Evertz 500ADA-W | SDIF-2 Word Clock Distribution Amplifier (1x9)
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Key Features
Key Features
- Dedicated Word Clock Distribution: Distributes SDIF-2 Word Clock and digital audio sync signals from 28kHz to 100kHz.
- 1x9 Signal Distribution: Provides one input to nine independent 75Ω BNC outputs.
- Selectable Input Termination: Jumper-selectable 75Ω termination or high-impedance mode for passive loop-through applications.
- Adjustable Voltage Gain: Provides continuous -6dB to +6dB gain adjustment to compensate for line loss and signal attenuation.
- High Output Drive: Supports up to 5V p-p into 75Ω loads and 10V into high-impedance loads.
- High-Density 500FR Integration: Occupies one slot in the Evertz 500FR frame, supporting up to 16 distribution amplifiers in a 3RU chassis.
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Features & Specifications
Product Overview +
Precision Digital Audio Timing Distribution
The Evertz 500ADA-W is a specialized 1x9 distribution amplifier engineered to distribute SDIF-2 Word Clock sync signals across digital audio broadcast facilities, recording studios, and master control environments. Supporting sampling frequencies from 28 kHz to 100 kHz, it ensures precise clock synchronization across digital audio workstations, converters, and routing switcher infrastructures.
Flexible Signal Conditioning & Driven Output
Designed for robust clock signal management, the 500ADA-W provides:
- Input Impedance Selection: Jumper-configurable 75Ω termination or high-impedance input mode, facilitating easy daisy-chaining and signal looping.
- Gain Adjustment: Continuous onboard voltage gain control (-6 dB to +6 dB) allows fine-tuning of clock signal levels.
- Output Drive: Delivers strong output signals up to 5V p-p across 75Ω loads and up to 10V p-p into high-impedance loads across all 9 output BNC channels.
Modular Frame Integration
The 500ADA-W installs into a single card slot of the 3RU Evertz 500FR frame, providing high-density distribution with up to 16 cards per chassis. Card-edge LED indicators display real-time status for module health, local faults, and internal power supply rails.
Technical Specifications +
technical specifications

