plan without tested backups and a recovery process is a risk waiting to surface, and that’s true no matter how fast the hardware is. If data protection is the real concern, see how we approach cybersecurity and data protection.
Get storage advice that fits your business
Picking drives is easy once you know the workload, the budget, and the recovery requirements behind them. Uprite helps businesses across Texas choose, deploy, and maintain the right storage instead of overpaying for hardware they don’t need. Talk to an Uprite IT expert about your storage and infrastructure plan.
Optane and SSD questions, answered
Is Intel Optane discontinued?
Yes. Intel began winding down the Optane business in 2022 and ended support in 2025. Both companies that made the underlying 3D XPoint memory, Intel and Micron, have exited, so there is no successor.
Can I still use my existing Optane drives?
Existing Optane drives keep working, but support and firmware updates have stopped and you cannot buy new units at scale. Run them for their original workload, keep that data backed up, and plan replacement on your normal refresh cycle.
What replaced Optane for fast storage?
PCIe NVMe SSDs filled the gap. Modern NVMe drives are far faster than the SATA SSDs of 2017 and have dropped sharply in price, covering most of the low latency workloads Optane was built for.
NVMe SSD or SATA SSD, which should I choose?
Choose NVMe when speed matters, for databases, virtualization, and analytics. Choose SATA SSD when budget matters more than raw throughput, or when a system has no spare NVMe slot. Both beat a hard drive for everyday performance.
Do hard drives still have a place in 2026?
Yes, for bulk storage. HDDs remain the cheapest option per terabyte, which keeps them useful for backups, archives, and large media libraries. A common setup pairs an SSD for active data with an HDD for cold storage.
How do I pick the right storage for my servers?
Start from the workload, the budget, and the recovery requirement, not the spec sheet. An IT partner can match drive type and capacity to how your applications actually behave. Uprite scopes storage this way for businesses across Texas.
About the author
Stephen Sweeney is President and CEO of Uprite Services, a Houston based managed IT and cybersecurity firm serving businesses across Texas. He holds an MBA from the University of Virginia and has led Uprite for nearly a decade, focused on helping companies make practical technology decisions without overspending. Read more from Stephen Sweeney.
