# Tiger Lake

> Intel processor family

**Wikidata**: [Q25024949](https://www.wikidata.org/wiki/Q25024949)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Tiger_Lake)  
**Source**: https://4ort.xyz/entity/tiger-lake

## Summary
Tiger Lake is an Intel processor family and microarchitecture, serving as a successor to Ice Lake and predecessor to Alder Lake. It is part of Intel's broader line of microprocessors, designed for use in various computing devices.

## Key Facts
- **Aliases**: Tiger Lake (microarchitecture), TGL, Microarquitectura Tiger Lake.
- **Predecessor**: Ice Lake.
- **Successor**: Alder Lake.
- **Classification**: Subclass of Intel microprocessor.
- **Wikidata Description**: Intel processor family.
- **Sitelink Count**: 11 (Wikipedia pages in 10 languages, including English, German, and French).
- **Google Knowledge Graph ID**: /g/11cmybqrgc.

## FAQs
### Q: What is Tiger Lake?
A: Tiger Lake is an Intel processor family and microarchitecture, succeeding Ice Lake and preceding Alder Lake. It is part of Intel's line of microprocessors.

### Q: What came before and after Tiger Lake?
A: Tiger Lake followed the Ice Lake processor family and was succeeded by the Alder Lake CPU architecture.

### Q: Is Tiger Lake a type of Intel microprocessor?
A: Yes, Tiger Lake is classified as a subclass of Intel microprocessor, specifically designed as a microarchitecture for the company's processor lineup.

## Why It Matters
Tiger Lake represents a key evolution in Intel's processor architecture, bridging the gap between Ice Lake and Alder Lake. As part of Intel's microprocessor family, it plays a critical role in powering devices such as laptops and mobile systems, emphasizing performance and efficiency improvements. Its position in Intel's product lineup underscores its importance in maintaining the company's competitive edge in the semiconductor industry. By building on previous architectures and introducing enhancements, Tiger Lake contributes to advancements in computing capabilities, enabling smoother user experiences and supporting demanding workloads. This processor family is notable for its adoption across multiple device categories, reflecting its versatility and reliability in meeting diverse computational needs.

## Notable For
- **Microarchitecture Design**: Distinctive microarchitecture within Intel's ecosystem, optimized for specific performance goals.
- **Succession Role**: Serves as a transitional yet impactful architecture between Ice Lake and Alder Lake.
- **Multilingual Documentation**: Featured in Wikipedia across 10 languages, highlighting its global relevance.
- **Classification Clarity**: Explicitly categorized as both a processor family and a microarchitecture.

## Body
### Microarchitecture Context
Tiger Lake is primarily recognized as a microarchitecture (codenamed *TGL*) developed by Intel. It adheres to the company's naming conventions for processor families, emphasizing its role in executing instructions and managing system operations.

### Product Line Positioning
- **Predecessor**: Ice Lake, Intel's preceding processor family.
- **Successor**: Alder Lake, which introduced hybrid CPU architecture.
- **Hierarchical Classification**: Subsumed under the broader category of Intel microprocessors.

### Documentation and Identification
- **Aliases**: Recognized by alternate names such as *Microarquitectura Tiger Lake* (Spanish) and the abbreviated *TGL*.
- **Digital Footprint**: Identified via Google Knowledge Graph ID `/g/11cmybqrgc` and Wikidata entry with 11 sitelinks.

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