Fastest WordPress Hosting 2026: What We Measured

Fastest WordPress Hosting 2026: Quick Picks

Three picks, each tied to a plan we measured. Origin TTFB is the time from our New York location to our test server with no CDN in front.

Not sure which host fits your situation? Use this decision table.

How We Tested for WordPress Hosting Speed (Methodology)

"We tested X hosts" is the most overused claim in hosting reviews, so here is exactly what the records on this page are, and what they are not.

What We Measured

What We Did Not Measure

We did not record PHP worker counts, WooCommerce checkout TTFB, a plugin-count progression, support-ticket response times or INP, so this page publishes none of those. An earlier version of this page printed figures for them; they are gone. Where the guide gives advice that is not a measurement (what a cache layer does, what to ask a host), it is general guidance and says so.

Reading TTFB Correctly

• Origin TTFB: the response from the server itself, no CDN. This is what the hosting controls, and it is the figure used for the ranking.
• Edge TTFB: the response from a CDN cache. It can be far lower than the origin and says nothing about uncached pages. Only Rocket.net was measured this way, so it is shown but not ranked.
• City figures: the time from that city to our test server, not to a data center near the city.

Which WordPress host has the fastest TTFB in 2026?

The full leaderboard on our records. Origin TTFB is New York to our test server with no CDN; the load column is the average response at 100 concurrent clients and the error rate covers the whole ramp. Servers for Hostinger and SiteGround sat in Frankfurt, so their New York figures include the Atlantic crossing; see the region table for their Frankfurt figures.

#1. ScalaHosting: Fastest WordPress Hosting Overall

The plan we benchmarked is ScalaHosting's managed VPS Entry Cloud. It answered in 38ms from New York, 69ms from London and 143ms from Mumbai (origin, no CDN, to our test server), averaged 58ms at 100 concurrent clients, and had 0% errors across the 8,250-request ramp.

The CPU

Running lscpu on the plan returns AMD EPYC 9474F, a chip with a PassMark multithread score of 102,255, ranked #42 of 5,999 (PassMark). For comparison, from our CPU record:

• Kinsta: AMD EPYC 7502, #248 (51,871)
• SiteGround: Intel Xeon Gold 6248R, #432 (36,067)
• WP Engine: Intel Xeon Gold 6242R, #444 (35,076)
• Rocket.net: Intel Xeon E5-2667 v2, #1,543 (12,150)
• HostGator: Intel Xeon E5-2690 v4, #1,069 (19,155)

PassMark ranks the chip, not the hosting plan. A faster chip helps uncached PHP and database work, but the web server, caching and how many sites share the machine all shape the result you see.

What ScalaHosting Says About Limits

ScalaHosting's homepage lists an "Anytime Unconditional Money-back Guarantee" and shows "Free SPanel" for its control panel. We did not re-read its resource-limit policy for this update, so we make no claim about CPU steal, I/O throttling or worker counts. Read the terms on the plan you are buying.

Load Test

Across the 0-250 client ramp the plan returned 0% errors; the average response was 58ms at the 100-client step and 25ms across the whole ramp. For comparison, ChemiCloud Pro averaged 210ms at 100 clients, SiteGround GrowBig 780ms (with 4% errors) and Hostinger Premium 520ms (with 0.8% errors).

Pricing: $24.95/mo on a 36 months term, $39.95/mo at renewal (+60%). See our best WordPress hosting guide for full pricing, features and support.

Strengths & Weaknesses

View ScalaHosting WordPress VPS Plans ➦

#2. Cloudways: 48ms Origin TTFB on Vultr High Frequency

48ms origin TTFB from New York on Vultr High Frequency was the second-fastest in our set, and it averaged 74ms at 100 clients with 0% errors. From London it measured 87ms and from Mumbai 180ms (to our New York-hosted test server). Vultr documents High Frequency only as a 3GHz+ Intel Xeon with no part number, so Cloudways carries no PassMark rank.

You are not buying a "WordPress hosting plan" so much as provisioning a cloud server with a management layer on top. Cloudways's site lists DigitalOcean, Vultr, Linode, AWS and Google Cloud as the providers. That suits developers and agencies who want cloud servers without administering them.

The trade-offs: email hosting is not part of the platform, you use Cloudways's own panel rather than cPanel, and pricing is per server size, so a bigger server costs more. The 8GB Vultr High Frequency size is $118.00/mo, against ScalaHosting's Build #2 at $44.95/mo ($96.95/mo at renewal), which is a different plan with a different size and feature set; compare what each includes before you compare price. Our benchmark plan size is not matched to a priced plan, so the price shown is the 1GB entry, not necessarily the size we tested.

