# Samsung Galaxy S20 Ultra Rear Telephoto Camera

> Telephoto lens of the Samsung Galaxy S20 Ultra

**Wikidata**: [Q110975927](https://www.wikidata.org/wiki/Q110975927)  
**Source**: https://4ort.xyz/entity/samsung-galaxy-s20-ultra-rear-telephoto-camera

## Summary
The Samsung Galaxy S20 Ultra Rear Telephoto Camera is a specialized telephoto lens component of the Samsung Galaxy S20 Ultra smartphone, featuring a focal length of 103 mm and an aperture of 3.5.

## Key Facts
- Part of: Samsung Galaxy S20 Ultra smartphone (inception: 2020)
- Manufacturer: Samsung Electronics (inception: 1969-01-13)
- Focal length: 103 mm (equivalent to 35 mm film)
- Aperture: 3.5
- Contains a 12 MP image sensor
- Classification: telephoto lens, prime lens
- Aliases: S20 Ultra Rear Telephoto Camera, Galaxy S20 Ultra Rear Telephoto Camera

## FAQs
### Q: What is the focal length of the Samsung Galaxy S20 Ultra Rear Telephoto Camera?
A: The Samsung Galaxy S20 Ultra Rear Telephoto Camera has a focal length of 103 mm, equivalent to 35 mm film.

### Q: What is the aperture of the Samsung Galaxy S20 Ultra Rear Telephoto Camera?
A: The Samsung Galaxy S20 Ultra Rear Telephoto Camera has an aperture of 3.5.

### Q: What image sensor does the Samsung Galaxy S20 Ultra Rear Telephoto Camera use?
A: The Samsung Galaxy S20 Ultra Rear Telephoto Camera contains a 12 MP image sensor.

### Q: What type of lens is the Samsung Galaxy S20 Ultra Rear Telephoto Camera?
A: The Samsung Galaxy S20 Ultra Rear Telephoto Camera is classified as both a telephoto lens and a prime lens.

### Q: Which company manufactures the Samsung Galaxy S20 Ultra Rear Telephoto Camera?
A: The Samsung Galaxy S20 Ultra Rear Telephoto Camera is manufactured by Samsung Electronics, a South Korean multinational electronics corporation founded in 1969.

## Why It Matters
The Samsung Galaxy S20 Ultra Rear Telephoto Camera represents a significant advancement in smartphone photography capabilities. As a dedicated telephoto lens component, it enables users to capture high-quality images at longer focal lengths, which is particularly valuable for portrait photography and distant subjects. The 103 mm focal length combined with a 12 MP image sensor provides professional-level zoom capabilities in a mobile device, reducing the need for separate camera equipment. This innovation helped establish the Samsung Galaxy S20 Ultra as a flagship smartphone with exceptional camera performance, setting new standards for mobile photography and influencing the direction of smartphone camera development across the industry.

## Notable For
- High focal length of 103 mm in a compact smartphone form factor
- Integration of a dedicated telephoto lens rather than relying solely on digital zoom
- 12 MP image sensor specifically designed for telephoto photography
- Aperture of 3.5 for better light capture at longer focal lengths
- Classification as both a telephoto lens and prime lens, indicating specialized optical design

## Body
### Technical Specifications
The Samsung Galaxy S20 Ultra Rear Telephoto Camera is a specialized optical component with a focal length of 103 mm, equivalent to 35 mm film. It features an aperture of 3.5, which allows for better light capture at longer focal lengths. The camera contains a 12 MP image sensor, specifically designed for telephoto photography applications.

### Classification and Design
This telephoto lens is classified as both a telephoto lens and a prime lens, indicating its specialized optical design. As a prime lens, it has a fixed focal length rather than a variable zoom, which typically allows for better optical quality compared to zoom lenses at similar price points.

### Manufacturer and Integration
The Samsung Galaxy S20 Ultra Rear Telephoto Camera is manufactured by Samsung Electronics, a South Korean multinational electronics corporation founded on January 13, 1969. It is integrated as a component of the Samsung Galaxy S20 Ultra smartphone, which was introduced in 2020. This dedicated telephoto lens represents Samsung's commitment to advanced camera technology in their flagship smartphones.