For outdoor systems requiring more output, the Klipsch KDA-1000 DSP Amplifier powers larger arrangements to deliver incredible performance from a 1000W, single-rack unit solution - all completely customizable through the web-based DSP menu.
HIGH-PERFORMANCE POWER PLATFORM
The Klipsch KDA Series DSP Amplifiers offer legendary Klipsch power and performance in a sleek, high-tech, 1-rack unit solution. The KDA-1000 offers 1000W of class G/H power, for clean, dynamic power in any type of installation.
70V / 100V / LOW IMPEDANCE COMPATIBILITY
From small residential systems to massive commercial installs, the Klipsch KDA-1000 is designed for maximum install flexibility – offering low impedance and 70V/100V compatibility for distributed line applications. These impedance settings are fully independent of the channel-to-channel – so an installer can run one channel with low impedance with another channel
70V/100V for full customization and optimization of their system.
FLEXIBLE I/O
The KDA-1000 boasts fully matrixed 4x4 I/O with fully balanced Phoenix connector inputs and Phoenix speaker outputs capable of connecting up to 12 gauge wire. For non-balanced connections, RCA inputs and outputs (throughs) are also built-in, making the KDA-500 one of the most flexible power solutions on the market today.
STATE-OF-THE-ART DSP CONTROL AND SET-UP
The myriad of I/O, impedance, and acoustic settings are fully matrixed and customizable through the web-based DSP menu - simply plug in a laptop computer to the RJ-45 port on the back panel of the amplifier, enter the assigned IP address into your favorite web browser to pull up the easy-to-use, streamlined menu page. In addition to password-protected channel assignments, gain settings, EQ, and limiting, the DSP provides presets for almost every Klipsch speaker on the market – optimizing acoustic performance and power handling for these products with a single click. Accessing the DSP wirelessly with a tablet, smartphone, or computer is also quick and easy when the KDA amplifier is plugged into the network’s wireless router.