Try Cloudways: Code CLOUDS2022 ➦

#3. Kinsta: Managed WordPress With a Fast Origin (Read Full Review)

Kinsta's Single 20GB plan answered in 64ms from New York (origin, no CDN in our test), averaged 92ms at 100 clients with 0% errors, and had the best PageSpeed Insights mobile score in our set at 93 (LCP 2.49s, total blocking time 201ms). The CPU on our record is AMD EPYC 7502 (#248 on PassMark), from Kinsta's dashboard and trust center. An earlier version of this page named Google C3D hardware; Kinsta's homepage does not state that, so we dropped it.

Kinsta's homepage lists "30 data centers" and a CDN with Cloudflare DDoS protection under Performance. It does not describe an Enterprise CDN or give a PoP count on that page, so we make no such claim. Kinsta is well known for its MyKinsta dashboard, with staging and site-level tools; we have not tested those for this guide.

The economics are the honest problem. $35.00/mo for the Single 20GB plan, billed monthly, and the price does not change at renewal ($35.00/mo). Ten sites on WP 10 cost $225.00/mo. A VPS such as ScalaHosting Entry Cloud ($24.95/mo) hosts more sites for less, though you manage more yourself. Kinsta makes sense for one or two high-value sites where you want the platform managed for you. Plan limits (visits, bandwidth, overage rules) are on Kinsta's pricing page; check them there, since we did not log them here.

View Kinsta Plans ➦

Rocket.net: An Edge Measurement, Not an Origin One

Rocket.net's Starter plan measured 32ms at its CDN edge from New York (42ms averaged across 10 locations). That is a cache result. It shows how fast a cached page can be and says nothing about pages a cache cannot serve (checkout, search, the admin area), and we have no origin TTFB on record for this plan, so we do not rank Rocket.net against the origin figures above. Across the load ramp the plan averaged 66ms with 0% errors, a different measure from the 100-client step used for the other plans.

The CPU on our record is Intel Xeon E5-2667 v2, released in 2013 and ranked #1,543 on PassMark (12,150), from a support ticket. An old origin CPU can matter on uncached pages; we cannot put a number on it without an origin measurement. The Starter plan is $25.00/mo, with no renewal increase on the price record. Our Rocket.net review has the full picture and plan details.

Read the Rocket.net Review ➦

WP Engine: Enterprise Reputation, Slower on Our Benchmark (Read Full Review)

WP Engine's Startup plan measured 242ms origin TTFB from New York (442ms from London, 914ms from Mumbai), averaged 487ms at 100 clients with 0% errors, and scored 59 on PageSpeed Insights mobile (LCP 4.1s). Our CPU record has Intel Xeon Gold 6242R (#444 on PassMark), from WP Engine's trust page. That origin TTFB is slower than ChemiCloud Pro's shared plan (78ms), at $25.00/mo against ChemiCloud's $4.49/mo intro.

What WP Engine Actually Sells

WP Engine sells managed infrastructure, developer tooling and a name enterprise buyers know, more than raw speed. We did not re-verify its compliance documents, staging options or plugin restrictions for this update, so we do not list them here; its own site is the place to confirm them if a procurement team asks. Our WP Engine review covers plans and features.

There is no renewal trap on the price record. The question is what the price buys. For comparison, ScalaHosting Entry Cloud is $24.95/mo and measured 38ms origin TTFB; Cloudways HF 1GB is $16.00/mo and measured 48ms. WP Engine can make sense if you need what it bundles; if you do not, the benchmark favors the alternatives.

Read the WP Engine Review ➦

What is the fastest hosting for WooCommerce? (Uncached load at 100 clients)

Checkout pages cannot be cached: every add-to-cart, coupon check and payment step runs PHP and the database. We did not run a WooCommerce checkout test, so we publish no checkout TTFB. The closest records we hold are the 100-client load result and the error rate over the whole ramp, below. Treat them as a guide to how a plan behaves when many visitors hit uncached pages, not as a checkout measurement.

Why Uncached Speed Matters More Than Homepage Speed

Most hosting reviews test a cached homepage. For a store that number is almost irrelevant: your homepage is cached, your checkout is not. A host that is fast when cached and slow uncached will lose sales at the checkout. Whenever you have a choice, rank a host by its uncached and loaded behavior.

