# VT180

> Computer and computer terminal, DEC, based on the VT100

**Wikidata**: [Q1679664](https://www.wikidata.org/wiki/Q1679664)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/VT180)  
**Source**: https://4ort.xyz/entity/vt180

## Summary
The VT180 is a computer and computer terminal developed by Digital Equipment Corporation (DEC) in 1982, based on the VT100 terminal design. It combines terminal functionality with general-purpose computing capabilities.

## Key Facts
- Released in 1982 by Digital Equipment Corporation (DEC)
- Based on the VT100 terminal design
- Uses a Zilog Z80 CPU
- Runs the CP/M operating system
- Classified as both a computer and a computer terminal
- Has sitelink count of 4 across Wikipedia language editions
- Available in German (de), English (en), Dutch (nl), and Portuguese (pt) Wikipedia editions

## FAQs
### Q: What is the VT180?
A: The VT180 is a computer terminal developed by DEC in 1982 that combines terminal functionality with general-purpose computing capabilities. It's based on the VT100 terminal design and runs the CP/M operating system.

### Q: What CPU does the VT180 use?
A: The VT180 uses a Zilog Z80 CPU, which was a popular 8-bit processor used in many early personal computers and terminals of that era.

### Q: What operating system runs on the VT180?
A: The VT180 runs CP/M (Control Program for Microcomputers), which was one of the most popular operating systems for Z80-based computers in the late 1970s and early 1980s.

## Why It Matters
The VT180 represents an important transitional device in computing history, bridging the gap between dedicated computer terminals and general-purpose personal computers. By combining the familiar VT100 terminal form factor with full computing capabilities, DEC created a versatile device that could serve both as a terminal for mainframe systems and as a standalone computer. This dual functionality made it particularly valuable in environments where users needed both terminal access and local computing power. The VT180's use of the Z80 CPU and CP/M operating system also positioned it within the broader ecosystem of early personal computing, making it compatible with a wide range of software available for that platform. Its development reflects the industry's movement toward more integrated and multifunctional computing devices during the early 1980s.

## Notable For
- Based on the highly successful VT100 terminal design, ensuring compatibility with existing terminal applications
- One of the few devices that successfully combined terminal functionality with general-purpose computing
- Used the Z80 CPU, making it part of the widely supported CP/M ecosystem
- Developed by DEC, a major player in both terminal and computer markets
- Represents a transitional technology between dedicated terminals and modern computers

## Body
### Technical Specifications
The VT180 features a Zilog Z80 processor, an 8-bit CPU that was widely used in early personal computers and terminals. This processor choice allowed the VT180 to run CP/M, a popular operating system for Z80-based systems.

### Design Heritage
The VT180 builds upon DEC's highly successful VT100 terminal line, maintaining the familiar form factor and terminal functionality while adding computing capabilities. This design approach leveraged existing user familiarity with VT100 terminals while expanding functionality.

### Operating Environment
Running CP/M on the VT180 provided access to a large library of software applications available for that operating system. This made the device more versatile than a standard terminal while maintaining compatibility with terminal-based workflows.

### Market Position
As a product of Digital Equipment Corporation, the VT180 occupied a unique position in the market, serving both as a terminal replacement and as a standalone computing device. This dual nature made it particularly suitable for business and educational environments where both functions were needed.

### Historical Context
The VT180 was released during a period of rapid evolution in computing, when the lines between terminals and computers were beginning to blur. Its development reflects the industry's recognition of the need for more integrated and multifunctional devices.