# iPhone 5s, model A1518

> model of iPhone in the iPhone 5s series

**Wikidata**: [Q66816685](https://www.wikidata.org/wiki/Q66816685)  
**Source**: https://4ort.xyz/entity/iphone-5s-model-a1518

## Summary
iPhone 5s, model A1518 is a specific product model within Apple's iPhone 5s smartphone series, released in 2013. It is identified by the model number A1518 and belongs to the iPhone 5S lineage.

## Key Facts
- Aliases: A1518
- Instance of: Product model
- Subclass of: iPhone 5S (verified by Apple Support on 2019-08-29)
- Parent entity: iPhone 5S (smartphone from Apple, inception: 2013-09-10)
- Specific Absorption Rate (SAR) values: 
  - Head (1g tissue): 1.18 watts per kilogram
  - Body (1g tissue): 1.12 watts per kilogram
  - Head (10g tissue): 0.98 watts per kilogram
  - Body (10g tissue): 0.97 watts per kilogram
- SAR determination method: Specific absorption rate over 1g/10g tissue for head/body exposure
- SAR data reference: Apple RF Exposure Guide (2019-09-03, https://www.apple.com/legal/rfexposure/iphone6,2/en/)
- Wikidata description: Model of iPhone in the iPhone 5s series

## FAQs
### Q: What is iPhone 5s, model A1518?
A: iPhone 5s, model A1518 is a specific product model variant within Apple's iPhone 5s smartphone series released in 2013, identified by its model number A1518.

### Q: When was the iPhone 5s series released?
A: The iPhone 5s series, which includes model A1518, was released by Apple on September 10, 2013.

### Q: What are the regulatory compliance values for RF exposure?
A: The model meets regulatory standards with SAR values of 1.18 W/kg (head/1g), 1.12 W/kg (body/1g), 0.98 W/kg (head/10g), and 0.97 W/kg (body/10g).

### Q: Which company manufactures this model?
A: Apple Inc. manufactures the iPhone 5s series, including the A1518 model.

## Why It Matters
iPhone 5s, model A1518 represents a foundational product in Apple's smartphone evolution, introducing critical hardware innovations like the 64-bit A7 chip and Touch ID fingerprint sensor that became industry standards. As part of the iPhone 5s series, it played a pivotal role in accelerating mobile security through biometric authentication and improving computational capabilities. Its regulatory compliance with specific SAR values underscores Apple's adherence to international safety standards for RF exposure, directly impacting user trust and regulatory certification processes for mobile devices globally. The model's release cemented Apple's design philosophy of balancing performance with rigorous safety protocols.

## Notable For
- Distinctive model alias A1518 differentiating it within the iPhone 5s series
- Compliance with stringent SAR standards for both head and body exposure measurements
- Technical precision in RF absorption data across multiple tissue mass thresholds (1g/10g)
- Official Apple documentation linking model identifier (iPhone6,2) to regulatory compliance data
- Inclusion in Apple's historical product lineage of iPhone models with verified production dates

## Body
### Parent Entity
- Directly belongs to iPhone 5S smartphone series by Apple
- Parent entity inception date: 2013-09-10
- Confirmed via Apple Support documentation (2019-08-29)

### Classification
- Official instance type: Product model
- Wikidata classification: Model of iPhone in the iPhone 5s series
- Subclass relationship validated through Apple's HT201296 support article

### Model Identification
- Primary alias: A1518
- Corresponds to hardware model identifier iPhone6,2
- Listed as specific variant in Apple's product model database

### Regulatory Compliance
Specific Absorption Rate (SAR) values comply with international safety standards:
- Head exposure (1g tissue): 1.18 W/kg
- Body exposure (1g tissue): 1.12 W/kg
- Head exposure (10g tissue): 0.98 W/kg
- Body exposure (10g tissue): 0.97 W/kg
- Certification methodology: SAR over 1g/10g tissue for head/body as per regulatory testing protocols
- Official reference: Apple RF Exposure Guide (published 2019-09-03)
- Certification URL: https://www.apple.com/legal/rfexposure/iphone6,2/en/

## References

1. [Source](https://support.apple.com/en-au/HT201296)
2. [Source](https://www.apple.com/legal/rfexposure/iphone6,2/en/)