AG Grid is the de facto enterprise-grade React data grid: powerful, extensible, and built for speed. If you need a production-ready React table component that supports advanced features like server-side row models, column virtualization, in-cell editing, and complex filtering, AG Grid is a great choice.

This tutorial takes you from installation to advanced patterns with concrete examples and pragmatic advice. You’ll get step-by-step setup, code samples for common features (sorting, filtering, pagination, cell editing), and performance tips tailored for large datasets and interactive table UIs.

Throughout, I use plain language, practical code, and links to authoritative docs so you can implement a robust interactive table in React quickly. Expect actionable guidance, not fluff—and a little humor when the grid decides to misbehave.

Quick answer: Why choose AG Grid for React data tables?

If your app requires complex features (multi-column sorting, rich filtering, cell editors, virtualization, and enterprise features like server-side pagination and aggregation), AG Grid React delivers the most coverage with production performance. It’s built to handle thousands to millions of rows with minimal UI lag.

For simple use-cases, a lightweight React table component may suffice; but the moment requirements include advanced cell editing, pivoting, or custom renderers, AG Grid reduces engineering time by providing battle-tested components and APIs.

In short: use AG Grid React when you need a full-featured React data grid library that scales. For a straight path to hands-on examples, see the official AG Grid React docs and this practical AG Grid tutorial.

AG Grid React setup and installation

Getting started with AG Grid in a React project is straightforward. If you use Create React App, Next.js, or a custom Webpack setup, install the community or enterprise package plus the React wrapper. For most projects, the community edition is sufficient; the enterprise edition unlocks advanced features like range selection and server-side row model.

Install via npm or yarn. The commands below install the community edition along with the React integration. Replace with ag-grid-enterprise if you have a license.

npm install --save ag-grid-community ag-grid-react react react-dom
# or
yarn add ag-grid-community ag-grid-react react react-dom

After installation, import AG Grid’s styles and the React component. Minimal setup in a functional component looks like this:

import React from 'react';
import { AgGridReact } from 'ag-grid-react';
import 'ag-grid-community/styles/ag-grid.css';
import 'ag-grid-community/styles/ag-theme-alpine.css';

function MyGrid(){ /* columnDefs, rowData, etc. */ }

For more detailed setup options (TypeScript typings, framework components, and theming), consult the official docs: AG Grid React and React docs at reactjs.org.

Core concepts: columns, rows, and grid state

AG Grid centers on a small set of core concepts: column definitions (columnDefs), row data, and gridOptions. columnDefs define how each column behaves—its header name, field, cell renderer, filter type, sort order, and editor. rowData is your array of objects or a data source when using a server-side model.

Grid state includes sorting, filtering, column order, and selection. AG Grid exposes APIs to get and set state programmatically, which makes it easy to persist user preferences or restore state across route changes. Use api.getColumnState() and api.setFilterModel() to manage state reliably.

Event-driven architecture is central: events like cellValueChanged, filterChanged, and gridReady allow you to react to user actions. Wire these events to update application state, trigger server requests, or implement optimistic UI updates.

Advanced features: filtering, sorting, pagination, and cell editing

AG Grid supports client-side and server-side filtering/sorting. For small to medium datasets, client-side (default) is easiest. For large datasets, use server-side or infinite scrolling row models that push filtering and sorting to your backend. You’ll configure columnDefs with filter and sortable flags:

const columnDefs = [
  { field: 'name', filter: 'agTextColumnFilter', sortable: true },
  { field: 'age', filter: 'agNumberColumnFilter', sortable: true },
];

Pagination can be client-side or implemented via server-side pagination. Use the grid’s pagination controls or build custom pagination UI and feed the grid with page data. The combination of pagination + server-side filtering is ideal when working with large datasets and APIs.

Cell editing is flexible: built-in editors cover text, select, date pickers, and number inputs. For complex editing, implement a custom cell editor component (React component) and register it in columnDefs. AG Grid emits events like cellEditingStarted and cellValueChanged so you can validate, transform, and commit edits back to your server.

Performance and scaling strategies

Performance is a key differentiator for AG Grid. Use row virtualization (default) to render only visible rows, which keeps DOM size small. For ultra-large datasets, choose the server-side row model or the viewport model to stream rows on demand from the server.

Immutable data mode and delta updates reduce re-renders. If your backend returns diffs or if you can provide row IDs, enable row identification and use the grid API’s transaction methods (e.g., api.applyTransaction({ update })) to update only changed rows.

Column virtualization and selective rendering of cell renderers further reduce overhead. Avoid heavy synchronous logic inside custom cell renderers; prefer lightweight renderers and asynchronous workflows for expensive computations. Profiling with React DevTools and the browser’s Performance panel helps identify bottlenecks.

Integration patterns and real-world examples

There are three common integration patterns: simple client-side grids, infinite scrolling/infinite row model for streaming data, and server-side row model for complex enterprise scenarios. Choose based on dataset size, latency tolerance, and feature requirements like grouping and aggregation.

Example: server-side pagination + filtering. Your UI sends filter and sort state to an API endpoint; the backend returns the requested page and total row count. The grid displays a loading overlay while the request is in flight and updates rows when the promise resolves. This keeps the client memory footprint small while preserving full-featured filtering and sorting.

