DevExtreme React Grid: The Definitive Setup, Features & Enterprise Tutorial






DevExtreme React Grid: Complete Setup, Features & Tutorial







DevExtreme React Grid: The Definitive Setup, Features & Enterprise Tutorial

Updated: June 2025  ·  12 min read  · 
Tags: React, DevExtreme, Data Grid, Enterprise UI, Tutorial

There’s a certain rite of passage every React developer goes through: you need a data grid, you Google “React table component,” and suddenly you’re knee-deep in twelve different libraries, each with its own philosophy, bundle size, and licensing trap. If you’ve landed here, you’ve probably already heard about DevExtreme React Grid and want to know whether it’s worth your time. Spoiler: for enterprise-grade applications, it almost certainly is.

The DevExtreme React Grid — formally the @devexpress/dx-react-grid package suite — is a plugin-based, headless-friendly React data grid library built by DevExpress. Unlike monolithic grids that ship every feature by default and dare you to tree-shake them, this one is architecturally modular. You compose the grid from discrete plugin components. You want sorting? Add the SortingState plugin. You need pagination? Drop in PagingState and IntegratedPaging. Nothing loads that you didn’t explicitly ask for.

This tutorial covers everything from DevExtreme React Grid installation and initial setup through advanced features including filtering, grouping, inline editing, and virtual scrolling — the kind of depth you’d expect from a true React enterprise grid solution. We’ll keep the code real, the explanations honest, and skip the filler.

Why DevExtreme React Grid Stands Apart from Other React Table Libraries

The React ecosystem has no shortage of table and grid solutions. react-table (now TanStack Table) is brilliant for headless flexibility. AG Grid Community is fast and feature-rich. MUI DataGrid is convenient if you’re already in the Material UI ecosystem. So where does the React data grid DevExtreme solution fit in?

The key differentiator is its plugin-based architecture. Every feature — sorting, filtering, grouping, pagination, selection, editing — is an independent plugin component. They communicate through a shared state layer, not prop drilling or a single monolithic configuration object. This design means your bundle only includes what you use, your features stay isolated and testable, and you can swap out the rendering layer entirely. DevExtreme ships Bootstrap 4 and Material UI renderers out of the box, but the core grid logic is fully decoupled from the UI.

From an enterprise perspective, this matters enormously. Applications that handle thousands of rows, real-time data updates, complex filtering logic, and multi-level grouping need a grid that doesn’t fight the architecture. The DevExtreme React Grid supports controlled state (where you manage state via Redux, Zustand, or React Context), which means it integrates cleanly into existing state management strategies rather than owning its own isolated island of truth. That’s not something every React data grid library can claim.

It’s also worth noting the TypeScript support, which is first-class and not an afterthought. Every plugin, every state interface, every prop type is fully typed. For teams working on long-lived React interactive grid implementations where maintainability is as important as initial velocity, this eliminates an entire class of runtime bugs.

DevExtreme React Grid Installation and Initial Project Setup

Getting the grid running takes under ten minutes if you know what you’re installing. The package suite is split into functional layers: the core state-management library, the rendering adapters, and optionally the icons or theme packages. Let’s walk through a clean DevExtreme React Grid setup from scratch.

First, install the required packages. Choose your renderer — Bootstrap 4 or Material UI:

# For Bootstrap 4 renderer
npm install @devexpress/dx-react-core \
            @devexpress/dx-react-grid \
            @devexpress/dx-react-grid-bootstrap4 \
            bootstrap

# For Material UI renderer
npm install @devexpress/dx-react-core \
            @devexpress/dx-react-grid \
            @devexpress/dx-react-grid-material-ui \
            @mui/material @emotion/react @emotion/styled

The separation between dx-react-grid (pure logic) and the renderer packages is intentional. You could theoretically write your own renderer and keep all the state-management plugins — that’s how headless-capable the architecture is. For most production projects, however, the Bootstrap 4 or Material UI renderers are production-ready and well-maintained.

Once installed, import your theme’s CSS (for Bootstrap 4, import bootstrap/dist/css/bootstrap.min.css in your entry file) and wrap your root component with the appropriate provider if your renderer requires it. With MUI, your existing ThemeProvider handles it automatically. With Bootstrap 4, no provider is needed — the styles are purely class-based.

