next-cache-components

Enable Next.js 16 cache components with the cacheComponents flag.

Updated Mar 27, 2026
One-click install
npx skills add https://github.com/yuehanjohn/enfuce-6 --skill next-cache-components-yuehanjohn
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: next-cache-components
Source: https://github.com/yuehanjohn/enfuce-6/tree/main/.agents/skills/next-cache-components
Command: npx skills add https://github.com/yuehanjohn/enfuce-6 --skill next-cache-components-yuehanjohn

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Next.js 16 Cache Components solve the challenge of balancing immediate UI rendering with optimized caching by enabling Partial Prerendering across routes.

Core Features & Use Cases

  • Enable Cache Components in Next.js 16 with cacheComponents: true to activate Partial Prerendering.
  • Classify content into Static, Cached, and Dynamic blocks to optimize performance while keeping freshness where needed.
  • Use inline directives like "use cache", cacheLife, cacheTag, and updateTag to control caching behavior, invalidation, and revalidation.

Quick Start

Run the Next.js app with cache components enabled to observe static shells and progressively hydrated cached sections.

Frequently Asked Questions about next-cache-components

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I enable cache components in Next.js 16 for partial prerendering?

To enable cache components in Next.js 16, activate the cacheComponents flag by setting it to true. This enables Partial Prerendering, allowing your routes to serve a static shell while progressively hydrating cached and dynamic sections.

What is the use-cache directive used for in Next.js server rendering?

The use-cache directive in Next.js server rendering is used to classify and control specific content blocks as cached. It works with cacheLife and cacheTag to manage caching behavior, invalidation, and revalidation for optimized frontend performance.

How do I classify static, cached, and dynamic content blocks in a Next.js app?

You classify static, cached, and dynamic content blocks in a Next.js app by using inline directives like use-cache. This approach balances immediate UI rendering with optimized caching by isolating dynamic content from statically prerendered sections.

Does the Next.js cacheComponents flag work with routes needing mixed static and dynamic content?

Yes, the Next.js cacheComponents flag is specifically designed for routes needing a mix of static, cached, and dynamic content. It satisfies modern web app requirements by applying Partial Prerendering across routes with varying freshness needs.

How do cacheLife and cacheTag control caching behavior and invalidation in Next.js?

cacheLife and cacheTag control caching behavior and invalidation in Next.js by defining expiration parameters and identifying cached sections. They work alongside updateTag to trigger revalidation, ensuring content freshness where needed without sacrificing performance.