WooCommerce on shared hosting: it works until traffic arrives together. On our records the shared plans averaged 210ms (ChemiCloud Pro), 780ms (SiteGround GrowBig) and 1240ms (Bluehost Choice Plus) at 100 clients, with 0%, 4% and 39.04% errors respectively. If the store takes money, a VPS such as ScalaHosting Entry Cloud ($24.95/mo) is the safer start.

Speed Under Traffic: How Each Host Holds Up at Scale

High traffic means different things. Visits spread evenly across a month put only a few visitors on the site at once. The same visits arriving as a spike, from a viral post or a news link, can put many visitors on the site together. The hardware and architecture that handles one does not always handle the other. Our load test shows the second case.

The Traffic Spike Reality Check

"Monthly visits" is a misleading planning number. What matters is how many visitors are on the site in your busiest hour. On our load ramp SiteGround GrowBig averaged 780ms at 100 clients and failed 4% of requests; Hostinger Premium averaged 520ms with 0.8% failures; Bluehost Choice Plus averaged 1240ms with 39.04% failures. The ScalaHosting plan averaged 58ms with 0%. Pick your host for the worst traffic you expect, not the average.

For sites with very large traffic, or anything needing guaranteed uptime terms, look at dedicated infrastructure. Our dedicated hosting guide covers that tier.

Which WordPress hosts had the best uptime over our 54 days window?

Load Test Results: Average Response at 100 Concurrent Clients

TTFB Test Snapshots: 10 Locations

ScalaHosting StartUp (shared plan, not the managed VPS)

This capture is ScalaHosting's StartUp shared plan: 143ms averaged across the 10 locations, 64ms from New York. The managed VPS we rank measured 84ms averaged and 38ms from New York.

Cloudways DigitalOcean 1GB (not the Vultr High Frequency plan ranked above)

This capture is Cloudways on DigitalOcean: 132ms averaged across 10 locations, 59ms from New York. Vultr High Frequency, the plan ranked above, measured 106ms averaged and 48ms from New York.

Hostinger Premium (276ms from New York, test server in Frankfurt)

Hostinger Premium averaged 252ms across the 10 locations. It was fastest from Frankfurt, DE (109ms), where our test server sat, and slowest from Mumbai (493ms). Distance to the server explains most of the spread between cities.

WordPress Performance Metrics: TTFB, Core Web Vitals, Load Time

TTFB: Time to First Byte

TTFB is the time between sending an HTTP request and receiving the first byte of the response: server speed plus network distance. Your theme, images and front-end code do not change it, though a cache or CDN can answer instead of the server. That is why every TTFB on this page says whether it is origin or edge, and from where.

Load Time vs TTFB

Load time includes everything: TTFB, HTML parsing, CSS, JavaScript and image downloads. A fast TTFB with unoptimized images still gives a slow page. We measure TTFB separately so you can tell whether the server or the front end is the problem.

Core Web Vitals: PageSpeed Insights Results by Host

Google's three Core Web Vitals:

• LCP (Largest Contentful Paint): how long until the main content loads. Under 2.5s is Good, 2.5 to 4s Needs Improvement, over 4s Poor. A slow TTFB adds straight to LCP. In these runs the Kinsta, Cloudways and ScalaHosting plans sat right at the 2.5s line (2.49s, 2.5s, 2.43s), the GoDaddy plan was at 6.57s.
• INP (Interaction to Next Paint): how quickly the page responds to clicks. Slow PHP under concurrent load can hurt dynamic interactions. We did not record INP.
• CLS (Cumulative Layout Shift): how stable the page looks as it loads. Hosting has little direct effect; it is mostly a theme and image issue.

Which WordPress host is fastest by region?

Server location matters for visitors far from the origin: the same ScalaHosting server answered in 38ms from New York and 143ms from Mumbai. A CDN can hide that for cached pages but not for dynamic WordPress requests (WooCommerce, logged-in users), which always go to the origin, so the origin's location still matters for those. Hostinger's Frankfurt row is the mirror image: 109ms near its server and 276ms from New York. We have no Sydney location in these records.

Cloudways lets you choose the data center when you create a server. If most of your visitors are in one region, put the server in or near it.

Speed Factors Most Hosts Will Not Tell You

1. CPU Architecture and Server Density

The CPU model is a major factor in PHP execution speed. Our records show the top plans on faster chips (ScalaHosting on AMD EPYC 9474F) and the bottom of the table on older ones (Bluehost on Intel Xeon E5-2680 v3, from #1,343). Server density is the second factor: even a fast CPU is slow when many sites share it. You cannot see density on shared hosting.

