The controller output stage should deliver an output power of 4 x 3,500 watts RMS at 4 ohms. It should be optimally adapted to connected full-range loudspeaker systems, bass expansions and low bass expansions by providing loudspeaker presets. The DSP processing in the loudspeaker presets will take place in IIR and FIR filter technologies. Pre-calibrated contour filters, as well as real-time protection functions against thermal overload and excessive membrane deflection of the loudspeaker, as well as runtime and phase corrections. The DSP architecture will include four analog, eight digital AES/EBU inputs and four outputs. The balanced analog inputs should have an input impedance of 12 kOhm. The four outputs should have a signal-to-noise ratio of <111 dB (A-weighted) when using the analog inputs, and <119 dB (A-weighted) when using the digital inputs. The attenuation factor should be >10,000 (at 1 kHz and 8 Ohm). The DSP with 32-bit floating point processing should operate at 96 kHz sampling rate and use cascaded A/D converters. The latency of the system should not exceed 0.6 ms with minimum process sing. For each channel of the power electronics, an integrated comparator for the use of sensor-controlled bass and low bass extensions should be available. The special sensor subwoofers should be connected via two 5-pin XLR connection fields located on the rear panel. The TCP/IP network protocol for remote control of the controller output stage should operate at a speed of 100 Mbit/s and enable remote monitoring of up to 100 devices in star-shaped, linked or hybrid arrangement. The electrical connection of the network is to be made via two RJ-45 inputs and outputs at the rear using CAT5e U/FTP (or higher) cables. Free remote control and monitoring software for Mac and PC is available to provide access to signal routing, polarity, muting and gain parameters, delay time, and user-specific filter parameters. In addition, input and output levels and states, component loads, and network characteristics and disturbances should be displayed. An integrated XLR connector panel with all balanced analog signal inputs and all digital AES/EBU inputs (via RJ45 connectors) should be located on the rear panel. Two NL4 outputs and one NL8 output should be available for the loudspeaker outputs. For the power supply there should be a 32A PowerCon on the rear panel. Its physical dimensions should be 483 mm in width, 88.9 mm in height and 453 mm in depth. It is to be able to be mounted in 19" racks with rack tubes provided for this purpose and use 2 height units. The weight of the controller output stage should be 14.75 kg. The manufacturer's warranty should be 5 years. 
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LINUS14 is a fully integrated DPS-controlled Class D-IC amplifier for all CODA AUDIO loudspeaker systems. It has 4 analog and 8 digital LiNET (AES) input channels, which can be flexibly routed to the 4 outputs of 3,500 W @ 4 Ohm each. LINUS system amplifiers are remotely controlled and monitored via the network-based LINUS-LIVE Remote Control Software (PC & Mac).