Back to the main page Back to category Ashly

musical instrument details

Ashly nXe1.54 Network 4-Channel 1.5KW Programmable-Output Power Amplifier

Estimated price for orientation: 3 910 $

Category: Ashly
Class:











Features 4-channel high-output, lightweight Network amplifier with programmable output on each channel (Hi-Z or Lo-Z, selected via rear panel DIP switches) Power-saving, Energy Management System (Ashly EMS) automatic <1W Sleep-mode (defeatable) 1 Front panel power switch and level controls (can be disabled for security) Front panel LEDs for temperature, current, signal, clip, mute, bridge mode, protect, sleep, and disable (of front panel controls) Neutrik Combo XLR - 1/4" TRS jack plus Euroblock input connectors Description Product Description The Ashly NXe1.54 Network Programmable Output Power Amplifier is the networkable version of the nX amplifier. It comes with Ethernet control, serial data control, aux preamp outputs, instant standby mode, preset recall, fault condition logic outputs, and optional network audio and digital audio capability. Features lightweight, energy efficient Class D switching amplifier technology combined with a switch mode power supply. The NXe1.54 amplifier is designed to meet the needs of demanding live sound and fixed installation sound systems in stadiums, arenas, performance venues, worship spaces, and convention centers. The NXe1.54 is a base level amplifier, available in either 2 or 4-channel models. Use rear panel DIP switches to program each channel output for either High-Z (70V or 100V Constant Voltage) or Low-Z (stable down to 2Ω) operation. When in Sleep Mode, the NXe1.54 amplifier draws less than 1W. • Euroblock, XLR/TRS, speakON and powerCON connectivity safely fulfill requirements for both Installed Sound and Live Sound applications. • Each channel includes a Remote DC Level Control for connection to a remote potentiometer for Installed Sound applications. • Options include AES3 inputs with AES3 feed-thru, AVB (TBA), CobraNet®, and DanteTM (TBA) digital interfaces.