■ Protēa™ DSP audio processing on inputs and outputs including
• Automatic Feedback Suppressor
• Auto-Mixer
• Ambient Noise Compensation
• Dynamics processing with auto-ducker
• EQ & crossovers including FIR filters
• Time alignment and tower delay
• Scheduled noise-masking with Real-Time Clock
• Swept AC load-analysis with baseline logging
■ FIR Filter capable, dynamics, gain, equalization, 2×4 or 4×4 matrix mixer, crossover, delay, metering, and signal generator functions for test and noise masking applications
■ Precision swept load impedance monitoring of each amplifier channel
■ Ethernet Control and monitoring of amplifier functions, with front panel COM activity LED
■ Serial data port for use with Ashly remote control devices, or optional RS- 232 converter for third party controllers (INA-1)
■ Use Protea™ Software to remotely disable all front panel controls, including the on/off switch, for a tamper-proof installation
■ Real-Time Clock with Event Scheduler
■ Instant Standby Mode 30% reduction in power consumption with on/off and Preset Recall, both via contact closure, software control, or event scheduler
■ Programmable power-on delay
■ Aux preamp outputs, and fault condition logic outputs
■ Optional Cobranet™ or Dante® and AES3 digital audio input with passthru
■ Rear panel DIP switches select low impedance (2, 4, and 8 Ohm), constant voltage (70V or 100V), high pass filter, limiter and input gain on each channel
■ Ashly Energy Management System (EMS) for increased efficiency) automatic <1Wsleep-mode (defeatable)
■ Switch mode power supply automatically detects 120V or 240V AC operation
■ Extensive protection circuitry
■ Continuously variable cooling fans
■ Front panel power switch and level controls (can be disabled for security)
■ Multiple internal power supplies provide increased channel separation and reliability
■ Remote DC level control on each input channel (2 RU models only)
■ Genuine Neutrik® connectors on 2 RU models for security, safety, and reliability
■ Safety / Compliance: cTUVus, CE, FCC, RoHS