6. Feature summary
D SERIES Tesira Quick Start Guide rev 1.2.0
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6. Feature summary
• Four channels with three levels of total available frame power output: 20000 W, 12000 W and 8000 W
• Rational Power Management (RPM)
• True flexibility in allocating power output across each channel to match requirement, for more efficient use
of amplifier inventory
• Any channel is capable of delivering up to 5000 W power output, from total available power in each frame
• Dedicated on-board surveillance and load monitoring for voice alarm applications
• Advanced universal power supply
• Regulated Switch-Mode Power Supply (R.SMPS™) maintains stability through fluctuations in mains voltage
• Best-in-class Power Factor Correction (PFC)
• Current Draw Modeling (CDM™) reduces peak mains draw
• Breaker Emulation Limiter (BEL™) responds to available mains distribution
• Under-Voltage Limiting (UVL™) allows continued operation through mains voltage drop
• CAFÉ (Configuring Amplifiers For the Environment) software incorporates ESP™ (Equipment Specification
Predictor) to assist in design, equipment specification and commissioning
• Features controlled by on-board DSP
• Input Gain (Sensitivity) - Input gain (sensitivity) is set in the digital domain and controlled via CAFÉ software
• ISVPL™ - The Inter-Sample Voltage Peak Limiter (ISVPL) tailors each channel’s power output to the
characteristics of the connected load.
• Load Verification & Performance Monitoring - A comprehensive set of proprietary DSP-based tools
enables load verification and real-time performance monitoring.
6.1. Features Unique to Tesira® DSP and Networking Environment
• Developed and supported by Biamp Systems
• D Series Tesira models fully integrated as high-power output devices
• Channel processing control of Mute, Level and Signal Invert
• Four input channels via Ethernet-based Audio Video Bridging (AVB) network
• Optional four channels of analog input for local input into system or failover
• Power state management with configurable Auto Power Down for ultra-low power draw in sleep state
• GPIO port for further system integration
• Creation of customized control programs in Biamp Canvas software