Website Pagination: What It Is and How to Set It Up Correctly

Any website with a large amount of similar content—an e-commerce catalog, a blog feed, a job listings page, a forum—eventually faces the same question: how do you display hundreds or thousands of items to a user without turning the page into an endless canvas that loads slowly and indexes poorly? The solution to this task is called pagination, and the quality of its implementation affects both the convenience of the site for visitors and its visibility in Google.

What Is Pagination in Simple Terms?

Pagination is the division of a large array of similar items into sequential pages with their own URLs and navigation blocks for moving between them. Essentially, it’s a way to manage volume: instead of delivering the entire list to the user and search robot at once, the site delivers it in portions.

Let’s take a simple example. An electronics e-commerce catalog contains 640 products in the “Headphones” category. If you display them all on one page, the HTML volume will increase several times over, images will load simultaneously, and a user on mobile internet simply won’t wait for the content to display. By dividing the catalog into pages of 32 products each, the store gets 20 logically connected URLs: /headphones/, /headphones/page-2/, /headphones/page-3/, and so on. Each such page is an independent document with its own address, but it’s part of a single sequence.

It’s important not to confuse pagination with similar UX patterns—the “Show More” button and infinite scroll. The difference is fundamental: classic pagination always creates a separate, permanent URL for each portion of content, while “Show More” and infinite scroll by default load data through JavaScript without changing the page address, which is why Google’s scanner has nothing to index if the developer hasn’t taken special care of it.

Why Does a Site Need Pagination?

From the User’s Perspective

Pagination gives a person a sense of control: they see how many total pages are in the section, can return to the one they need, and understand their viewing progress. This is especially valuable for product catalogs and reference sections where users regularly return to previously viewed items—infinite scroll has almost no such capability because it’s practically impossible to return to a specific point in the list.

From the Perspective of Technical Performance

The fewer elements rendered in a single request, the faster the server forms a response and the browser renders the page. In practice, this directly affects the loading metrics that Google considers when ranking: a heavy page with a thousand product cards almost inevitably loses speed compared to a paginated version.

From the Perspective of Search Engine Optimization

Here pagination solves two problems at once. First, it gives Google’s robot access to products and articles that physically don’t fit on the first screen of the section—without correct links to pages 2, 3, 4, and so on, part of the catalog simply falls out of the scanner’s view. Second, it distributes the weight of the category page among the nested cards, reducing nesting depth: a product from page 5 of pagination is just one click away from the catalog section, rather than hidden behind a dozen intermediate transitions.

The downside is the risk of duplication. Pagination pages are almost always similar to each other in structure, headings, and service blocks, and if you don’t differentiate them for the robot, Google may perceive them as low-value copies of the same section.

How Does Google Handle Pagination Pages?

Google’s official documentation for developers describes pagination as one of the methods of incremental content loading alongside the “Show More” button and infinite scroll. There are several fundamental points worth keeping in mind when setting it up.

Google’s scanner discovers new pages almost exclusively through <a href="…"> links. The robot doesn’t click buttons or run JavaScript scripts that require user action to load content—which means if the transition between pagination pages is implemented only through a JS handler without a real href, the next portion of the catalog risks going unnoticed.

Each page in the sequence must have its own permanent URL—this can be a query parameter like ?page=2 or a separate path /page/2/. You cannot use an anchor #page2 for numbering: Google ignores everything after the hash and may decide this is the same page it has already processed.

Another nuance: the titles and descriptions of pagination pages don’t have to be unique in the strict sense. Google explicitly states that sites don’t need to invent an original <title> for each of twenty catalog pages—the robot recognizes them as elements of one sequence anyway. This removes some of the excessive work that SEO agencies like to write about when selling the service of “uniquifying” hundreds of technical pages.

Starting in 2019, Google officially stopped considering rel="prev" and rel="next" attributes during indexation—previously they were considered the standard for linking pagination pages, but today their presence in the code changes nothing for ranking. If these tags are already built into the site template, removing them is not necessary: they do no harm, but they no longer provide any benefit for search optimization.

Three Working Approaches to SEO Pagination Setup

1. Index All Pagination Pages

Each page receives a unique URL, a self-referencing rel="canonical" pointing to itself, and sequential links to neighboring pages through <a href>. This approach is suitable for medium and large catalogs where it’s important for products on distant pages to participate in ranking for their own queries.

Practical advantage: Page 7 of a headphones catalog can rank for a narrow query like “wireless headphones under $50” if products of that price category are concentrated there—if you close such pages from indexation, this traffic is lost irretrievably.

2. Canonicalization to a “Show All” Page

On each pagination page, rel="canonical" is set not to itself, but to a separate page where the entire list is displayed. This option is justified if the category fits within a reasonable volume—roughly, up to several hundred items—and the “Show All” page loads quickly, preferably faster than three seconds.

