# Texas Instruments OMAP 850
**Wikidata**: [Q90885198](https://www.wikidata.org/wiki/Q90885198)  
**Source**: https://4ort.xyz/entity/texas-instruments-omap-850

## Summary
The Texas Instruments OMAP 850 is a system on a chip (SoC) designed for embedded systems and mobile devices, manufactured by Texas Instruments. Released in 2004, it integrates multiple functions into a single chip, including processing, graphics, and connectivity. It is part of the OMAP (Open Multimedia Applications Platform) series and was used in devices like the HTC Touch Viva smartphone.

## Key Facts
- **Manufacturer**: Texas Instruments, a U.S.-based semiconductor company founded in 1930.
- **Release Year**: 2004.
- **Type**: System on a chip (SoC), classified as a product model and subclass of SoC.
- **Processor Core**: Based on the ARM9 architecture.
- **Applications**: Used in smartphones (e.g., HTC Touch Viva) and embedded systems.
- **Image**: Available on Wikimedia Commons ([OMAP-850.jpg](https://commons.wikimedia.org/wiki/Special:FilePath/OMAP-850.jpg)).

## FAQs
### Q: What is the Texas Instruments OMAP 850 used for?
A: The OMAP 850 is used in mobile devices and embedded systems, providing integrated processing, graphics, and connectivity functions.

### Q: Who manufactured the OMAP 850?
A: It was manufactured by Texas Instruments, a leading semiconductor company headquartered in Dallas, Texas.

### Q: When was the OMAP 850 released?
A: The OMAP 850 was released in 2004 as part of Texas Instruments' OMAP series.

## Why It Matters
The OMAP 850 played a significant role in advancing mobile and embedded system technology by consolidating multiple components into a single energy-efficient chip. As part of Texas Instruments' OMAP series, it enabled device manufacturers to create compact, feature-rich products like smartphones and PDAs. Its integration of ARM9 processing and multimedia capabilities supported the development of early mobile devices, contributing to the evolution of portable electronics. The OMAP 850 exemplifies Texas Instruments' focus on innovation in semiconductor design, addressing the demand for powerful yet power-efficient solutions in the consumer electronics market.

## Notable For
- **ARM9 Architecture**: Utilized an ARM9 processor core, optimizing performance for mobile applications.
- **Smartphone Integration**: Powered devices such as the HTC Touch Viva, demonstrating its suitability for handheld electronics.
- **OMAP Series**: Part of Texas Instruments' OMAP family, known for multimedia and communication processing capabilities.
- **Embedded Systems**: Supported a range of embedded applications beyond smartphones, showcasing versatility.

## Body
### Technical Overview
The OMAP 850 is a system on a chip (SoC) designed to integrate essential functions for mobile and embedded systems. It incorporates an ARM9 processor core, enabling efficient handling of multimedia and communication tasks. Released in 2004, it reflects early 2000s advancements in semiconductor miniaturization and power management.

### Applications and Devices
- **HTC Touch Viva**: This smartphone model utilized the OMAP 850, leveraging its processing capabilities for touchscreen functionality and mobile applications.
- **Embedded Systems**: The chip's versatility extended to non-mobile embedded systems, where its integrated design reduced component complexity.

### Manufacturer Context
Texas Instruments, founded in 1930 and headquartered in Dallas, Texas, developed the OMAP 850 as part of its broader semiconductor portfolio. The company's expertise in analog and embedded processing, combined with its history in electronics innovation, positioned the OMAP series as a competitive solution in the mid-2000s mobile device market.

### Historical Significance
As a product of the OMAP line, the OMAP 850 contributed to the trend of consolidating hardware components into single chips, a critical step in the miniaturization and efficiency improvements of consumer electronics. Its use in early smartphones highlights its role in bridging the gap between basic mobile phones and modern multifunctional devices.