# ARM Cortex-A35
**Wikidata**: [Q29167102](https://www.wikidata.org/wiki/Q29167102)  
**Source**: https://4ort.xyz/entity/arm-cortex-a35

## Summary
The ARM Cortex-A35 is a processor core designed for ultra-high efficiency, succeeding the ARM Cortex-A32. It belongs to the Cortex-A Ultra-high efficiency class, optimized for low-power applications. As part of ARM's processor portfolio, it emphasizes energy efficiency while maintaining performance for entry-level devices.

## Key Facts
- Succeeds the ARM Cortex-A32 processor core.
- Classified under the Cortex-A Ultra-high efficiency class.
- Instance of: ARM processor core.
- Wikipedia pages available in French and Hungarian.
- Google Knowledge Graph ID: /g/11c5042dqt.
- Sitelink count: 2 (indicating limited but focused online presence).

## FAQs
### Q: What is the ARM Cortex-A35 primarily designed for?
A: The Cortex-A35 is optimized for ultra-high efficiency, targeting low-power devices and entry-level applications where energy consumption is critical.

### Q: Which processor did the Cortex-A35 replace?
A: It succeeded the ARM Cortex-A32, building on its legacy with enhanced efficiency features.

### Q: Where can I find more information about the Cortex-A35?
A: Limited details are available on its Wikipedia pages in French and Hungarian, with a Google Knowledge Graph entry for reference.

## Why It Matters
The ARM Cortex-A35 plays a key role in enabling energy-efficient computing for cost-sensitive and power-constrained devices. As a successor to the Cortex-A32, it reflects ARM’s focus on optimizing performance-per-watt, a critical factor in markets like IoT, wearables, and entry-level smartphones. By maintaining compatibility with the ARM ecosystem while reducing power consumption, the Cortex-A35 supports the proliferation of connected devices in emerging markets and applications where battery life and thermal efficiency are paramount. Its position in the Ultra-high efficiency class underscores its relevance in a world increasingly reliant on low-power, always-on technology.

## Notable For
- **Ultra-High Efficiency Design**: Optimized for minimal power usage in entry-level devices.
- **Successor to Cortex-A32**: Continues ARM’s lineage of energy-efficient processor cores.
- **Limited but Focused Documentation**: Recognized in French and Hungarian Wikipedia entries, highlighting niche technical interest.
- **Google Knowledge Graph Entry**: Provides structured data for search engine recognition.

## Body
### Design and Efficiency
The Cortex-A35 is architected for ultra-high efficiency, aligning with ARM’s strategy to support low-power applications. It inherits and improves upon the foundations of the Cortex-A32, emphasizing reduced energy consumption without compromising essential processing capabilities.

### Predecessor and Legacy
As the successor to the ARM Cortex-A32, the Cortex-A35 maintains backward compatibility while introducing enhancements tailored to modern efficiency demands. This progression reflects evolving industry needs for processors capable of handling basic workloads in power-sensitive environments.

### Technical Specifications
- **Classification**: Cortex-A Ultra-high efficiency class.
- **Wikipedia Presence**: Documented in French and Hungarian, with 2 sitelinks.
- **Identifier**: Google Knowledge Graph ID /g/11c5042dqt.

### Market Role
The Cortex-A35 addresses the demand for cost-effective, power-efficient processors in emerging markets and IoT ecosystems. Its design philosophy prioritizes longevity and scalability, ensuring relevance across generations of energy-constrained devices.