Here’s the minimal viable grid — a working DevExtreme React Grid example that renders a data table with defined columns: 

import React from 'react';
import {
  Grid,
  Table,
  TableHeaderRow,
} from '@devexpress/dx-react-grid-bootstrap4';

const columns = [
  { name: 'id',       title: 'ID'       },
  { name: 'name',     title: 'Name'     },
  { name: 'role',     title: 'Role'     },
  { name: 'status',   title: 'Status'   },
];

const rows = [
  { id: 1, name: 'Alice Monroe',   role: 'Frontend Engineer', status: 'Active'   },
  { id: 2, name: 'Bob Kauffman',   role: 'DevOps Lead',       status: 'Active'   },
  { id: 3, name: 'Carol Zhang',    role: 'Product Manager',   status: 'On Leave' },
  { id: 4, name: 'David Okonkwo',  role: 'Backend Engineer',  status: 'Active'   },
];

export default function BasicGrid() {
  return (
    <Grid rows={rows} columns={columns}>
      <Table />
      <TableHeaderRow />
    </Grid>
  );
}

That’s the foundation. Grid is the root component and accepts your data and column definitions. Table renders the actual <table> DOM structure. TableHeaderRow renders the header. No plugins beyond these two are required for a static display — but the real power surfaces the moment you start layering in feature plugins.

Sorting, Filtering, and Search: Making Data Actually Navigable

A static table is just a glorified <ul>. The moment your users need to find something specific in a dataset of any meaningful size, you need DevExtreme React Grid filtering and sorting. Both are implemented as plugin pairs: a State plugin that holds the configuration, and an Integrated plugin that processes the data. 

import {
  Grid,
  Table,
  TableHeaderRow,
  TableFilterRow,
} from '@devexpress/dx-react-grid-bootstrap4';
import {
  SortingState,
  IntegratedSorting,
  FilteringState,
  IntegratedFiltering,
} from '@devexpress/dx-react-grid';

export default function FilterableSortableGrid() {
  return (
    <Grid rows={rows} columns={columns}>
      <SortingState defaultSorting={[{ columnName: 'name', direction: 'asc' }]} />
      <IntegratedSorting />
      <FilteringState defaultFilters={[]} />
      <IntegratedFiltering />
      <Table />
      <TableHeaderRow showSortingControls />
      <TableFilterRow />
    </Grid>
  );
}

Notice the pattern: SortingState before IntegratedSorting, FilteringState before IntegratedFiltering. The State plugin declares what feature exists and manages its configuration. The Integrated plugin performs the actual computation on the local dataset. If you’re working with server-side data, you’d replace the Integrated plugins with custom logic — more on that shortly.

The defaultSorting and defaultFilters props put these plugins into uncontrolled mode, meaning the grid manages state internally. For controlled mode — where your Redux store or parent component owns the state — replace them with sorting and onSortingChange (and the filter equivalents). This distinction is crucial for enterprise applications where state needs to be serialized, persisted in URLs, or synchronized across components.

Custom filter predicates are also supported. If the built-in string-matching isn’t enough — say, you need range filters for numeric columns or date pickers for date fields — you can supply a custom columnExtensions array to IntegratedFiltering with per-column predicate functions. This level of extensibility is what separates a genuine React table component advanced implementation from a toy example.

Grouping, Pagination, and Virtual Scrolling for Large Datasets

When your dataset grows beyond a few dozen rows, rendering performance and data organization become first-class concerns. DevExtreme React Grid grouping lets users categorize data by one or more columns interactively, while pagination and virtual scrolling address the raw rendering problem. These three features together define what a production-ready React enterprise data grid looks like in practice.

Grouping follows the same State + Integrated + UI-component pattern. Add GroupingState and IntegratedGrouping for the logic layer, and TableGroupRow for rendering. You can enable a drag-and-drop grouping panel with DragDropProvider and TableColumnReordering, letting users drag column headers into a grouping panel — a UX pattern enterprise users genuinely expect. The groups are collapsible by default, and nested grouping by multiple columns works without additional configuration. 

import {
  GroupingState,
  IntegratedGrouping,
} from '@devexpress/dx-react-grid';
import {
  TableGroupRow,
  GroupingPanel,
  Toolbar,
} from '@devexpress/dx-react-grid-bootstrap4';
import { DragDropProvider } from '@devexpress/dx-react-grid';

export default function GroupableGrid() {
  return (
    <Grid rows={rows} columns={columns}>
      <DragDropProvider />
      <GroupingState defaultGrouping={[{ columnName: 'role' }]} />
      <IntegratedGrouping />
      <Table />
      <TableHeaderRow />
      <TableGroupRow />
      <Toolbar />
      <GroupingPanel showGroupingControls />
    </Grid>
  );
}

For DevExtreme React Grid pagination, the PagingState and IntegratedPaging plugins handle local data slicing, and PagingPanel renders the page navigator. For remote pagination — where the server returns one page at a time — you use PagingState in controlled mode and respond to the onCurrentPageChange callback with a new API request. The grid handles the UI state; your code handles the data fetching. This clean separation is rare in grids that try to do too much.

