Every design detail page now includes both clean HTML and auto-generated React code for instant developer handoff.
Collection 19Collection

Component libraries and token docs

Design system pages that document tokens, components, and usage guidelines with clarity.

Design systems succeed when documentation is consistent. This collection highlights layouts that map tokens, components, and usage guidelines in a scannable way.

Each design emphasizes clear navigation, visual examples, and copy-ready guidelines.

  • Component pages with usage guidance and variants.
  • Token documentation with clear naming rules.
  • Navigation that scales with hundreds of components.

Read the related playbook

Dive deeper into the strategy behind this collection.

UI Optimization for Core Web Vitals

Design System & Component Libraries Collection

This collection features design system and component library pages optimized for developer adoption. Each design applies documentation clarity principles: component previews, prop specifications, usage examples, and accessibility guidance. These are not generic style guides but developer-focused design systems.

All design system pages use Tailwind CSS with syntax-highlighted code blocks, live component previews, and responsive layouts. React components handle code copying, theme switching, and interactive examples. Use these as templates for internal design systems, open-source UI libraries, or component documentation.

  • Component previews: live interactive examples with variant demonstrations
  • Prop documentation: list all props with types, defaults, and descriptions
  • Usage examples: show code snippets for common implementation patterns
  • Accessibility guidance: include ARIA labels, keyboard navigation, and WCAG compliance
  • Copy functionality: one-click code copying for component examples
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Documenting design systems for developer adoption

A high-quality design system page includes four components: live preview, prop list, usage code, and accessibility notes. The preview shows the component in action with variant toggles. The prop list specifies all available properties with types and defaults. Usage code provides copy-paste examples. Accessibility notes explain keyboard navigation and ARIA requirements.

Weak design system docs fail because they omit one of these elements or provide generic descriptions without specifics. Developers need working code, not conceptual explanations. Every component should include runnable examples that can be copied directly into projects.

  • Show live preview: render component with interactive variant switcher.
  • List props with types: include property name, type, default, and description.
  • Provide usage examples: show code snippets for common patterns.
  • Include accessibility: explain keyboard navigation, ARIA labels, and focus management.
  • Support code copying: add copy button to all code examples.

Common design system documentation mistakes

The most damaging mistake is omitting code examples. If developers must guess at implementation details, they will not adopt your design system. Every component should include at least one working code example with expected output.

Another frequent error is poor prop documentation. Listing props without types or defaults forces developers to inspect source code. Instead, create a structured table with property name, type, default value, and description.

  • Do not omit code examples; every component needs runnable sample code.
  • Do not skip prop documentation; list types, defaults, and descriptions.
  • Do not hide accessibility notes; explain keyboard navigation and ARIA requirements.
  • Do not ignore variants; show all component states (default, hover, disabled, error).
  • Do not forget theming; demonstrate how components adapt to color or size tokens.
FAQs

Should I include Figma files with my design system documentation?

Yes, link to Figma library from component docs to support designer-developer handoff.

How should I document component variants?

Show a live preview, list props with types, include do/don't usage examples, and link to accessibility guidelines.

Should design systems include dark mode variants?

Yes, if your product supports dark mode. Show theme switcher and document color token mappings.

Best Practices

Rules for applying these patterns

Usage clarity

Document when to use each component and include “avoid” notes.

Token taxonomy

Group tokens by category and provide usage examples.

Variant coverage

Show interactive examples for states and sizes.

Navigation scale

Use clear side navigation with search for fast access.

Implementation Checklist

Pre-launch checklist

  1. 01Component pages show usage and variants.
  2. 02Token docs include naming rules.
  3. 03Search visible across the system.
  4. 04Interactive examples available for key components.
  5. 05Version history accessible.

Design Library

Representative designs

UI Optimization for Core Web Vitals
Razer FAQ UI Accordion

Razer FAQ UI Accordion

A cutting-edge accordion FAQ UI, meticulously designed with a high-contrast Razer Green & Black palette. Visual hierarchy is achieved through distinct panel bac…

Components
Modern Article Feed UI Component

Modern Article Feed UI Component

A sleek, minimalist article feed designed for optimal eye comfort using the Solarized Eye-care Dark theme. High-contrast typography and intuitive visual hierarc…

Components
Vanguard Performance UI Table

Vanguard Performance UI Table

A high-contrast, performance-driven data table UI component featuring a striking Razer Green & Black aesthetic. Designed for optimal visual hierarchy and immedi…

Components
Clinical Quick Search Command Palette

Clinical Quick Search Command Palette

This component provides a 'Command Palette' quick search interface, designed for efficient navigation and data retrieval within clinical and scientific applicat…

Components
Floating Interactive Cards

Floating Interactive Cards

This 'Floating Interactive Cards' component presents dynamic content in an engaging, three-dimensional layout, embodying the serene yet crisp aesthetic of the '…

Components
Project Portfolio Masonry

Project Portfolio Masonry

This Project Portfolio Masonry layout component provides an aesthetically pleasing and highly responsive display for various creative works, drawing inspiration…

Components
Neo-Brutalist High-Contrast Bento Dashboard

Neo-Brutalist High-Contrast Bento Dashboard

This high-contrast Bento Grid dashboard leverages a stark, functional design for immediate data comprehension, embodying the Neo-Brutalism aesthetic with sharp …

Components
Floating Interactive Cards with Organic Earth Tones

Floating Interactive Cards with Organic Earth Tones

This component showcases a series of 'Floating Interactive Cards', designed to present information clearly with a subtle, engaging presence on the page. The vis…

Components
Modern Swiss Notification Center List

Modern Swiss Notification Center List

This component provides a clean, hierarchical notification list, embodying the principles of Modern Swiss Typographic design with its emphasis on clarity and fu…

Components
Three-tier Pastel Gradient Pricing Table

Three-tier Pastel Gradient Pricing Table

This Three-tier Pricing Table offers a clear and engaging way to present your service plans, designed with a soft pastel gradient aesthetic to create a welcomin…

Components
Testimonial Slider Grid

Testimonial Slider Grid

This Testimonial Slider Grid component provides an engaging way to showcase customer feedback with a visually appealing 'Midnight Aurora Borealis' art direction…

Components
Regal Tiers: Royal Velvet Pricing

Regal Tiers: Royal Velvet Pricing

This three-tier pricing table design is crafted for clarity and conversion, guiding users to their ideal plan with a touch of luxury. For enhanced security, ens…

Components

Cluster Routing

Keep the strategy → collection → design flow

FAQ

Frequently asked questions

What makes design system docs effective?

Clear usage guidance and consistent token naming.

How should components be organized?

Group by function (inputs, navigation, feedback) to reduce scanning time.

Do design systems need search?

Yes, search dramatically speeds up component discovery.

Pillar Playbook

UI Optimization for Core Web Vitals

Performance-friendly component documentation patterns.

Read the playbook