Pulse16 AE

Beschreibung

The Ferrofish PULSE16 AE is a versatile and compact AD/DA converter designed for seamless integration into studio or live setups. With 16 high-quality balanced analog inputs and outputs, it ensures precise and clean signal conversion. The PULSE16 AE offers full visual control via its vibrant front-panel displays, simplifying real-time monitoring and configuration. Built to accommodate professional workflows, its robust clocking options and compatibility with standard studio connections make it an essential tool for engineers seeking reliable performance in a 19″ 1HU rack form factor.

Key Features

Analog I/O:

• 16 balanced TRS inputs (¼-inch)
• 16 balanced TRS outputs (¼-inch)

ADAT Connectivity:

• 4 ADAT input ports
• 4 ADAT output ports
• Supports SMUX for higher sample rates (up to 96 kHz with 16 channels via SMUX/2 or 48 kHz with 32 channels)

Clocking:

• Word Clock input and output (BNC connectors)
• Internal clock with high stability or external sync via ADAT or Word Clock

Routing:

• Single channel routing

Signal Monitoring:

• High-resolution front displays for signal level monitoring (both input and output)
• Clear visual feedback with multi-colored LED meters

Controls:

• Front-panel control knob and buttons for quick navigation and configuration

Connectivity:

• USB-C for remote configuration using Ferrofish RemoteFish software
• MIDI input/output for firmware updates or potential future features
• MIDI CC

Power:

• External 12V/3A power supply

Form Factor:

• Compact design, suitable for rack-mounted 19″ 1HU use

Technical Specifications

Headphone Output:

• 6.3mm jack output
• Amplification power adjustable in four stages
• Digital volume control with 1 dB resolution
• Dedicated monitoring path via a separate ESS DAC

DSP:

• Expandable via optional DSP stick

PLL (Phase-Locked Loop):

• Digitally controlled PLL with active jitter reduction

Internal Wordclock:

• 125 MHz oscillator with high precision

Operating Temperature Range:

• +5 °C to +45 °C

Humidity:

• Maximum: <75 %, non-condensing