Virtual scrolling is available via VirtualTable as a drop-in replacement for Table. It renders only the visible rows, maintaining a small buffer above and below the viewport. For datasets in the tens of thousands of rows, this is the difference between a grid that feels snappy and one that locks the browser for three seconds on first render. The VirtualTable component accepts a height prop to constrain the scrollable viewport — critical for layouts where the grid needs to coexist with other page elements rather than expand indefinitely.

Inline Editing and Row Selection: Building an Interactive Grid

A read-only grid is fine for dashboards. But many enterprise applications require React table with editing — users need to modify records inline without navigating to a separate edit form. The DevExtreme React Grid handles this through the EditingState plugin, which manages which rows are being edited, staged changes, and commit/cancel actions. 

import {
  EditingState,
} from '@devexpress/dx-react-grid';
import {
  TableEditRow,
  TableEditColumn,
} from '@devexpress/dx-react-grid-bootstrap4';
import { useState } from 'react';

export default function EditableGrid() {
  const [data, setData] = useState(rows);

  const commitChanges = ({ added, changed, deleted }) => {
    let updatedRows = [...data];

    if (added) {
      const startingAddedId = data.length > 0
        ? Math.max(...data.map(r => r.id)) + 1
        : 0;
      updatedRows = [
        ...updatedRows,
        ...added.map((row, index) => ({ id: startingAddedId + index, ...row })),
      ];
    }
    if (changed) {
      updatedRows = updatedRows.map(row =>
        changed[row.id] ? { ...row, ...changed[row.id] } : row
      );
    }
    if (deleted) {
      const deletedSet = new Set(deleted);
      updatedRows = updatedRows.filter(row => !deletedSet.has(row.id));
    }

    setData(updatedRows);
  };

  return (
    <Grid rows={data} columns={columns} getRowId={row => row.id}>
      <EditingState onCommitChanges={commitChanges} />
      <Table />
      <TableHeaderRow />
      <TableEditRow />
      <TableEditColumn showAddCommand showEditCommand showDeleteCommand />
    </Grid>
  );
}

A few things worth highlighting in this pattern. First, getRowId is passed directly to Grid — this tells the plugin system how to uniquely identify rows, which is essential for change tracking. Without it, the grid falls back to array index, which breaks when rows are filtered, sorted, or reordered. Always define getRowId in editable grids. Second, the commitChanges callback receives a batch of changes rather than individual mutations. This makes it straightforward to send a single API request per save operation rather than multiple concurrent calls.

Row selection is a natural companion to editing. The SelectionState plugin maintains a list of selected row IDs. IntegratedSelection handles “select all” behavior correctly across paginated or filtered data — it selects all matching rows, not just the currently visible page, which is the behavior users actually expect. TableSelection renders the checkbox column. You can combine selection with a toolbar action to bulk-edit or bulk-delete, a pattern that appears constantly in admin interfaces and CRM tools.

For custom cell editors — date pickers, dropdowns, autocomplete inputs — you provide a custom component to TableEditRow‘s cellComponent prop. The component receives the column name, current value, and an onValueChange callback. This is straightforward to wire into any UI library’s input components, and it means you’re never stuck with a plain <input type="text"> for complex data types.

Server-Side Data, Remote Operations, and Performance at Scale

The examples above use local data and Integrated plugins that process everything client-side. That’s fine for datasets under a few thousand rows. But in real enterprise applications, data lives on a server, you’re working with millions of records, and loading everything upfront isn’t an option. The DevExtreme React Grid handles this gracefully by separating state management from data processing.

