DTX-88D (PZA)
Medium-density 8x8 Dante DSP with 8x8 analog I/O
Aurora's DTX-88D is a Dante-enabled digital audio DSP with analog I/O. This fully networked professional audio product is the ideal complement to Aurora's IPX and VPX video-over-IP solutions for the houses of worship, bars and restaurants, conferences, and education markets. The DTX product ecosystem is specifically designed to deliver flawless audio across the entire network while significantly reducing the number of traditional devices and cabling costs.
DTX products utilize the industry-leading ADI 450Mhz SHARC 21489 chip and deliver excellent 24-bit/48kHz audio quality. The series has the industry's best 5A DSP algorithms, including
- AFC (Adaptive Feedback Control)
- AEC (acoustic echo cancellation)
- ANS (Automatic Noise Suppression)
- ANC (Ambient Noise Compensation)
- AGC (Automatic Gain Control)
- Win shared automix
The DTX-88D is a powerful DSP that features Dante 8x8 along with 8x8 analog I/O. It is perfect for medium and large applications where more analog I/O is needed.
Applications include:
- Higher education
- Bar or restaurant
- Large or complex conference rooms
Characteristics
- ADI SHARC 21489 processor
- 8 balanced microphone or line level inputs on terminal block connectors
- 8 balanced line-level outputs on terminal block connectors
- 2 Dante audio interfaces on RJ-45 connectors
- 8 multifunction GPI/O ports on terminal block connectors
- Dante audio channels up to 8x8
- Configurable GUI to manage and configure multiple units
- All inputs and outputs support a full suite of audio shaping tools including graphic and parametric EQ, dynamics, ducker, delay, and more.
- 16 preset slots to store all configuration data for easy retrieval
- Built-in USB sound card for recording and playing back digital audio
- DSP Configurator software tool to manage all audio operations
- Supports Adaptive Echo Cancellation (AEC), Adaptive Feedback Control (AFC), Automatic Gain Control (AGC), Automatic Mixing Control (AMC), Automatic Noise Suppression (ANS)