# Ensoniq AudioPCI

> PCI-based sound card

**Wikidata**: [Q5380043](https://www.wikidata.org/wiki/Q5380043)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Ensoniq_AudioPCI)  
**Source**: https://4ort.xyz/entity/ensoniq-audiopci

## Summary  
The Ensoniq AudioPCI is a PCI-based sound card designed for desktop computers, offering audio input and output capabilities through the PCI expansion slot. Manufactured by Ensoniq, it was part of the company's line of consumer audio solutions during the mid-to-late 1990s. The card supports Wavetable synthesis and is compatible with Windows operating systems.

## Key Facts  
- Instance of: Sound card  
- Manufacturer: Ensoniq  
- Interface: PCI  
- Supports: Wavetable synthesis  
- Compatible with: Windows OS  
- Wikidata ID: Q17010683  
- Wikipedia languages: English, Korean, Commons  
- Image: [AudioPCI.jpg](https://commons.wikimedia.org/wiki/Special:FilePath/Audiopci.jpg)  
- Sitelink count: 3  

## FAQs  
### Q: What is the Ensoniq AudioPCI used for?  
A: The Ensoniq AudioPCI is a sound card used to provide high-quality audio input and output for desktop computers via the PCI bus. It enables users to record and playback digital audio, often used in music production, gaming, and multimedia applications.

### Q: Is the Ensoniq AudioPCI still supported on modern operating systems?  
A: Support for the Ensoniq AudioPCI is limited on modern operating systems. While drivers were available for older versions of Windows, newer systems may require third-party or legacy driver solutions.

### Q: Does the Ensoniq AudioPCI support MIDI?  
A: Yes, the Ensoniq AudioPCI supports MIDI functionality, allowing it to interface with musical instruments and sequencers for music creation and playback using Wavetable synthesis.

## Why It Matters  
The Ensoniq AudioPCI played a significant role in the consumer audio market during the late 1990s, offering affordable yet capable audio solutions for personal computers. As one of Ensoniq’s mainstream offerings, it brought advanced features like Wavetable synthesis and full-duplex audio to home users and enthusiasts. Its adoption helped expand access to higher-fidelity sound for games, music production, and multimedia content. Though now obsolete, it represents a transitional point in PC audio technology when dedicated sound cards were essential components before integrated audio became standard.

## Notable For  
- Being a PCI-based sound card at a time when ISA slots were still common  
- Supporting Wavetable synthesis for enhanced MIDI playback quality  
- Offering full-duplex audio capabilities suitable for recording and playback simultaneously  
- Providing cost-effective performance compared to premium sound cards of the era  
- Representing Ensoniq’s presence in the consumer PC audio hardware space  

## Body  

### Overview  
The Ensoniq AudioPCI is a sound card developed by Ensoniq, a company known for its electronic music instruments and computer audio hardware. Designed for use in desktop PCs, the card connects via the Peripheral Component Interconnect (PCI) bus, which offered faster data transfer rates than previous standards such as ISA.

### Technical Specifications  
- **Interface**: PCI  
- **Synthesis Type**: Wavetable  
- **MIDI Support**: Yes  
- **Full-Duplex Capability**: Yes  
- **Operating Systems Supported**: Primarily Microsoft Windows (driver availability varies by version)  

### Historical Context  
Ensoniq was active in both professional and consumer markets throughout the 1980s and 1990s. The AudioPCI emerged during a period when personal computing power increased dramatically, leading to greater demand for better onboard audio experiences. This card catered to users who needed more than basic built-in audio but didn’t want to invest in high-end studio equipment.

### Legacy and Compatibility  
While once popular, the Ensoniq AudioPCI has become largely obsolete due to advancements in motherboard-integrated audio solutions. Modern systems rarely feature PCI slots, and native driver support has diminished over time. However, some legacy systems and retro computing setups continue to utilize these cards where applicable.