2. PHP Worker Count

PHP workers are the processes that execute WordPress code. When all are busy, new requests queue. We did not record worker counts for these plans, so ask the host. WooCommerce checkout needs more workers per customer than a cached blog page does.

3. Database Performance

WordPress queries the database on every uncached page. Storage type (NVMe vs older SSD) and database tuning change how fast that is. Hosts rarely publish these details, so test rather than trust the marketing.

4. Geographic TTFB Variance

Distance to the origin adds delay to every uncached request, as the region table above shows. See the Speed by Region section.

5. HTTP/3 and TLS

HTTP/3 reduces connection setup cost, mostly for repeat visitors. LiteSpeed and NGINX support it; check your host's own documentation for your plan. We did not benchmark it.

Who Owns Your WordPress Host, and Why It Matters

Ownership Is Context, Not a Benchmark Result

Who owns a host can shape its pricing and support over time. It is not something our speed tests measure, and we have not re-verified every ownership claim for this update.

Bluehost and HostGator are both brands of Newfold Digital (formerly Endurance International Group), a fact covered in our ownership explainer. On our benchmark, Bluehost Choice Plus and HostGator Business were among the slowest plans, with 39.04% and 24.56% of requests failing over the load ramp. That is a result about those plans, not proof that ownership causes it. For renewal pricing patterns see why renewal prices rise.

Whoever owns your host, the practical checks are the same: look at the renewal price in the table below, read the plan's own terms, and test the site before you commit to a multi-year term.

Which WordPress hosts run the fastest server CPUs? (PassMark cross-reference)

CPU Models From Our CPU Record

Each model was read from SSH lscpu, a control-panel readout or the host's own page, and each PassMark score and rank was read from cpubenchmark.net. PassMark ranks the chip, not the hosting plan.

#42ScalaHosting (Best)

#110ChemiCloud

#1,543Rocket.net

#1,343Bluehost

Provider	CPU model	PassMark rank (of 5,999)	PassMark multithread
ScalaHosting	AMD EPYC 9474F	#42	102,255
ChemiCloud	AMD EPYC 9354	#110	73,240
Kinsta	AMD EPYC 7502	#248	51,871
Hostinger	AMD EPYC 7352	#375	39,906
SiteGround	Intel Xeon Gold 6248R	#432	36,067
WP Engine	Intel Xeon Gold 6242R	#444	35,076
HostGator	Intel Xeon E5-2690 v4	#1,069	19,155
Bluehost	Intel Xeon E5-2680 v3	#1,343	14,783
GoDaddy	Intel Xeon Silver 4114	#1,468	13,167
Rocket.net	Intel Xeon E5-2667 v2	#1,543	12,150
Cloudways (Vultr HF)	Intel Xeon, 3GHz+ (Vultr does not publish a part number)	not ranked

The ScalaHosting chip scores 6.9x the Bluehost chip on PassMark multithread. The ranking of CPUs and the ranking of our TTFB results run in a similar order, but a chip is only one input: do not read a CPU rank as a speed result.

What do WordPress hosts actually charge at renewal?

Intro Prices Are Marketing. Renewal Prices Are Reality.

Many hosts advertise the monthly rate you pay on a long prepaid term. The renewal rate is what follows. All prices are US dollars from our price record, which changes; check the host before you buy.

Plan	Intro price	Term	Renewal price	Increase	3-year cost	Origin TTFB (NY)
ScalaHosting Entry Cloud	$24.95/mo	36 months	$39.95/mo	+60%	$898.20	38ms
Cloudways Vultr HF 1GB (from)	$16.00/mo	month-to-month	$16.00/mo	none	$576.00	48ms
Kinsta Single 20GB	$35.00/mo	month-to-month	$35.00/mo	none	$1260.00	64ms
ChemiCloud Pro	$4.49/mo	12 months	$19.95/mo	+344%	$532.68	78ms
WP Engine Startup	$25.00/mo	12 months	$25.00/mo	+0%	$900.00	242ms
Rocket.net Starter	$25.00/mo	12 months	$25.00/mo	+0%	$900.00	32ms edge
SiteGround GrowBig	$6.69/mo	12 months	$29.99/mo	+348%	$800.04	296ms
Hostinger Premium	$3.99/mo	12 months	$10.99/mo	+175%	$311.64	276ms

The 3-year cost uses each plan's intro price for the term it covers and the renewal price after that. The Cloudways row is the 1GB entry size, not necessarily the size we benchmarked. Rocket.net's TTFB is an edge figure and is not comparable with the others.

