
Tascam
Tascam ML-32D 32-Channel Analog/Dante Converter
The Tascam ML-32D brings 32 channels of clean analog-to-Dante conversion at 24-bit/96kHz into any AES67-compliant networked audio infrastructure.
$2,999.00*
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*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.
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Overview
Key Features
32-in/32-out Analog-to-Dante Converter with 24-bit/96kHz Resolution
Dual Redundant Ethernet Jacks
Selectable DBu Level Metering
AES67/Revenna Suppt
LED Display
Specifications
Channel Count
32 in / 32 out
Resolution
24-bit / 96kHz
Network Interface
Dante (Primary & Secondary, dual redundant Ethernet)
Supported Standards
SMPTE ST 2110-30, AES67, Ravenna
Analog Connectors
D-sub 25-pin (line input/output)
Rack Size
1U
Metering
Front-panel LED with selectable dBu reference levels
Model
ML-32D
Pros & Cons
👍 Pros
- 32-channel analog-to-Dante conversion in a 1U chassis keeps rack space and cabling overhead minimal for large-format installations and touring systems.
- 24-bit/96kHz resolution provides a low noise floor and high dynamic range that holds up under scrutiny in critical listening environments and broadcast applications.
- AES67 and SMPTE ST 2110-30 support opens interoperability with Ravenna and broadcast-grade AoIP infrastructure — not a given at this price point.
- Dual redundant Ethernet connections with Dante failover eliminate single-point-of-failure risk in live broadcast and installed environments where signal loss is not acceptable.
- Selectable dBu metering levels on the front panel allow operators to optimize gain staging for different analog source levels without opening a software interface.
👎 Cons
- D-sub 25-pin analog I/O requires breakout cables or a dedicated patch panel — not included — adding to initial installation cost and cabling complexity.
- All Dante routing requires Audinate's Dante Controller software on an external computer; the unit itself provides no standalone routing or network configuration capability.
- No onboard microphone preamps — the ML-32D is a line-level converter, so microphone signals must be preamplified before reaching this unit.
- At 96kHz, Dante network bandwidth requirements increase significantly; network infrastructure must be sized appropriately or sample rate may need to be reduced to 48kHz to accommodate channel count on existing switches.
Frequently Asked Questions
What is the signal resolution and sampling rate of the ML-32D's conversion?
The ML-32D converts at 24-bit/96kHz — sufficient headroom for professional recording and live reinforcement applications where dynamic range and high-frequency accuracy matter. At 96kHz, the converter passes content well beyond the audible spectrum, giving downstream processing ample room before aliasing artifacts become a concern.
Does the ML-32D support AES67 interoperability with non-Dante networked audio systems?
Yes. The ML-32D supports AES67 and SMPTE ST 2110-30, enabling interoperability with Ravenna and other AES67-compliant networked audio devices. This matters in broadcast and installation environments where multiple vendors' equipment must share a single audio-over-IP infrastructure.
What connector type does the ML-32D use for its analog inputs and outputs?
Analog I/O is on D-sub 25-pin connectors (Tascam/Yamaha pinout standard). You'll need breakout cables or a D-sub patch panel to connect to microphone preamps, consoles, or outboard equipment. Factor this into cabling costs and rack planning for new installations.
How does Dante routing work with the ML-32D — does it require external software?
Yes. Like all Dante devices, the ML-32D is routed using Audinate's Dante Controller software, which runs on a connected computer on the same network. The unit itself provides front-panel LED metering and level selection, but all network routing, latency, and redundancy configuration is handled in Dante Controller.
What does the dual redundant Ethernet configuration provide in a live or broadcast environment?
The dual Ethernet jacks support Dante's redundant network mode, where primary and secondary connections run on separate network switches. In the event of a primary network failure, Dante automatically fails over to the secondary connection with no audible dropout — a critical feature for live broadcast and installed systems where downtime is unacceptable.