Performance Reference
SSD: a word that no longer narrows anything down
Two plans both say SSD, one costs twice as much, and the spec sheet will not tell you why.
The short answer
An SSD stores data in flash with no moving parts, which removed the seek time that made mechanical drives the bottleneck in every database-heavy workload.
As a buying signal, though, the term has expired. Serious hosting has been entirely off spinning disks for years, so SSD on a spec sheet no longer separates anything from anything. The question that still discriminates is which bus the flash is on: SATA, which was designed around mechanical drives, or PCIe with NVMe, which was not.
By the HostingFast team · Reviewed 12 August 2026
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The generational split is real and it is not subtle. SATA inherited a command set and a bus written for platters, and it tops out at around six gigabits per second with a single shallow queue. NVMe over PCIe was designed for flash from the start: many deep queues serviced in parallel, with latency an order of magnitude lower on the small random reads a website actually makes.
So the same three letters cover hardware from two different decades. When you are comparing plans, treat SSD as the beginning of the question rather than the answer to it.
One acronym, two decades of hardware
A SATA SSD fitted in the early part of the last decade is still an SSD, still enormously faster than the mechanical drive it replaced, and still a generation behind current flash. Nothing about the label distinguishes it from a drive bought last month.
That is why price and wording together are the tell. A premium plan advertising nothing more specific than SSD is usually describing a refresh cycle somebody let slip, and the sites on it will feel it most in uncached admin work.
The bus is the tell
Ask what the storage is attached to, not what it is made of. NVMe stated explicitly means PCIe and parallel queues. SATA SSD is honest and dated. Network or cloud storage is a different trade again: resilient and flexible, generally with more latency than a local drive, which suits some workloads and punishes database-heavy ones.
Then ask whether it applies to every plan. Current storage held back for the top tier tells you what the rest of the fleet looks like.
Wear exists and is mostly somebody else's problem
Flash cells accept a finite number of writes, which sounds alarming and rarely is. Enterprise drives are specified with endurance ratings that comfortably exceed a hosting workload, wear levelling spreads writes across the whole device, and monitoring flags a drive long before it becomes interesting.
The design answer sits above the drive anyway. RAID means one failure is not an outage, and daily backups mean whatever eventually happens to a drive does not have to happen to your data. Both run on every plan here, with restores available from the panel in a click.
Reading a plan comparison properly
Storage class first, then capacity, then what else the tier gives you. Here it is NVMe under every plan with LiteSpeed in front: Sprint at $2.42 a month for 10 GB and one site, Turbo at $4.66 for 20 GB and 25 sites, both billed annually. The hardware does not improve as you climb; the room does.
Neighbouring entries: NVMe, Disk Space, Database and Dedicated Server.
Buying signals, spelled out
Some specifications tell you about the platform and some are there to fill a table. These entries mark which is which, because the difference is usually worth more than the feature list it sits in.
NVMe storage under every tier here with LiteSpeed caching in front, plus daily backups and self-service restores from the panel.
- Specs ranked by what they reveal
- Dated wording called out
- Plan figures quoted exactly
- Written by our support engineers
Why HostingFast
Standard on every plan
An expired buying signal
Every serious host left spinning disks years ago, so SSD alone no longer separates two plans.
Ask about the bus
SATA versus PCIe with NVMe is the difference that survives, and it is the question to put in writing.
Network storage flagged
Resilient and flexible, usually with more latency than a local drive — which punishes database work.
Wear in proportion
Endurance ratings, wear levelling and monitoring make wear-related failure a rarity, not a risk to plan around.
The layer above the drive
RAID stops a failure being an outage; daily backups stop it being your problem.
Plan figures quoted
Sprint at $2.42 for 10 GB and one site, Turbo at $4.66 for 20 GB and 25, on the same storage class.
Quick Start
From order to online
- 1
Ask which bus, in writing
NVMe over PCIe or SATA. A host that will not answer that plainly has answered it anyway.
- 2
Check it covers every tier
Current storage reserved for the expensive plans tells you what is under the cheaper ones.
- 3
Confirm the layer above
RAID and daily backups matter more to your data than the endurance rating of any individual drive.
Built In
Loaded onto every plan
- SSH, Git and Composer on the developer-focused plans
- Per-site PHP version switching from the control panel
- NVMe SSD storage on every tier, not just the expensive ones
- Staging environments for testing changes before they ship
- cPanel — the control panel most of the industry already runs
- WordPress Toolkit, with updates handled for you
- 99.9% uptime as the target, monitored around the clock
- Spam and virus screening on every mailbox as standard
- A renewal price identical to the price you signed up at
- Year one of your domain free when you order annually
Frequently Asked
What people ask us most often
If a host only says SSD, what should I ask next?
Whether the flash is on SATA or on PCIe with NVMe, and whether that applies to every plan or only the top ones. Those two answers tell you more than the rest of the feature list combined. If the reply is vague, treat the vagueness as the answer: a host running current hardware has no reason to be coy about it.
What actually happens when a drive fails under my account?
Nothing you would notice, in the normal case. Storage is arranged so a single drive failing does not take data with it, monitoring flags degradation before failure, and daily backups sit behind that as the second line. Restores are self-service from the panel, file or database, without opening a ticket.
Is a SATA drive ever the right choice?
For bulk that nobody is waiting on — archives, backup retention, media libraries served through a CDN — cheap capacity beats low latency and the older bus is perfectly sensible. It is the wrong choice for anything a database sits on, which on a hosting account means the part your visitors are actually waiting for.
How much storage do the plans give, and what fills it?
Sprint carries 10 GB with one site and 25 MySQL databases at $2.42 a month; Turbo carries 20 GB with 25 sites and 50 databases at $4.66, both billed annually. What fills it is usually uploads and backups rather than code, and on image-heavy sites the practical limit is often file count rather than gigabytes.
Keep reading
NVMe
Flash over PCIe with deep parallel queues, and why sequential throughput is the wrong number.
Database
Structured storage for content, users and orders, and where its latency actually comes from.
How to Test Your Website Speed
Splitting a response time into its four parts and fixing the one that is costing you.
WordPress Hosting
Managed WordPress on LiteSpeed, with staging copies and daily backups included.
Secure Hosting
Imunify360, isolated accounts and hardened defaults, without a tuning project attached.
Changing hosts? Run through our checklist first.
A straightforward sequence for a switch your visitors never feel: which files move first, how to shift email across without losing a single message, the right moment to repoint DNS, and the two mistakes behind almost all the downtime we get asked to rescue.
Buy the current generation, on every tier.
NVMe under all plans with LiteSpeed in front, daily backups, free migration and no setup fee.
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