The Pricing Bottom Line:

• Flat pricing: Cloudways ($16.00/mo), Kinsta ($35.00/mo), WP Engine and Rocket.net show no renewal increase on our price record.
• Cheap speed: ChemiCloud Pro was the fastest shared plan (78ms) at $4.49/mo intro, but it renews at $19.95/mo (+344%).
• Biggest renewal jump: SiteGround GrowBig goes from $6.69/mo to $29.99/mo (+348%), for 296ms origin TTFB from New York and 117ms from Frankfurt, where its server sat.
• Check the term: an advertised monthly price usually needs a prepaid term. Read the term column before you compare plans.

How WordPress Actually Works Under the Hood

The Request Lifecycle: Where Hosting Matters

Understanding the WordPress request lifecycle shows where hosting quality matters and where it does not. These steps are the general sequence, not measured timings.

1. DNS resolution: the browser looks up your IP. You mostly cannot control this.
2. TCP/TLS handshake: a secure connection is established. A nearer data center makes it faster.
3. The web server receives the request (NGINX, LiteSpeed or Apache) and passes it to PHP.
4. PHP allocates a worker. If none is free, the request waits.
5. WordPress core loads, then the theme's functions.
6. Every active plugin runs its hooks.
7. Database queries run: storage speed and object caching matter here.
8. PHP assembles the HTML and returns it to the web server.
9. TTFB: the first byte arrives at the browser. Steps 3 to 8 are controlled by your hosting.
10. The browser downloads and renders CSS, JavaScript, images and fonts, which is mostly up to your front end.

On our benchmark, the same kind of uncached request came back in 38ms on ScalaHosting and 344ms on GoDaddy (origin, from New York to our test server). The test sites differ in setup per plan, so use the gap as a guide, not a controlled experiment.

Cache Layer Stack: Why WordPress Speed Multiplies With Each Layer

Each Cache Layer Removes a Different Bottleneck.

Most hosts advertise "caching included." The question is which layers. This is general guidance; we did not log which layer each plan includes or its add-on price, so check the plan's feature list.

Each cache layer intercepts a different type of request:

• Browser cache: keeps static assets on the visitor's device after the first visit.
• CDN / edge cache: keeps copies of cacheable pages and files near visitors. This is what Rocket.net's 32ms edge figure reflects.
• Full-page cache: stores a page's finished HTML, from a server-level cache (LiteSpeed Cache on LiteSpeed servers, FastCGI cache on NGINX) or a plugin. It is usually the biggest single gain for anonymous visitors.
• Object cache (Redis): keeps database query results in memory. It matters most for WooCommerce and membership sites where logged-in users bypass the page cache.
• OPcache: keeps compiled PHP in memory. Most serious hosts enable it.

The multiplier effect: a page cache helps cacheable pages, an object cache helps uncached ones, and a CDN helps distance. Each compounds the others. Cached and uncached numbers are different measurements, and we label them that way on this page.

PHP Workers: Why Your WordPress Site Crashes During Traffic Spikes

The Most Important Hosting Concept That Almost Nobody Explains

PHP workers are to your website what checkout registers are to a store. When all registers are busy, customers queue. When all workers are busy, visitors wait or see 503 errors.

PHP Workers = Your Store's Checkout Registers

Each uncached page request needs one PHP worker for as long as it takes to build the page. If all workers are busy, new visitors queue; if the queue fills, they get a 503 error or timeout. Plans differ in how many workers they give you. We did not record worker counts for the plans on this page, so we publish none: ask the host, and test your own site under load.

Critical insight: cached pages do not consume PHP workers. That is why a page cache (LiteSpeed Cache, WP Rocket or a host-native cache) is essential: it turns dynamic PHP requests into static HTML that skips the worker queue.

Plugin Impact on TTFB

Every Plugin Adds PHP Execution Time. Some Add More Than Others.

An earlier version of this page printed a 0-to-30 plugin progression. We have no record of that test, so it is gone. What follows is general guidance.

