Performance Benchmarks
Ranking Web Hosts on Measured Speed, Not Marketing Claims
NVMe storage, time-to-first-byte, LiteSpeed caching, and CDN reach, compared with load-test numbers instead of the word 'fast' printed on a pricing page.
NVMe SSD
Storage tier used across ranked plans, not SATA
TTFB
Time-to-first-byte, the metric that matters under load
LiteSpeed
Caching layer running in front of dynamic requests
Free
Auto-renewing SSL, required for HTTP/2 and HTTP/3 speed gains
In short
The fastest web hosting in 2026 is decided by measurable numbers, not adjectives: time-to-first-byte under load, whether storage is NVMe or older SATA SSD, and whether a caching layer like LiteSpeed sits in front of dynamic pages. A plan advertising speed without disclosing its storage type or TTFB under concurrent traffic is making a claim that hasn't been benchmarked.
'Fast hosting' is one of the most repeated claims in the industry and one of the least verified, because most pricing pages describe speed in adjectives rather than numbers. Time-to-first-byte, the time between a browser requesting a page and the server sending back the first byte of a response, is a concrete figure that can actually be measured and compared across hosts - and it's a far better proxy for real-world speed than a marketing badge.
This ranking focuses on three measurable factors: the storage layer (NVMe SSD versus older SATA SSD or spinning disk), whether a caching layer like LiteSpeed sits in front of PHP and database calls, and how TTFB holds up under concurrent load rather than on a single, uncontested test request. Those three numbers explain most of the real-world speed difference between hosts that all claim to be fast.
NVMe versus SATA SSD: the storage difference that shows up in every page load
NVMe SSDs connect directly over the PCIe bus and handle far more input/output operations per second than SATA-based SSDs, which still route through an older interface originally designed for spinning hard drives. For a database-driven site - which is most WordPress and WooCommerce installs - every query touches storage, so the difference between NVMe and SATA compounds across a page load rather than showing up as a single number.
A host that markets 'SSD hosting' without specifying NVMe specifically may still be running SATA SSDs, which are faster than spinning disks but a meaningful step behind NVMe under concurrent read/write load. Confirming the storage type directly, rather than assuming 'SSD' means the fastest available tier, is the first real speed check.
Time-to-first-byte under load, not on an empty server
TTFB measured against an idle test server tells very little about how a site performs when real visitors are browsing it concurrently - the number that matters is how TTFB holds up as simultaneous connections climb, since that's the condition an actual traffic spike creates. A server that returns a fast TTFB with one visitor and a much slower one with fifty is not the fast host its single-request benchmark suggested.
That's precisely where an event-driven web server like LiteSpeed pulls ahead of a heavier process-based setup, since it's built to keep handling incoming connections efficiently as concurrency increases rather than degrading sharply once traffic passes a certain threshold.
Caching layer: what happens between the request and the database
A caching layer sitting in front of PHP and database calls can turn a dynamically generated page into something served almost as fast as a static file, which matters enormously for WordPress and WooCommerce sites where every page load would otherwise trigger PHP execution and one or more database queries. LiteSpeed's built-in LSCache does exactly this when configured for the platform running on top of it.
Ranking hosts on speed without checking whether a caching layer is active - and whether it's actually tuned for the CMS running on the account, rather than a generic default - misses the single factor most likely to explain why one 'fast' host feels noticeably quicker than another in daily use.
How Hosting Cheap's stack measures against these three factors
Every Hosting Cheap plan runs on pure NVMe SSD storage, not SATA SSD or spinning disk, paired with LiteSpeed as the web server and caching layer rather than a bolt-on plugin trying to approximate the same result on a different server stack. That combination is applied across shared, managed WordPress, and VPS tiers rather than reserved for the most expensive plan.
Free auto-renewing SSL enables HTTP/2 and HTTP/3, both of which reduce connection overhead on top of the storage and caching gains, and a 30-day money-back guarantee gives enough time to run an actual TTFB or load test against the current host before committing to the switch.
