# Kirin 650

> CPU by Huawei

**Wikidata**: [Q120689525](https://www.wikidata.org/wiki/Q120689525)  
**Source**: https://4ort.xyz/entity/kirin-650

## Summary
Kirin 650 is a CPU designed and produced by Huawei as part of its Kirin series of System-on-a-chip models. It is an integrated-circuit microprocessor that powers devices such as the Huawei P9 lite smartphone.

## Key Facts
- Kirin 650 is a microprocessor produced by Huawei's HiSilicon subsidiary
- It belongs to the Kirin family of System-on-a-chip models
- Kirin 650 serves as the processor for the Huawei P9 lite smartphone
- As a microprocessor, it is contained on a single integrated-circuit chip
- It is classified as both a product model and a subclass of microprocessors
- The Kirin series represents Huawei's entry into the mobile processor market

## FAQs
### Q: What is Kirin 650?
A: Kirin 650 is a CPU designed by Huawei as part of its Kirin series of System-on-a-chip models. It's an integrated-circuit microprocessor used in devices like the Huawei P9 lite smartphone.

### Q: Which devices use the Kirin 650 processor?
A: The Huawei P9 lite is one of the devices that uses the Kirin 650 processor.

### Q: What company produces the Kirin 650?
A: The Kirin 650 is produced by Huawei's HiSilicon subsidiary, which is responsible for designing the company's System-on-a-chip processors.

### Q: How does Kirin 650 fit into Huawei's product lineup?
A: Kirin 650 is part of Huawei's Kirin series, which represents the company's line of mobile processors used in various smartphones and other devices.

### Q: What is the technical classification of Kirin 650?
A: Kirin 650 is classified as both a product model and a microprocessor, specifically a System-on-a-chip design contained on an integrated-circuit chip.

## Why It Matters
The Kirin 650 represents a significant step for Huawei in developing its own mobile processor capabilities, reducing dependence on external suppliers. As part of the Kirin series, it demonstrates the company's growing technical expertise in chip design and integration. The processor's implementation in devices like the Huawei P9 lite showcases how custom-designed SoCs can deliver competitive performance for mid-range smartphones. This vertical integration allows Huawei to optimize hardware and software specifically for its devices, potentially improving overall system efficiency and user experience. The development of processors like Kirin 650 has contributed to Huawei's emergence as a major player in both consumer electronics and semiconductor design.

## Notable For
- Being part of Huawei's Kirin series of System-on-a-chip processors, marking the company's expansion into self-designed mobile chips
- Its use in the Huawei P9 lite smartphone, demonstrating Huawei's vertical integration strategy
- Classification as an integrated-circuit microprocessor, representing advanced semiconductor technology
- Development through Huawei's HiSilicon subsidiary, showcasing the company's growing technical capabilities in chip design

## Body
### Technical Classification
Kirin 650 is classified as a microprocessor, which is defined as a computer processor contained on an integrated-circuit chip. It is specifically categorized as a System-on-a-chip (SoC) design, which integrates multiple components of a computer or electronic system onto a single chip.

### Product Lineage
As part of the Kirin series, Kirin 650 belongs to a family of System-on-a-chip models developed by HiSilicon, which is Huawei's semiconductor design subsidiary. The Kirin series represents Huawei's dedicated line of mobile processors used in various smartphones and other consumer electronics devices.

### Implementation
The Kirin 650 processor is utilized in devices such as the Huawei P9 lite smartphone. This implementation demonstrates how Huawei integrates its custom-designed processors into its consumer products, enabling greater optimization and control over hardware-software interactions.

### Manufacturer Background
Huawei developed the Kirin 650 through its HiSilicon subsidiary, indicating the company's growing capabilities in semiconductor design and its strategy to reduce dependency on third-party chip suppliers. This vertical integration approach allows Huawei to better control its supply chain and potentially optimize performance for specific device requirements.