Merging Hapi MKIII – Modular Network Audio Converter, Next Generation

The Hapi MKIII is the latest generation of Merging Technologies' popular modular audio converter. Designed and manufactured in Switzerland, this compact 1U device redefines excellence in audio quality, connectivity, and flexibility. Ideal for professional use in studio recording, mastering, broadcasting, and immersive audio environments.

Key Features:

• State-of-the-art AD/DA conversion with up to 139 dB dynamic range
• Modular architecture with two slots for Merging I/O modules
• Fully RAVENNA / AES67 compliant, ST2110 ready, optional Dante
• Supports PCM up to 384 kHz, DXD, DSD64/128/256
• Swiss precision – quality and reliability

Modular and Future-Proof

Hapi MKIII offers two internal expansion slots for a wide range of I/O modules, including:

• ADA8S / ADA8P module – 8× AD / 8× DA
• AD8 module – 8× AD
• DA8 module – 8× DA
• DIO module – AES/EBU, MADI, Word Clock, MIDI, GPIO

Network Integration & Control

• Dual RJ45 or SFP ports for audio/control (redundant or separated)
• Optional Dante module available
• Web-based user interface for setup and status
• Managed via ANEMAN network manager

Reference-Class Audio Performance

• 32-bit floating-point signal path for maximum resolution
• Ultra-low latency: from 7 samples (AD), 9 samples (DA)
• Advanced clocking for jitter-free performance

I/O Connectivity (depending on configuration)

• 2× I/O module slots (ADA8, DIO, DA8, etc.)
• 1× Word Clock In/Out
• 1× MADI optical & coaxial
• 2× RJ45 (RAVENNA / AES67)
• Optional: SFP, GPIO, MIDI, AES/EBU, ADAT, SPDIF

Ideal Applications

• Professional music production & mastering
• Immersive audio / Dolby Atmos
• Broadcast and post-production studios
• High-resolution recording & archiving

Conclusion: The Merging Hapi MKIII is a scalable and future-ready network audio converter built for the highest demands. Thanks to its modular design and AoIP capabilities, it fits seamlessly into any professional audio workflow – from compact project studios to large-scale broadcast infrastructures.