Plugins that run on every page load cost the most: SEO plugins that query post meta, security plugins with active scanning, analytics plugins that write to the database, and page builders that run several queries per page. Plugins that only run in the admin area or on specific pages have less effect on an anonymous visitor's TTFB. A slow CPU or a busy server makes every plugin's cost larger, which is another reason to judge a host with your real plugin set installed.

How to find your own heavy plugins: install Query Monitor, open the "Queries by Component" and "Hooks" views, and sort by time. Replace or remove anything that costs a lot on every page and that you do not need.

How to Speed Up Any WordPress Site (8 Steps, Server-Level First)

8 Steps. Server-Level First, Then Front-End.

General guidance, not measurements. The first three are server-level; the rest are front-end and code-level.

Upgrade PHP Version

Newer PHP releases generally run WordPress faster. Costs nothing; test first.

HIGH IMPACT

Enable Object Cache (Redis)

Stops WordPress repeating the same database queries.

HIGH IMPACT

Full-Page Cache

Cached pages skip PHP entirely: no workers used, no database queries.

HIGH IMPACT

Database Optimization

Clear revisions, expired transients and orphaned metadata.

MEDIUM IMPACT

Image Compression (WebP)

Images are usually most of a page's weight. Serve WebP and lazy-load.

MEDIUM IMPACT

CDN

Helps international visitors on cacheable pages.

MEDIUM IMPACT

Plugin Audit

Remove plugins you do not need; measure the rest.

MEDIUM IMPACT

DNS TTL

A longer TTL on a stable site saves repeat DNS lookups.

MEDIUM IMPACT

1. Upgrade Your PHP Version

Newer PHP releases generally run WordPress faster than old ones. Switch the version per site in your control panel, test for plugin compatibility on staging, then move. Check plugin compatibility first at php.watch. We did not benchmark versions against each other, so we give no percentage.

2. Enable Object Cache (Redis)

WordPress runs many database queries per uncached page. Object caching stores the results in memory so the database is not queried again for the same data. Some hosts include Redis and some charge for it, so check your plan.

3. Full-Page Cache

Cached pages skip PHP entirely: no workers used, no database queries, just stored HTML. On LiteSpeed hosts use the LiteSpeed Cache plugin; on NGINX hosts use the host's built-in page cache or a plugin such as WP Rocket. Most hosts cache correctly with little configuration once the matching plugin is installed.

4. Database Optimization

WordPress databases collect post revisions, expired transients, orphaned metadata and spam comments. A plugin such as WP-Optimize or Advanced DB Cleaner can clear them on a schedule. Back up first.

5. Image Compression (WebP + Lazy Loading)

Images are usually most of a page's weight. Use a plugin such as ShortPixel or Imagify for WebP, use the native loading="lazy" attribute on below-the-fold images, and set explicit width and height to prevent layout shift.

6. CDN

A CDN such as Cloudflare serves static assets and cached pages from locations near the visitor, which helps international visitors. It does not speed up uncached pages, which still go to your origin.

7. Plugin Audit

Every active plugin can add work on every page load. Install Query Monitor, look at the "Queries by Component" and "Hooks" views, sort by time, and remove or replace anything slow that you do not need. Delete rather than just deactivate.

8. DNS TTL

The TTL decides how long your domain's IP is cached. For a stable site a longer TTL means fewer repeat lookups. Before a planned migration, lower the TTL so the change propagates quickly, then raise it again.

These steps address the common causes of slow WordPress sites. PHP version, Redis, page cache, database, images, CDN, plugins and DNS. The first three are server-side. If they do not move your numbers, your host is likely the bottleneck, not your WordPress configuration.

What's Your Primary Need? Pick a Winner by Hosting Type

We have covered each use case above. Here is the 60-second version: for each common WordPress buyer profile, the plan that fits on our data, with the figures that back it and a link to the pick.

Our Take: Three Things the Speed Data Keeps Telling Me

Our Pick: The Fastest WordPress Hosting in 2026

We benchmarked eleven plans with the same method: TTFB from 10 locations, a load ramp and an uptime window of 54 days. On those records ScalaHosting Entry Cloud was the fastest, and the plans on the slowest CPUs were the ones that struggled under load.

Here is the three-tier decision framework I would use today:

What to Avoid (and Why)

• Bluehost Choice Plus, HostGator Business and GoDaddy Deluxe: on our records they failed 39.04%, 24.56% and 35.59% of requests across the load ramp and averaged 1240ms, 760ms and 950ms at 100 clients. ChemiCloud Pro finished with 0% errors.
• SiteGround GrowBig for a busy site: 780ms at 100 clients with 4% errors on our records, and a price that goes from $6.69/mo to $29.99/mo at renewal.
• Hostinger Premium for anything that makes money under load: 520ms at 100 clients with 0.8% errors on our records. It is fine for a small personal site.

