Architecture Compatibility
Adopting a third-party charts component for an enterprise application means it has to fit the existing architecture—the framework, build pipeline, deployment model, and organization’s standards — without forcing changes on any of them. This page covers the compatibility of the Syncfusion® React Charts with frameworks, React versions, build tools, state management, SSR, micro-front-ends, browsers, module formats, theming strategies, and testing infrastructure. Each section is accompanied by references to the corresponding, versioned documentation for deeper examination.
Framework and environment support
The Syncfusion React Charts component integrates as a standard React component in all major deployment environments. An application can run as a Next.js App Router project, a Vite SPA, a Remix app, or inside a micro-front-end shell. The integration process is uniform across environments, with no environment specific configuration required for the Charts component.
System requirements for all supported environments are documented.
React version compatibility
The Charts publishes a versioned React compatibility matrix with every release. This provides a documented reference that can be used for upgrade planning.
When upgrading React, keep @syncfusion packages at or above the mapped minimum version to remain supported. Based on the historical adoption pace (React 17 in 2020, React 18 in 2022, React 19 in 2024), Syncfusion has tracked each major, stable React release within approximately 6–12 months. This pattern is publicly reviewable in the release notes archive.
Build compatibility
The Charts installs as a standard npm package and works with the existing build setup without additional configuration or proprietary plugins. Only the feature modules the application imports are included in the production bundle; everything else is dropped at build time.
State management neutrality
The Charts has no opinion on how the application manages state. Data goes in as props, events come out—that is the entire contract. Redux, Zustand, TanStack Query, MobX, Jotai, Recoil, and React Context all work without conflict. The Charts does not require a global store, context provider, or proprietary data layer.
SSR and server component integration
The Charts integrates seamlessly with the Next.js App Router by following recommended integration patterns and efficient data-loading approaches. It is compatible with Streaming SSR (React Suspense), Incremental Static Regeneration (ISR), and Edge runtimes, with clear guidance available to prevent hydration issues in production environments.
- The Chart loads only the required dataset in the initial HTML output, ensuring better performance and faster rendering.
- To prevent hydration issues, the Chart should be used with the recommended App Router integration pattern, ensuring smooth execution of operations like animations, measurements, SVG, and Canvas rendering.
- For Streaming SSR (React Suspense), the Chart can be placed inside a Suspense boundary, allowing the rest of the page to render immediately while the chart data loads and initializes asynchronously.
- The Chart works seamlessly with Incremental Static Regeneration (ISR) and hydrates correctly on regenerated pages without requiring additional configuration.
- The Chart is fully compatible with Edge environments, as it does not depend on Node.js-specific features.
Browser and runtime support
Syncfusion publishes a versioned browser compatibility matrix with every release. It covers all supported modern browsers, with details on accessibility, high contrast rendering, and legacy browser limitations.
Micro-frontend and Module Federation compatibility
In a micro-front-end architecture, loading the same component library multiple times in independent applications causes bundle duplication and version conflicts. The Charts supports Webpack Module Federation and single-SPA, with a shared singleton configuration that ensures a single instance loads across all micro-apps.
Package distribution and module support
Package distribution bundles software into reusable packages for easy sharing and installation, while a module format defines the syntax used to structure and import code across environments.
The full package structure is inspectable on the npm package page.
Theming and design system integration
The Charts theming is based on built in themes and configuration driven styling, supporting enterprise CSS approaches such as CSS Modules, Sass/SCSS overrides, design token mapping, and Tailwind utility classes. It includes 22 built-in themes such as Fluent 2, Material 3, Bootstrap 5, and Tailwind 3.
CI/CD and testing compatibility
The Charts works with all standard React testing tools without custom polyfills or separate test environments. Charts-dependent features can be included in CI/CD pipelines using the same test infrastructure the rest of the application already uses.