3. Close Pagination Pages with noindex, follow Meta Tag

All pages in the sequence except the first receive <meta name="robots" content="noindex, follow">. The follow directive is crucial here—it allows the robot to follow links on pagination pages even if the page itself won’t enter the index, and thus product cards remain available for scanning.

This method is logical to choose when the site owner consciously sacrifices indexation of intermediate pages to save crawl budget—for example, on a site with tens of thousands of pages where Google’s scanning resources are objectively limited. The downside is obvious: products that are found exclusively on closed pages and aren’t duplicated anywhere by external links lose the chance to appear in search results for their own low-frequency queries.

Special Case: Infinite Scroll and AJAX Loading

If a site uses infinite scroll instead of classic pagination, the task isn’t solved automatically. Google recommends giving each loaded portion of content its own permanent URL—for example, through the ?page=12 parameter—and updating the address in the address bar using the History API at the moment when the next block becomes the main visible element on screen. Without this step, infinite scroll technically hides all content from the robot except the very first portion, because the scanner won’t scroll the page down, imitating user actions.

Typical Pagination Setup Errors

Canonical from all pages to the first. The most common and most destructive error: if pages 2, 3, 4 point the canonical link to page 1, Google receives the signal that all the rest of the content is a duplicate, and simply excludes products from these pages from the index. Essentially, the site owner closes access to part of the catalog with their own hands.

Simultaneous use of noindex and rel=”canonical”. These two signals contradict each other: canonical tells the robot “here’s the priority version of the page, pass all signals to it,” while noindex says “this page doesn’t need to be indexed at all.” If you need to simultaneously exclude a page from the index and pass weight to another address, it’s more correct to use a permanent 301 redirect rather than mixing directives.

robots.txt restriction along with canonical on the page. If a page is closed in robots.txt, the robot won’t be able to scan it at all and, consequently, won’t see the canonical tag on it—the entire canonicalization setup loses its meaning.

Navigation implemented only through JavaScript. Buttons without a real href attribute or handlers that require a click to load the next batch of data—this is a classic way to hide half your catalog from Google without even realizing it.

Duplicate first page under two different URLs. Often, due to CMS peculiarities, the address /catalog/ and /catalog/page-1/ return identical content with a 200 response code, and both end up in the index as separate pages. This is solved by a simple 301 redirect from the first page address to the main section URL.

Practical Example: What SEO Pagination Setup Looks Like on a Live Catalog

Let’s analyze a conditional but typical case to show the logic of applying the listed approaches in practice. There’s a furniture e-commerce store with a “Sofas” category containing 420 products, divided by 24 positions per page—a total of 18 pagination pages. Before optimization, all 18 pages had the same rel="canonical" to /sofas/, which is why only the first page was entered into the Google index, and products from pages 2–18 didn’t participate in search at all.

The correction logic is built in three steps. First, a self-referencing canonical is set on each pagination page—page 5 points to itself, not to the first page of the section. Then a sequential interlinking is built between pages: from any page you can go to a neighboring one through a regular <a href> link, and also return to the first page of the section. Finally, for each page, a technically unique but not “artificially rewritten” title is formed like “Sofas – page 5 of 18,” to avoid complete title duplication without extra copywriter work.

How to Check Pagination Setup Correctness

The main free tool is Google Search Console. In the “Coverage” section (or “Pages” in the updated interface), you can see which URLs Google excluded from the index as duplicates, and separately study the “Page is a duplicate” report—that’s where problems with incorrectly configured canonical links are most often discovered.

For point diagnosis of a specific URL, use the URL Inspection Tool: the tool shows which version of the page Google considers canonical, whether it was actually scanned, and whether there are discrepancies between what the user sees and what the robot receives.

Additionally, it’s useful to manually go through a chain of pagination pages in a browser with JavaScript disabled—if navigation stops working, this is a sure sign that Google’s robot probably won’t see the links to the next pages either.

Quick Checklist

• ✓Each pagination page has its own permanent URL, not an identifier after #.
• ✓Transitions between pages are implemented through <a href>, not only through JavaScript handlers.
• ✓One of the three approaches has been chosen (indexing all pages, canonical to “Show All,” or noindex, follow)—without mixing signals.
• ✓Canonical never points from internal pages to the first one if the goal is to index the entire catalog.
• ✓The first page of the section and its duplicate like /page-1/ are united by a 301 redirect.
• ✓Infinite scroll, if used, updates the URL through History API and gives each content block a separate address.
• ✓Pagination page indexation is periodically checked through Google Search Console.

Pagination is not a one-time technical setup, but an element of site architecture that should be reconsidered as your catalog or blog grows. An approach that works perfectly with 200 products may need revision with 5,000, and vice versa—what was justified for a large marketplace will be excessive for a small portfolio site.

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