SBD44P
4 in, 4 out DSP module with board-to-board connectors, including a certified 8 channel MILAN Listener.
- Description
- Specifications
- Downloads
The SBD44P is a four input, four output Digital Signal Processor (DSP) intended for use in active loudspeakers or standalone processors
for professional audio or high end home audio. All connections on SBD44P are internal multi-pin connectors.
To build a full product, additional PCBs are needed with external connectors. See “Accessories” for details. The SBD is designed as a plug-in module to be placed on a motherboard, such as an I/O board or interface board.
KEY FEATURES
• 4 inputs, 4 outputs
• 48kHz sample rate
• Best-in-Class performance
• State-of-the-art digital processing
• Programmable User Interface
• Monitoring and permanent logging of key parameters such as temperature, signal level and gain reduction
• 144 FIR taps per output
• 100 presets
• Optional Dante and AES67 module available
• Prepared for AVB / MILAN (coming soon)
• Multiple display and GPI / GPO support
• Full customization options
• Two DC inputs for potentiometers
• Two temperature sensor inputs
• One internal temperature sensor
• 100Mbit LAN with loop through
• Flexible signal routing matrix
• Small footprint, fits in most applications
• Cost effective
Please also see AN812: Common Features MK2 as well as the Application Notes on our website www.alldsp.com for additional information. To see all application notes and detailed technical information, please request a login by sending an email to [email protected]. Some of the listed features are optional. Please contact us for detailed information.
To build a full product, additional PCBs are needed with external connectors. See “Accessories” for details. The SBD is designed as a plug-in module to be placed on a motherboard, such as an I/O board or interface board.
KEY FEATURES
• 4 inputs, 4 outputs
• 48kHz sample rate
• Best-in-Class performance
• State-of-the-art digital processing
• Programmable User Interface
• Monitoring and permanent logging of key parameters such as temperature, signal level and gain reduction
• 144 FIR taps per output
• 100 presets
• Optional Dante and AES67 module available
• Prepared for AVB / MILAN (coming soon)
• Multiple display and GPI / GPO support
• Full customization options
• Two DC inputs for potentiometers
• Two temperature sensor inputs
• One internal temperature sensor
• 100Mbit LAN with loop through
• Flexible signal routing matrix
• Small footprint, fits in most applications
• Cost effective
Please also see AN812: Common Features MK2 as well as the Application Notes on our website www.alldsp.com for additional information. To see all application notes and detailed technical information, please request a login by sending an email to [email protected]. Some of the listed features are optional. Please contact us for detailed information.
| Parameter | Value | Unit |
|---|---|---|
| Analog Inputs (electronically balanced) | 4 | |
| Dynamic Range | 120 | dB(A) |
| Delay | 10 | ms |
| Digital Inputs | - | |
| Analog Outputs | 4 | |
| Dynamic Range | 113 | dB(A) |
| Maximum Output Level | 13 | dBu |
| Noise Floor | -100 | dBu(A) |
| Source Impedance | 470 | Ω |
| Delay | 10 | ms |
| Digital Outputs | - | |
| Input-to-output latency | 1000 | µs |
| Gain (without amplifier, DSP only) | 0 +/- 0.5 | dB |
| Dynamic Range (unity gain, DSP only) | 110 | dB(A) |
| THD | 0.005 | % |
| Frequency Response (DSP only) | 20…20k | Hz |
| Number of processors | 1 | |
| Sample rate | 48 | kHz |
| Presets | 100 | |
| PEQ (per channel) | 10 | bands |
| Grouping EQ (each input) | 5 | bands |
| Crossover (each input, LPF and HPF) | 24 | dB/Oct |
| Crossover (each output, LPF and HPF) | 48 | dB/Oct |
| Compressors (per channel) | 4 | bands |
| Limiter (switchable true RMS / Zero Attack, each in and out) | 1 | bands |
| Analog Supply Voltage VCC / VSS | +/- 15 | V |
| Current consumption VCC | 300 | |
| Current consumption VSS | 100 | mA |
All values, specifications, features, and other statements are for information purposes only and do not constitute a guarantee. Specifications are measured in real-life environments. Due to manufacturing differences, deviations can occur. All information may be changed by ALLDSP without notice.
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