The pattern for server-side operations is straightforward: use State plugins in controlled mode, respond to their change callbacks with API calls, and update your data and state accordingly. Here’s how it looks for server-side filtering and sorting: 

import { useState, useEffect, useCallback } from 'react';
import {
  SortingState,
  FilteringState,
  PagingState,
  CustomPaging,
} from '@devexpress/dx-react-grid';

export default function RemoteGrid() {
  const [rows, setRows]             = useState([]);
  const [totalCount, setTotalCount] = useState(0);
  const [sorting, setSorting]       = useState([{ columnName: 'name', direction: 'asc' }]);
  const [filters, setFilters]       = useState([]);
  const [currentPage, setCurrentPage] = useState(0);
  const [pageSize]                  = useState(20);
  const [loading, setLoading]       = useState(false);

  const loadData = useCallback(async () => {
    setLoading(true);
    try {
      const params = new URLSearchParams({
        page:     currentPage,
        pageSize: pageSize,
        sortBy:   sorting[0]?.columnName ?? 'id',
        sortDir:  sorting[0]?.direction  ?? 'asc',
      });
      filters.forEach(f => params.append(`filter_${f.columnName}`, f.value));

      const res  = await fetch(`/api/employees?${params}`);
      const json = await res.json();
      setRows(json.data);
      setTotalCount(json.total);
    } finally {
      setLoading(false);
    }
  }, [currentPage, pageSize, sorting, filters]);

  useEffect(() => { loadData(); }, [loadData]);

  return (
    <Grid rows={rows} columns={columns}>
      <SortingState  sorting={sorting}  onSortingChange={setSorting} />
      <FilteringState filters={filters} onFiltersChange={f => { setFilters(f); setCurrentPage(0); }} />
      <PagingState currentPage={currentPage} onCurrentPageChange={setCurrentPage} pageSize={pageSize} />
      <CustomPaging totalCount={totalCount} />
      <Table />
      <TableHeaderRow showSortingControls />
      <TableFilterRow />
      <PagingPanel />
    </Grid>
  );
}

Note CustomPaging instead of IntegratedPaging. This tells the grid that the total record count is externally provided, so it doesn’t try to compute pagination from the local rows array (which only holds one page’s worth of data). The same principle applies to remote sorting and filtering — when you use controlled State plugins without their Integrated counterparts, you own the data transformation logic entirely.

For performance-sensitive rendering, combine remote data fetching with VirtualTable and a debounced filter handler. Debouncing filter input (typically 300–400ms) prevents a cascade of API requests as users type. Caching responses client-side with a library like React Query or SWR further reduces latency on repeated queries — a practical optimization that keeps the grid feeling fast even under network variability.

Column Features: Resizing, Reordering, Hiding, and Fixed Columns

Enterprise users are opinionated about their grids. They want to resize columns to fit their screen, reorder columns to match their workflow, hide columns they don’t care about, and freeze important columns to the left while scrolling horizontally through wide datasets. The DevExtreme React Grid supports all of these as — you guessed it — composable plugins.

  • Column resizing: TableColumnResizing with defaultColumnWidths
  • Column reordering: DragDropProvider + TableColumnReordering
  • Column visibility: TableColumnVisibility + ColumnChooser + Toolbar
  • Fixed columns: TableFixedColumns with leftColumns and rightColumns arrays

What makes this composable approach valuable in practice is that each feature can be individually controlled or uncontrolled. You can persist column widths to localStorage and restore them on page reload by using TableColumnResizing in controlled mode, reading from storage on initialization, and writing to storage on the onColumnWidthsChange callback. The same applies to column order and visibility. In a well-built enterprise application, users’ grid preferences should survive page refreshes and even browser sessions — this pattern makes that straightforward.

Fixed columns are particularly valuable for wide datasets where users need to maintain context while scrolling. Setting leftColumns={['selection', 'name']} keeps the checkbox and name columns anchored to the left edge regardless of horizontal scroll position. Combine this with TableColumnVisibility so users can hide the columns they don’t need and the fixed column behavior still works correctly — the grid recalculates sticky positions dynamically.

Custom cell rendering deserves a mention here. Every plugin that renders cells accepts a cellComponent prop for replacing the default renderer with your own React component. This is how you add sparklines, badges, action buttons, or progress bars inside grid cells — all without any monkey-patching or CSS hacks. The custom cell component receives the row data and column definition as props, making it trivial to implement context-aware rendering logic.

