# ARM Cortex-A high performance

> ARM Cortex-A processors optimised for high performance

**Wikidata**: [Q29167066](https://www.wikidata.org/wiki/Q29167066)  
**Source**: https://4ort.xyz/entity/arm-cortex-a-high-performance

## Summary
ARM Cortex-A high performance refers to a specific line of ARM Cortex-A processor cores optimized for maximum computing power. These processors are designed to handle demanding applications like smartphones, tablets, and embedded systems requiring high throughput and complex processing.

## Key Facts
- **Classification**: Instance of the ARM model series and a subclass of ARM Cortex-A.
- **Included Cores**: Encompasses high-performance models including ARM Cortex-A15, Cortex-A17, Cortex-A57, Cortex-A72, and Cortex-A73.
- **Optimization**: Specifically engineered for high performance computing tasks.
- **Source**: Described and detailed at the official ARM developer blog.
- **Relationship**: Directly part of the broader ARM Cortex-A processor core family.

## FAQs
### Q: What defines ARM Cortex-A high performance processors?
A: ARM Cortex-A high performance processors are a subset of the ARM Cortex-A family specifically designed to deliver maximum computing power, enabling complex applications like advanced smartphones and tablets.

### Q: Which specific processors are considered part of the high-performance line?
A: The ARM Cortex-A high performance line includes the ARM Cortex-A15, Cortex-A17, Cortex-A57, Cortex-A72, and Cortex-A73 cores.

### Q: How does ARM Cortex-A high performance differ from other Cortex-A lines?
A: The high performance line is distinct through its optimization for maximum speed and processing capability, contrasting with efficiency-oriented or mid-range Cortex-A variants.

## Why It Matters
ARM Cortex-A high performance processors form the computational backbone for modern mobile devices and embedded systems demanding high computational density. They enable the complex calculations needed for advanced features like high-resolution graphics, real-time AI inference, and sophisticated operating systems. This optimization allows manufacturers to deliver powerful user experiences in power-constrained devices, driving innovation in smartphones, automotive systems, and industrial automation. Their high performance architecture is crucial for pushing the boundaries of mobile and embedded computing without sacrificing the power efficiency inherent to the ARM design.

## Notable For
- **Performance Focus**: Explicitly optimized for maximum computing power and throughput compared to other Cortex-A sub-series.
- **Core Lineup**: Includes landmark high-performance cores like Cortex-A15 and the advanced Cortex-A73.
- **Classification Status**: Recognized as a distinct ARM model series within the Cortex-A portfolio.
- **Integrated Design**: Forms part of the foundational ARM Cortex-A microprocessor core family.

## Body
### Overview
The ARM Cortex-A high performance designation refers to a specific category within the ARM Cortex-A family of microprocessor cores, characterized by an architecture optimized for peak computational power.

### Included Processor Cores
The following ARM Cortex-A processor cores are explicitly identified as part of the high performance line:
- **ARM Cortex-A15**: A high-performance core in the family.
- **ARM Cortex-A17**: A 32-bit processor core belonging to this line.
- **ARM Cortex-A57**: A high-performance core included within the high performance designation.
- **ARM Cortex-A72**: Part of the high performance ARM Cortex-A processors.
- **ARM Cortex-A73**: Another high-performance core integrated into this category.

### Classification
- **Instance Of**: ARM model series.
- **Subclass Of**: ARM Cortex-A.
- **Part Of ARM Cortex-A Class**: Belongs to the broader family of ARM Cortex-A microprocessor cores.

### Authoritative Source
The definition and details of ARM Cortex-A high performance processors are provided by ARM, specifically available on their developer blog.

## References

1. [Source](https://www.arm.com/products/processors/cortex-a)