About the Author

Mangesh Supe

Founder of ThatMy.com, Independent Hosting Performance Analyst

I'm Mangesh, the guy behind ThatMy.com. I've spent 10+ years in ISP and network infrastructure, which means I know what a hosting provider is actually doing when they say 'we're fast.' I independently test hosting services using real-world websites, performance testing, and hands-on evaluation. I also read the terms and trace who owns each host. Zero sponsored reviews.

Most plans bought at retail price; test plans a host provided are disclosed. 15 actively monitored for this guide.

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FAQ: WordPress Hosting Speed

What is the fastest WordPress hosting in 2026?

On our benchmark, ScalaHosting Entry Cloud: 38ms TTFB from New York to our test server with no CDN, 58ms average response at 100 concurrent clients and 0% errors over the full ramp. Cloudways on Vultr High Frequency was second at 48ms origin TTFB and 74ms at 100 clients, and Kinsta third at 64ms and 92ms. Among the shared plans ChemiCloud Pro was fastest at 78ms. Rocket.net measured 32ms at its CDN edge, which is a different measurement from origin TTFB and is not ranked against the others.

What is a good TTFB for WordPress?

Lower is better, and the figure only means something with its scope. As a rough guide, a few hundred milliseconds is common for uncached WordPress and slower than that is a server bottleneck no front-end tweak removes. On our benchmark, origin TTFB from New York with no CDN ran from 38ms (ScalaHosting) and 48ms (Cloudways) up to 344ms (GoDaddy). A cache or CDN can answer faster than the origin, so say which one you are comparing.

What is TTFB and why does it matter for WordPress?

TTFB (Time to First Byte) is the time between sending an HTTP request and receiving the first byte of the response. It reflects how fast the host runs PHP, queries the database and returns HTML, plus the network distance to the visitor. Google's Largest Contentful Paint starts counting at the same moment, so a slow TTFB leaves less time for the rest of the page. A cached page can skip PHP entirely and answer much faster than an uncached one.

What CPU does my WordPress host use and why does it matter?

WordPress runs PHP and database queries on the host's CPU, so a faster CPU helps uncached pages. From our CPU record: ScalaHosting runs AMD EPYC 9474F (PassMark #42 of 5,999), Kinsta AMD EPYC 7502 (#248), SiteGround Intel Xeon Gold 6248R (#432), WP Engine Intel Xeon Gold 6242R (#444) and Rocket.net Intel Xeon E5-2667 v2 (#1,543). Vultr documents its High Frequency servers (Cloudways) only as 3GHz+ Intel Xeon with no part number, so Cloudways carries no rank. PassMark ranks the chip, not your plan: the web server, caching and how crowded the server is matter too.

How do PHP workers affect WordPress speed?

PHP workers are the parallel processes that run WordPress code. When all are busy, new uncached requests queue, and a long queue ends in 503 errors or timeouts. Cached pages do not use a worker. We did not record worker counts for the plans on this page, so we do not publish them; ask a host for the number before you buy, because a plan with few workers will queue sooner under concurrent logged-in or checkout traffic.

LiteSpeed vs NGINX vs Apache for WordPress: which is fastest?

LiteSpeed's server-level cache and NGINX's FastCGI cache are both built for WordPress, and Apache without a cache plugin is usually the slowest of the three. We did not run a controlled web-server comparison, so we do not put a multiplier on it. What we can say from our records is how the plans performed, not why: ChemiCloud Pro (answering in 78ms origin TTFB) beat the Bluehost, GoDaddy and HostGator plans we tested (262ms, 344ms and 283ms).

What is object caching and how does it affect WordPress speed?

Object caching (usually Redis) keeps database query results in memory so WordPress does not repeat the same queries on every request. It helps most on pages a page cache cannot serve: WooCommerce carts and checkout, search and logged-in users. Whether a host includes it, or charges extra, changes by plan and over time, so check the plan's own feature list; we did not log add-on prices for this page.

What are the WordPress caching layers?

Browser cache (on the visitor's device), a CDN or edge cache (near the visitor), a full-page cache (the finished HTML, from a server-level cache or a plugin), an object cache such as Redis, and PHP OPcache. Each removes a different cost. A full-page cache or CDN can answer without running PHP at all, which is why our Rocket.net edge figure (32ms) cannot be compared with an origin figure.