Master-Detail Views and Summary Rows: The Advanced Layer

Beyond flat tabular data, many enterprise workflows require hierarchical data presentation. Order management systems show line items nested under orders. HR tools expand employee records to show project histories. DevExtreme React Grid handles this through its RowDetailState plugin combined with the TableRowDetail renderer. 

import {
  RowDetailState,
} from '@devexpress/dx-react-grid';
import {
  TableRowDetail,
} from '@devexpress/dx-react-grid-bootstrap4';

const RowDetail = ({ row }) => (
  <div style={{ padding: '1rem' }}>
    <strong>Employee Details</strong>
    <p>Department: {row.department}</p>
    <p>Start Date: {row.startDate}</p>
    <p>Manager: {row.manager}</p>
  </div>
);

export default function MasterDetailGrid() {
  return (
    <Grid rows={rows} columns={columns}>
      <RowDetailState defaultExpandedRowIds={[]} />
      <Table />
      <TableHeaderRow />
      <TableRowDetail contentComponent={RowDetail} />
    </Grid>
  );
}

The contentComponent receives the full row object, so the detail panel can render anything — another nested grid, a form, a chart, an image gallery. For complex master-detail implementations, you’d often fetch the detail data lazily when a row is expanded, using RowDetailState in controlled mode and responding to onExpandedRowIdsChange with a targeted API call. This avoids loading detail data for every row upfront, which is almost never appropriate for large datasets.

Summary rows — aggregate values displayed at the bottom of a group or the entire table — are handled by SummaryState and IntegratedSummary. You define summary items per column (count, sum, min, max, custom) and they appear automatically in TableSummaryRow. Group summaries work in combination with the grouping plugins, showing aggregates per group in the collapsed group header row — a feature that turns a flat data grid into an ad-hoc reporting tool without building a separate reporting layer.

Putting It All Together: A Production-Ready Enterprise Grid

At this point you have the individual building blocks. Let’s look at how a real React enterprise data grid implementation assembles these plugins into a cohesive, production-worthy component. The following is a representative configuration for an employee management interface — the kind of grid that appears in serious enterprise applications. 

import React, { useState } from 'react';
import {
  SortingState, IntegratedSorting,
  FilteringState, IntegratedFiltering,
  GroupingState, IntegratedGrouping,
  PagingState, IntegratedPaging,
  EditingState,
  SelectionState, IntegratedSelection,
  RowDetailState,
  SummaryState, IntegratedSummary,
  DragDropProvider,
} from '@devexpress/dx-react-grid';
import {
  Grid, Table, TableHeaderRow,
  TableFilterRow, TableGroupRow,
  TableEditRow, TableEditColumn,
  TableSelection, TableRowDetail,
  TableSummaryRow, TableColumnResizing,
  TableColumnReordering, TableColumnVisibility,
  TableFixedColumns,
  GroupingPanel, Toolbar,
  ColumnChooser, PagingPanel,
  VirtualTable,
} from '@devexpress/dx-react-grid-bootstrap4';

const COLUMNS = [
  { name: 'id',         title: 'ID'         },
  { name: 'name',       title: 'Name'       },
  { name: 'department', title: 'Department' },
  { name: 'role',       title: 'Role'       },
  { name: 'salary',     title: 'Salary'     },
  { name: 'status',     title: 'Status'     },
];

const SUMMARY_ITEMS = [
  { columnName: 'id',     type: 'count' },
  { columnName: 'salary', type: 'sum'   },
  { columnName: 'salary', type: 'avg'   },
];

const RowDetail = ({ row }) => (
  <div style={{ padding: '0.75rem 1.5rem', background: '#f8fafc' }}>
    <p><strong>Department:</strong> {row.department}</p>
    <p><strong>Status:</strong> {row.status}</p>
  </div>
);

export default function EnterpriseGrid({ initialRows }) {
  const [rows, setRows]         = useState(initialRows);
  const [selection, setSelection] = useState([]);

  const commitChanges = ({ added, changed, deleted }) => {
    let result = [...rows];
    if (added)   result = [...result, ...added.map((r, i) => ({ id: Date.now() + i, ...r }))];
    if (changed) result = result.map(r => changed[r.id] ? { ...r, ...changed[r.id] } : r);
    if (deleted) result = result.filter(r => !deleted.includes(r.id));
    setRows(result);
  };

  return (
    <Grid rows={rows} columns={COLUMNS} getRowId={r => r.id}>
      <DragDropProvider />
      <SortingState   defaultSorting={[{ columnName: 'name', direction: 'asc' }]} />
      <IntegratedSorting />
      <FilteringState defaultFilters={[]} />
      <IntegratedFiltering />
      <GroupingState  defaultGrouping={[]} />
      <IntegratedGrouping />
      <PagingState    defaultCurrentPage={0} defaultPageSize={25} />
      <IntegratedPaging />
      <EditingState   onCommitChanges={commitChanges} />
      <SelectionState selection={selection} onSelectionChange={setSelection} />
      <IntegratedSelection />
      <RowDetailState />
      <SummaryState   totalItems={SUMMARY_ITEMS} groupItems={SUMMARY_ITEMS} />
      <IntegratedSummary />

