@tiptap/core vs lexical
Side-by-side comparison of @tiptap/core and lexical
- Weekly Downloads
- 6.7M
- Stars
- 36.1K
- Gzip Size
- 92.0 kB
- License
- MIT
- Last Updated
- 1mo ago
- Open Issues
- 886
- Forks
- 2.9K
- Unpacked Size
- 2.3 MB
- Dependencies
- 11
- Weekly Downloads
- 2.5M
- Stars
- 23.2K
- Gzip Size
- 46.9 kB
- License
- MIT
- Last Updated
- 1mo ago
- Open Issues
- 555
- Forks
- 2.1K
- Unpacked Size
- 1.6 MB
- Dependencies
- 1
@tiptap/core vs lexical Download Trends
@tiptap/core vs lexical: Verdict
@tiptap/core excels as a headless, framework-agnostic rich text editor solution, built upon the robust ProseMirror toolkit. Its primary audience consists of developers seeking deep customization and control over their editor's behavior and appearance, leveraging its renderless component architecture to seamlessly integrate into any frontend framework.
Lexical, on the other hand, positions itself as a next-generation, extensible text editor framework with a strong emphasis on reliability, accessibility, and performance. It targets developers who need a highly performant and well-architected foundation for building complex editing experiences, offering a more opinionated yet flexible core.
A key architectural divergence lies in their underlying data models and rendering strategies. @tiptap/core leverages ProseMirror's state management and schema definition, providing a declarative way to structure content that can then be rendered by any framework. This separation of concerns allows for maximum flexibility in how the editor UI is built.
Lexical employs a different approach, utilizing a tree-based data structure and a command-driven system. It manages its state internally and provides a virtual DOM reconciliation layer for efficient DOM updates. This architecture facilitates features like rich collaboration and advanced node types directly within the framework.
Developer experience with @tiptap/core often involves a deeper dive into ProseMirror concepts and a more manual setup for framework integration, particularly if not using its specific framework integrations. Lexical aims for a more streamlined developer experience, with a focus on clear API patterns and built-in solutions for common editor challenges, potentially leading to a gentler initial learning curve for its specific paradigms.
Regarding performance and bundle size, lexical demonstrates a significant advantage. It boasts a much smaller gzipped bundle size compared to @tiptap/core, making it an attractive choice for projects where performance and initial load times are critical. @tiptap/core's larger size is partly due to its reliance on ProseMirror and its modular design aimed at extensibility.
For projects prioritizing a headless, highly adaptable editor that can be completely styled and controlled from the ground up, @tiptap/core is the stronger contender. Developers who desire maximum control over the rendering and component structure without being tied to a specific editor framework will find its architecture particularly appealing.
Conversely, lexical is an excellent choice when building feature-rich editors where performance, accessibility, and built-in robustness are paramount. If your project has ambitious plans for complex node types, real-time collaboration, or needs a production-ready foundation that handles many editor nuances out-of-the-box, lexical provides a compelling and efficient framework.
Lexical's emphasis on extensibility via nodes and plugins, combined with its internal command system, makes it well-suited for building custom inline tools and complex content editing interfaces. @tiptap/core, while also extensible, often requires more boilerplate for intricate custom features due to its headless nature and composition from ProseMirror's capabilities.
@tiptap/core vs lexical: Feature Comparison
| Criteria | @tiptap/core | lexical |
|---|---|---|
| Architecture | Leverages ProseMirror's state management and schema for declarative content structure. | ✓ Employs a tree-based data structure and command-driven system with virtual DOM reconciliation. |
| Learning Curve | Can be steeper due to ProseMirror concepts and manual integration. | ✓ Potentially gentler for core concepts, with a more opinionated API. |
| Core Philosophy | Headless, framework-agnostic rich text editor built on ProseMirror. | Extensible text editor framework prioritizing reliability, accessibility, and performance. |
| Content Modeling | Relies on ProseMirror's schema definition for structured content. | Utilizes a flexible, internal tree structure for dynamic content representation. |
| Primary Audience | Developers seeking deep customization and control over editor behavior and UI. | Developers needing a high-performance, accessible, and robust foundation for complex editors. |
| Bundle Efficiency | Larger gzipped bundle size, reflecting its comprehensive and modular nature. | ✓ Significantly smaller gzipped bundle size, optimized for performance. |
| Rendering Strategy | Separates content logic from UI rendering, allowing arbitrary frontend framework integration. | ✓ Manages its own rendering layer for efficient DOM updates and component management. |
| Accessibility Focus | Benefits from ProseMirror's accessibility features and allows custom UI accessibility. | ✓ Explicitly a core design pillar with integrated accessibility considerations. |
| Extensibility Model | Modular extensions built upon ProseMirror's capabilities, offering wide adaptation. | Defined node and plugin system for adding rich features and custom elements. |
| Developer Experience | Requires deeper understanding of ProseMirror and manual framework integration for full control. | ✓ Aims for streamlined patterns and built-in solutions for common editor challenges. |
| Performance Emphasis | Performance is good, but secondary to flexibility and headless nature. | ✓ A primary design goal, reflected in its architecture and bundle size. |
| Collaboration Features | Requires external implementation or ProseMirror addons for real-time collaboration. | ✓ Has architectural considerations that facilitate building real-time collaboration. |
| Customization Approach | ✓ Highly flexible due to headless design, enabling complete UI control. | Extensible via custom nodes and plugins within its defined framework. |
| Integration Complexity | Potentially higher for full framework integration without specific adapters. | ✓ Designed for smoother integration within its own framework paradigms. |