

The E-MU Emulator II, introduced in 1984 by E-MU Systems, is a revolutionary digital sampler that marked a significant milestone in the evolution of electronic musical instruments. Known for its improved sound quality over its predecessor and its extended functionality, the Emulator II has had a lasting impact on music production and sound design.
Virtual E-MU EMULATOR II
E-MU Emulator II: The Iconic Digital Sampler
Overview of the E-MU Emulator II
The E-MU Emulator II, introduced in 1984, is a groundbreaking digital sampler that built upon the success of its predecessor, the Emulator I. Developed by E-MU Systems, the Emulator II offered enhanced features, improved sound quality, and greater storage capacity, making it a favorite among musicians and producers in the 1980s.
Key Features of the E-MU Emulator II
- Digital Sampling: Advanced digital sampling technology with improved sound quality
- Polyphony: 8 voices
- Sampling Rate: 27.7 kHz
- Memory: 512 KB, expandable to 1 MB
- Storage: 5.25-inch floppy disk drive for sample storage
- Keyboard: 61-key velocity-sensitive keyboard
- Interface: Enhanced interface with more extensive editing capabilities
- Connectivity: Audio input and output, MIDI In/Out/Thru
- Effects: Built-in analog filters for sound shaping
The Development of the Emulator II
Design and Innovation
The Emulator II was developed to address the limitations of the original Emulator I, offering higher fidelity sampling, more memory, and greater flexibility. It was designed to meet the needs of professional musicians and producers who required high-quality sampling capabilities in a more accessible format.
Innovations in the Emulator II
- Improved Sampling Quality: Higher sampling rate and better sound fidelity
- Expanded Memory: Increased memory capacity for longer and more complex samples
- Analog Filters: Built-in analog filters for richer sound shaping
Impact on Music Production
Genres and Applications
- Pop and Rock: Widely used in 1980s pop and rock music
- Electronic Music: Embraced by electronic musicians for its advanced sampling capabilities
- Film Scoring: Utilized in film and television music for creating unique soundscapes
- Studio Production: Valued for its ability to reproduce complex sounds and effects
The Emulator II in Modern Music Production
- Sought after by collectors and vintage synth enthusiasts
- Used in modern productions for its distinctive 80s digital sound
- Sampled and emulated in software for use in contemporary music production
Technical Specifications for Audio Enthusiasts
- Architecture: Digital sampler
- Synthesis Type: Digital sampling
- Polyphony: 8 voices
- Sampling Rate: 27.7 kHz
- Memory: 512 KB, expandable to 1 MB
- Storage: 5.25-inch floppy disk drive
- Keyboard: 61-key velocity-sensitive
- Connectivity: Audio input and output, MIDI In/Out/Thru
- Effects: Built-in analog filters
Comparison with Other Samplers
Emulator II vs. Emulator I
- Higher sampling rate and improved sound quality
- Expanded memory capacity for more complex samples
- Enhanced interface with more editing capabilities
Emulator II vs. Later Samplers
- More limited memory and sampling rate compared to modern samplers
- Unique early digital sound that’s hard to replicate with modern technology
- Valued for its historical significance and distinctive character
Legacy and Historical Significance
- One of the most influential digital samplers of the 1980s
- Helped democratize sampling technology for a wider range of musicians
- Influenced the development of subsequent digital samplers and music production tools
Conclusion: The Enduring Impact of the E-MU Emulator II
The E-MU Emulator II remains a landmark instrument in the history of music technology. As one of the most influential digital samplers of the 1980s, it opened up new creative possibilities for musicians and producers, democratizing access to high-quality sampling technology. Its unique sound character and historical significance continue to make it a sought-after instrument among collectors and enthusiasts, and its legacy lives on in modern music production.