      <Table />
      <TableColumnResizing defaultColumnWidths={COLUMNS.map(c => ({ columnName: c.name, width: 160 }))} />
      <TableColumnReordering defaultOrder={COLUMNS.map(c => c.name)} />
      <TableHeaderRow showSortingControls />
      <TableFilterRow />
      <TableSelection showSelectAll />
      <TableGroupRow />
      <TableEditRow />
      <TableEditColumn showAddCommand showEditCommand showDeleteCommand />
      <TableRowDetail contentComponent={RowDetail} />
      <TableSummaryRow />
      <TableColumnVisibility />
      <TableFixedColumns leftColumns={['selection', 'name']} />
      <Toolbar />
      <GroupingPanel showGroupingControls />
      <ColumnChooser />
      <PagingPanel pageSizes={[10, 25, 50, 100]} />
    </Grid>
  );
}

This is a grid with sorting, filtering, grouping, pagination, editing, selection, master-detail expansion, summary rows, column resizing, reordering, visibility toggling, and fixed columns — all in one composable component. Note that the plugin order within Grid matters: State plugins should generally precede their Integrated counterparts, and UI components come last. Following the recommended plugin ordering from the advanced DevExtreme React Grid implementation guide prevents subtle bugs where plugins can’t find their required dependencies.

For teams adopting this in a large codebase, abstracting this configuration into a composable useGridPlugins hook or a higher-order EnterpriseGrid component with feature flags makes sense. You define which features each grid instance needs via props (sortable, filterable, editable, etc.), and the wrapper conditionally includes the appropriate plugins. This keeps individual page components clean while centralizing grid configuration in one place.

Frequently Asked Questions

How do I install and set up DevExtreme React Grid?

Run npm install @devexpress/dx-react-core @devexpress/dx-react-grid @devexpress/dx-react-grid-bootstrap4
(or the MUI variant). Import Bootstrap CSS in your entry file, then compose your grid from
Grid, Table, and TableHeaderRow as the minimum viable setup.
Add feature plugins — SortingState, FilteringState, etc. — as your requirements grow.

How does DevExtreme React Grid compare to other React table libraries?

Its plugin-based architecture makes it more composable than AG Grid Community and more feature-complete
than headless libraries like TanStack Table. You get enterprise features (virtual scrolling,
master-detail, summary rows, fixed columns) without third-party wrappers, first-class TypeScript
support, and clean controlled-state integration with Redux or React Context.

How do I implement filtering and grouping in DevExtreme React Grid?

For filtering: add FilteringState + IntegratedFiltering plugins and
TableFilterRow to the component tree. For grouping: add GroupingState +
IntegratedGrouping + TableGroupRow, optionally with DragDropProvider
and GroupingPanel for interactive drag-to-group. Both support controlled state
for server-side or externally managed data operations.

Semantic Core & Keyword Clusters

Cluster Keywords & LSI Phrases
Core DevExtreme React Grid, React data grid DevExtreme, dx-react-grid, DevExpress React Grid
Setup / Install DevExtreme React Grid installation, DevExtreme React Grid setup, npm install dx-react-grid, React Grid configuration
Features DevExtreme React Grid filtering, DevExtreme React Grid grouping, DevExtreme React Grid pagination, React table with editing, React interactive grid, virtual scrolling React grid, column reordering React
Enterprise / Advanced React enterprise grid, React enterprise data grid, React table component advanced, master-detail React grid, server-side React grid, remote data grid React
Learning / Content DevExtreme React Grid tutorial, DevExtreme React Grid example, React data grid library, React data grid comparison
LSI / Semantic plugin-based grid React, controlled state data grid, SortingState IntegratedSorting, PagingPanel React, TableEditRow DevExtreme, RowDetailState React, SelectionState React Grid


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