Performance Reference
NVMe: the queues matter more than the headline throughput
Your uncached admin screens are slow and you cannot tell whether that is PHP, the database or the disk underneath.
The short answer
NVMe is flash storage connected over PCIe using a protocol designed for flash, which gives it very low latency and, more importantly, the ability to handle thousands of requests in parallel.
That second property is the one that matters for a website. Serving a page is not one big sequential read; it is a scatter of small random reads across a database and a file tree. Deep parallel queues are exactly what that workload needs, and they are what the older SATA path, designed around a spinning platter and a moving head, could never provide.
By the HostingFast team · Reviewed 12 August 2026
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Engineers on the desk
Unpack the name and the design is right there. Non-Volatile Memory Express replaced a command set written for mechanical drives with one written for flash: many queues, deep, all serviced at once, with latency measured in microseconds instead of milliseconds.
The number vendors put on the box is sequential throughput, which is close to irrelevant here. Nothing on a hosting account reads a gigabyte in one continuous run. What you care about is how quickly the drive answers thousands of small scattered reads while dozens of other requests are asking for their own, and that is a queue-depth question.
The number on the box is the wrong number
Sequential throughput describes copying a large file. Your database describes the opposite workload: 4 KB reads all over an index, arriving from several processes at the same time. A drive that looks similar on a throughput chart can be an order of magnitude apart on that job.
If you want the honest figure for a machine you control, measure random reads at a realistic queue depth with a benchmarking tool, not a file copy. If you are buying shared hosting, you cannot run that test, which is why the spec sheet wording carries so much weight.
Where you will actually feel it
Uncached requests, and above all wp-admin. A dashboard screen is a burst of queries; a plugin list is another; a WooCommerce order search is another still. None of those are cached, all of them are storage-bound in part, and the difference between microseconds and milliseconds per read compounds across hundreds of them.
A fully cached logged-out page, by contrast, barely touches the disk at all. Nobody should expect NVMe to move the number for a page that is being served from memory — and if someone promises that, they are selling hardware to solve a caching problem.
Reading a hosting spec sheet properly
The word to look for is NVMe, stated explicitly. Storage described only as SSD may be anything from current flash to a SATA drive fitted years ago, because the term stopped narrowing things down around a decade back. Cloud storage or network storage on a spec sheet is a different trade again: resilient, and usually further away in latency terms than a local drive.
Also look at whether it applies to every plan or only the expensive ones. NVMe held back for the top tier tells you something about the rest of the estate.
What you get here, on every tier
NVMe storage on all of them, not just the premium ones, with LiteSpeed caching in front. Sprint gives you 10 GB with 25 MySQL databases at $2.42 a month; Turbo gives you 20 GB with 50 databases at $4.66, both billed annually. Storage class does not change as you move up; capacity does.
Neighbouring entries: SSD, TTFB, MySQL and Disk Space. The plan you start on is not a slower machine, which is the point of putting the same storage under all of them.
Hardware entries without the marketing
Where a spec matters we say why, in terms of the workload it changes. Where it is a number printed to look impressive, we say that too — it saves you paying for the wrong upgrade.
NVMe storage sits under every tier here, entry plan included, with LiteSpeed caching in front of it.
- Specs tied to actual workloads
- Marketing numbers called out
- Plan capacities quoted exactly
- Written by the engineers on support
Why HostingFast
Standard on every plan
Queues over throughput
Parallel small random reads are the website workload. Sequential throughput describes copying a film.
Where it shows up
Uncached requests and wp-admin, where hundreds of small reads compound into a visible wait.
Where it does not
A fully cached page barely touches storage. Hardware never fixes a caching gap.
Spec sheets decoded
NVMe stated explicitly, applied to every plan, versus a vague SSD at a premium price.
Capacities quoted
10 GB and 25 databases on Sprint, 20 GB and 50 on Turbo, both on the same storage class.
Same floor on every tier
The entry plan is not a slower machine — capacity changes as you move up, hardware class does not.
Quick Start
From order to online
- 1
Find out whether storage is even the issue
Separate the wait into PHP time, query time and cache state before blaming hardware. Most slow admin screens are queries, not disks.
- 2
Read the spec sheet for the word
NVMe stated plainly, on every plan, is the signal. SSD on its own has not narrowed anything down for about a decade.
- 3
Benchmark random, not sequential
If you control the machine, measure small random reads at a realistic queue depth. A file copy tells you nothing useful.
Built In
Loaded onto every plan
- Per-site PHP version switching from the control panel
- Staging environments for testing changes before they ship
- Built-in WebP image optimisation at no extra cost
- Daily backups, with self-service restores you run from the panel
- cPanel — the control panel most of the industry already runs
- 99.9% uptime as the target, monitored around the clock
- In-place account upgrades — no migration when you change plan
- Email addresses that run on your own domain name
- Zero setup charges — there is no joining fee, ever
- Year one of your domain free when you order annually
Frequently Asked
What people ask us most often
How can I tell whether a host is actually on NVMe?
Look for the word itself in the plan specification rather than in the marketing headline, and check whether it applies to every tier or only the expensive ones. On a VPS you can confirm it yourself from the device naming and by benchmarking small random reads at depth. On shared hosting you are relying on the spec sheet, which is why vague wording there is worth treating as an answer in itself.
Will NVMe speed up a site that is fully cached?
Barely, and it is worth being blunt about that. A cached page is served from memory and never asks the disk for much. Storage class matters for the requests that miss the cache — admin work, checkout, search, anything logged in. If your cached pages are slow, the problem is somewhere else entirely and better hardware will not find it for you.
Do the cheaper plans get slower storage?
No. NVMe is under every tier here with LiteSpeed caching in front of it. What changes as you move up is capacity and headroom: 10 GB and 25 MySQL databases on Sprint at $2.42 a month, 20 GB and 50 databases on Turbo at $4.66, both billed annually. The storage class is not the upsell.
How do I tell whether my slowness is disk, PHP or the database?
Split the number. Time to first byte tells you what the server side costs in total; a query profile tells you how much of that was the database; and the cache header tells you whether the request should have reached PHP at all. Work through those three in order and the culprit names itself, usually before you get to the hardware.
Keep reading
TTFB (Time To First Byte)
Splitting a response time into its four parts and fixing the one that is costing you.
Disk Space
The account storage ceiling, what fills it, and where the real limit usually bites first.
Best NVMe Hosting Plans
The buyer's version: which NVMe claims to verify and the trap most buyers walk into.
cPanel Reseller Hosting
The industry-standard panel scaled for resellers, with WHM included.
Web Hosting
cPanel hosting on NVMe with SSL, migration and a first-year domain included.
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.
Put the database on quick storage.
NVMe on every tier with LiteSpeed in front, free SSL, free migration and no setup fee at any point.
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