For practical build-out, see hands-on tutorials and community posts (for example, this detailed AG Grid tutorial) that demonstrate advanced data tables built on AG Grid and React. Use these patterns as templates and adapt them to your API surface.

Best practices, tips, and quick troubleshooting

Plan your row model early: pick client-side for small sets or server-side/infinite for large sets. Implement clear row IDs if you need delta updates. Keep cell renderers lightweight and avoid heavy computations during render; use memoization where appropriate.

Handle accessibility and keyboard navigation by enabling AG Grid’s built-in keyboard support, and ensure your custom editors expose proper focus handling. Test large data scenarios in environments that simulate production-sized payloads to spot performance regressions early.

If something breaks: check console warnings (AG Grid logs helpful hints), verify import and CSS inclusion, and confirm you’re using compatible versions of ag-grid-react and ag-grid-community. When in doubt, consult the docs or search the community forums for similar issues.

• Top quick wins: enable row virtualization, use immutable data for frequent updates, and use server-side models for large datasets.

Example: basic AG Grid React component

Below is a compact example showing a sortable, filterable grid with basic pagination and an editable column. Use it as a starting point and expand with custom renderers or server-side integration.

import React, { useState, useMemo } from 'react';
import { AgGridReact } from 'ag-grid-react';

function GridExample(){
  const [rowData] = useState([
    { id:1, name:'Alice', age:30 },
    { id:2, name:'Bob', age:25 }
  ]);

  const columnDefs = useMemo(()=>[
    { field:'name', sortable:true, filter:true, editable:true },
    { field:'age', sortable:true, filter:'agNumberColumnFilter' }
  ],[]);

  return (
    <div className="ag-theme-alpine" style={{height:400}}>
      <AgGridReact
        rowData={rowData}
        columnDefs={columnDefs}
        pagination={true}
        paginationPageSize={25}
      />
    </div>
  );
}

This component uses client-side pagination and built-in editors. For large datasets, replace the rowData prop with a server-side data source or use the infinite row model.

Remember to include the CSS files for the selected AG Grid theme as shown earlier—missing CSS is the most common “it renders but looks wrong” issue.

FAQ

1. How do I install AG Grid in a React project?

Install the packages with npm or yarn: npm install ag-grid-community ag-grid-react, include the theme CSS, and import AgGridReact. For enterprise features, install ag-grid-enterprise and set your license key. See the official docs at ag-grid.com for detailed steps.

2. Should I use client-side or server-side row model?

Use client-side for datasets that fit comfortably in the browser (thousands of rows). For tens of thousands or millions of rows, use server-side or infinite row models to push filtering, sorting, and pagination to the backend. Server-side row model scales best for enterprise scenarios.

3. How can I implement custom cell editors in AG Grid React?

Create a React component that implements editor lifecycle methods (init, getValue, isPopup, etc.) or follow AG Grid’s React component guidelines. Register the component in columnDefs as the editor and AG Grid will mount it inside the cell. Validate on cellValueChanged to commit or revert edits.

Semantic core (keyword clusters)

Primary, secondary, and clarifying keyword clusters for on-page optimization and internal linking.

JSON-LD suggestion (FAQ schema)

Add this FAQ schema to help search engines feature your FAQs in rich results. Replace question/answer text with page-specific content if needed.

{
  "@context": "https://schema.org",
  "@type": "FAQPage",
  "mainEntity": [
    {
      "@type": "Question",
      "name": "How do I install AG Grid in a React project?",
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        "@type": "Answer",
        "text": "Install ag-grid-community and ag-grid-react via npm or yarn, import AG Grid CSS theme files, and use the AgGridReact component. For enterprise features, install ag-grid-enterprise."
      }
    },
    {
      "@type": "Question",
      "name": "Should I use client-side or server-side row model?",
      "acceptedAnswer": {
        "@type": "Answer",
        "text": "Use client-side for small datasets; use server-side or infinite row models for large datasets to offload sorting, filtering, and pagination to the backend."
      }
    },
    {
      "@type": "Question",
      "name": "How can I implement custom cell editors in AG Grid React?",
      "acceptedAnswer": {
        "@type": "Answer",
        "text": "Create a React component conforming to AG Grid's editor lifecycle, register it in columnDefs, and handle commit with cellValueChanged events."
      }
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}

Further reading & resources

Official docs and useful links:

• AG Grid React (official docs) — primary reference for API, examples, and enterprise features.
• React — React core documentation and best practices.
• AG Grid tutorial on dev.to — practical walkthrough and examples.

Embed these links naturally on your site to provide readers with authoritative sources and to improve topical relevance: anchor links like “AG Grid React” and “AG Grid tutorial” are effective backlinks when pointing to the official docs and community tutorials.

Ready to implement? Start with the install steps, wire up a minimal grid, and then incrementally add filters, sorting, and editing. Measure performance at each step and choose the appropriate row model for your dataset size. If you want, I can produce a tailored starter repo (Create React App or Next.js) with server-side pagination wired to a mock API—say the word.

Published: Practical guide for developers building interactive, high-performance tables in React with AG Grid.