Shared hosting vs VPS for WordPress speed: what is the actual difference?

Shared hosting divides one server's CPU, memory and workers among many sites; a VPS reserves a slice for you. In our load test the VPS and cloud plans held up best: ScalaHosting Entry Cloud averaged 58ms at 100 concurrent clients, against 210ms for ChemiCloud Pro, 780ms for SiteGround GrowBig and 1240ms for Bluehost Choice Plus. Over the whole ramp, SiteGround failed 4% of requests and Bluehost 39.04%. Good shared hosting can be enough for a small, steady blog; a revenue site with traffic spikes is safer on a VPS or managed platform.

Why is my WordPress site slow even with caching enabled?

Check that the cache is actually hitting (look for a cache HIT header in an incognito window), that something is not bypassing it on every URL parameter, and that the slow pages are not the ones caching cannot help: checkout, cart, search and logged-in screens still run PHP and the database, so a slow CPU or too few workers shows there. Caching helps anonymous visitors on cacheable pages and cannot fix slow dynamic requests.

What are Core Web Vitals and which WordPress hosts pass them?

Core Web Vitals are Largest Contentful Paint (LCP, good at 2.5 seconds or under), Interaction to Next Paint (INP) and Cumulative Layout Shift (CLS). Hosting mostly affects LCP, through TTFB. On our PageSpeed Insights mobile lab runs, LCP was 2.43s for ScalaHosting, 2.49s for Kinsta, 2.5s for Cloudways, 3.4s for SiteGround and 6.57s for GoDaddy. These are lab results on one test page, not field data, and we did not record INP.

Does server location affect WordPress TTFB?

Yes. Distance adds delay to every request a cache cannot answer. On our benchmark the same ScalaHosting server answered in 38ms from New York, 69ms from London and 143ms from Mumbai. Our test servers sat in New York (Frankfurt for Hostinger and SiteGround), so a city figure is the time from that city to our server, not to a data center near it. If most of your visitors are in one region, put the site there.

CDN vs hosting upgrade: which improves WordPress speed more?

They fix different problems. A CDN serves cached pages and static files from near the visitor but does little for dynamic requests such as checkout, search and logged-in users, which go to the origin. A faster host lowers origin TTFB for every request. Fix the host first if your uncached pages are slow, then add a CDN on top.

What PHP version is fastest for WordPress in 2026?

Run the newest PHP version your plugins and theme support, since newer PHP releases generally run WordPress faster than old ones. Switch per site in your control panel, test on staging first, and check plugin compatibility before moving. We did not benchmark PHP versions against each other, so we give no percentage.

What is the fastest WooCommerce hosting?

We did not run a WooCommerce checkout test, so we cannot name a checkout winner. The closest records we hold are the 100-client load result and the error rate over the ramp: ScalaHosting 58ms with 0% errors, Cloudways 74ms with 0%, Kinsta 92ms with 0%. Checkout pages cannot be cached, so choose a plan that holds up on uncached load and test your own store on a trial.

Can I run WordPress on shared hosting with 100,000 monthly visitors?

It depends on how the traffic arrives. Visits spread evenly over a month mean only a few visitors at a time, which good shared hosting can handle. A spike from social media or a news link can put many visitors on the site in one hour. In our load test ChemiCloud Pro averaged 210ms at 100 concurrent clients with 0% errors, while SiteGround GrowBig averaged 780ms with 4% failed requests. If spikes are likely, use a VPS or managed plan.

Why does WordPress.org recommend Bluehost if Bluehost is slow?

We cannot speak to WordPress.org's reasons, and we have not verified its commercial terms. What we can report is our own result: Bluehost Choice Plus answered in 262ms origin TTFB (New York to our test server) and averaged 1240ms at 100 concurrent clients, with 39.04% of requests failing over the load ramp. A recommendation list and a benchmark answer different questions, so judge a host on the test that matches your site.

What is the fastest shared WordPress hosting in 2026?

ChemiCloud Pro was the fastest shared plan we measured: 78ms origin TTFB, 210ms at 100 concurrent clients and 0% errors. Hostinger Premium measured 276ms from New York (its test server sat in Frankfurt, where we measured 109ms). The ChemiCloud Pro CPU is AMD EPYC 9354. Compare plans at the same scope: a shared plan measured from across an ocean looks slower than it is for nearby visitors.