NVMe + LiteSpeed on every plan, not just the fastest one
Hosting Cheap runs pure NVMe SSD storage and LiteSpeed's caching layer across shared, managed WordPress, and VPS plans, so the same measurable speed factors apply whether the account is on the entry tier or a higher one.
Free auto-renewing SSL keeps HTTP/2 and HTTP/3 available by default, and a 30-day money-back guarantee makes it possible to run a real TTFB comparison against the current host before switching for good.
- Pure NVMe SSD storage on every plan, not just premium tiers
- LiteSpeed web server and LSCache caching layer included
- Free auto-renewing SSL enabling HTTP/2 and HTTP/3
- 30-day money-back guarantee to benchmark TTFB before committing
Why Hosting Cheap
What you get
NVMe on every tier
Pure NVMe SSD storage applies across shared, WordPress, and VPS plans, not just the top-priced one.
LiteSpeed caching included
LSCache runs configured for the platform on top, rather than a generic caching default.
TTFB built for concurrency
LiteSpeed's event-driven handling is designed to keep response times steady as simultaneous connections increase.
HTTP/2 and HTTP/3 by default
Free auto-renewing SSL keeps modern connection protocols active without an extra setup step.
No speed tier gating
Entry-level plans get the same NVMe + LiteSpeed foundation as higher-priced tiers.
Benchmark before committing
A 30-day money-back guarantee allows an actual TTFB or load test against the current host.
How It Works
Get set up in a few steps
Confirm the storage type
Ask specifically whether a plan runs NVMe SSD or SATA SSD before trusting a general 'SSD hosting' claim.
Test TTFB under load, not idle
Run a load test or concurrent-request benchmark rather than a single-request speed check.
Verify the caching layer is tuned
Check whether LiteSpeed or an equivalent cache is actually configured for the CMS running on the account.
Included
Everything you need, on every plan
- Confirm whether storage is NVMe SSD specifically, not just 'SSD' in general
- Test time-to-first-byte under concurrent load, not a single idle request
- Check whether LiteSpeed or a comparable caching layer is active and tuned for the CMS in use
- Verify HTTP/2 or HTTP/3 support is enabled via SSL, not left on an older protocol
- Compare TTFB numbers across the actual hosting tier being considered, not a flagship plan
- Ask whether the caching layer is included by default or requires a separate plugin
- Check that NVMe storage and LiteSpeed apply on the entry-level tier, not just premium plans
- Use a 30-day money-back guarantee to benchmark real TTFB before committing long term
FAQ
Frequently asked questions
What makes web hosting actually fast?
Three measurable factors matter most: NVMe SSD storage rather than SATA SSD or spinning disk, a caching layer like LiteSpeed sitting in front of dynamic requests, and time-to-first-byte that holds steady under concurrent traffic rather than only on an idle server.
Is NVMe SSD really faster than regular SSD hosting?
Yes - NVMe connects over the PCIe bus and handles substantially more input/output operations per second than SATA-based SSDs, which matters most on database-driven sites like WordPress or WooCommerce where every page load touches storage.
What is time-to-first-byte and why does it matter?
TTFB measures the time between a browser's request and the first byte of the server's response. It matters most when measured under concurrent load, since that reflects how a site performs with real, simultaneous visitors rather than a single test request.
Does caching really make that much difference to speed?
A caching layer like LiteSpeed's LSCache can serve a dynamically generated page nearly as fast as a static file, which is significant for WordPress and WooCommerce sites where every uncached load triggers PHP execution and database queries.
Does Hosting Cheap use NVMe SSD on every plan?
Yes - pure NVMe SSD storage paired with LiteSpeed applies across shared, managed WordPress, and VPS tiers, rather than being reserved for the most expensive plan.
Can I test the real speed before committing?
A 30-day money-back guarantee gives enough time to run an actual TTFB or load test against the current host before deciding whether to switch permanently.
Benchmark real speed, not a marketing claim
Pure NVMe SSD + LiteSpeed on every plan, backed by a 30-day money-back guarantee to test it.
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