# Cortex-A Ultra-high efficiency
**Wikidata**: [Q29167063](https://www.wikidata.org/wiki/Q29167063)  
**Source**: https://4ort.xyz/entity/cortex-a-ultra-high-efficiency

## Summary
Cortex-A Ultra-high efficiency is a classification within the ARM Cortex-A family of microprocessor cores. It groups together specific processor cores—namely the ARM Cortex-A5, Cortex-A7, Cortex-A32, and Cortex-A35—that utilize ARM microarchitecture. This category serves as a subclass of the broader ARM Cortex-A series.

## Key Facts
*   **Classification:** Cortex-A Ultra-high efficiency is a subclass of the ARM Cortex-A family.
*   **Architecture:** The entity falls under the ARM microarchitecture class.
*   **Constituent Cores:** The category includes the ARM Cortex-A5 and ARM Cortex-A7 processor cores.
*   **Constituent Cores:** The category includes the ARM Cortex-A32 and ARM Cortex-A35 processor cores.
*   **Family Context:** It is part of the ARM Cortex-A family, which is broadly defined as a family of microprocessor cores.
*   **Related Entities:** Specific processor cores related to this classification include the ARM Cortex-A32 and ARM Cortex-A35.

## FAQs
### Q: Which processor cores are included in the Cortex-A Ultra-high efficiency category?
A: The category includes the ARM Cortex-A5, ARM Cortex-A7, ARM Cortex-A32, and ARM Cortex-A35. These are identified as the specific "parts" or constituents of this classification.

### Q: What is the parent family of Cortex-A Ultra-high efficiency?
A: The parent family is ARM Cortex-A. This parent entity is described as a family of microprocessor cores utilizing ARM microarchitecture.

### Q: Is Cortex-A Ultra-high efficiency a standalone processor?
A: No, based on available structured data, it is classified as a "subclass_of" ARM Cortex-A rather than a standalone Thing. It represents a specific grouping of existing cores.

## Why It Matters
The Cortex-A Ultra-high efficiency classification is significant because it delineates a specific segment of the ARM ecosystem focused on distinct operational profiles within the Cortex-A family. By grouping the ARM Cortex-A5, Cortex-A7, Cortex-A32, and Cortex-A35, this category distinguishes these cores from other iterations of ARM microarchitecture. This structural hierarchy is essential for organizing the extensive range of ARM processor cores, providing clarity on the lineage and functional grouping of specific technologies. As a subclass of the prominent ARM Cortex-A family, it helps categorize the evolution and specification of microprocessor cores that share this specific design classification.

## Notable For
*   Serving as a specific subclass within the broader ARM Cortex-A family.
*   Grouping the ARM Cortex-A5 and ARM Cortex-A7 cores.
*   Incorporating the ARM Cortex-A32 and ARM Cortex-A35 cores.
*   Defining a distinct set of microprocessor cores within the ARM microarchitecture.

## Body
### Classification and Lineage
Cortex-A Ultra-high efficiency is defined primarily through its taxonomic relationships within the ARM ecosystem. It is structured as a **subclass_of** the **ARM Cortex-A** family. The ARM Cortex-A family itself is a class of microprocessor cores characterized by their use of **ARM microarchitecture**. This places the Cortex-A Ultra-high efficiency category as a direct descendant in the hierarchy of ARM processor technologies.

### Constituent Components
The defining characteristic of this entity is its specific composition of processor cores. According to structured property data, Cortex-A Ultra-high efficiency **has_part** the following specific cores:
*   **ARM Cortex-A5**
*   **ARM Cortex-A7**
*   **ARM Cortex-A32**
*   **ARM Cortex-A35**

These cores are the concrete implementations that fall under this efficiency classification. Additionally, the **ARM Cortex-A32** and **ARM Cortex-A35** are listed as related "Things" within the network, reinforcing their close association with this category.