Search results for 'dante'
-
Ashly Audio Pema 4125 4-Channel Power Amplifier 4 x 125W @ 4 ohms with Protea DSP
The Ashly Pema 4125 DSP processor features a new sleek look, 4-channel at 125 watts per channel at 4Ω. The Pema is a matrix mixer with 8-in x 8-out, where any input can be assigned to any output or outputs.
-
Ashly Audio Pema 4125.70 4-Channel Power Amplifier 4 x 125W @ 70V with Protea DSP
The Ashly Pema 4125.70 DSP processor features a new sleek look, 4-channel at 125 Watts per channel. The Pema is a matrix mixer with 8-in x 8-out where any input can be assigned to any output or outputs.
-
Ashly Audio Pema 4250 4-Channel Power Amplifier 4 x 250W @ 4 ohms with Protea DSP
The Ashly Pema 4250 DSP Processor is a Protea-Equipped Media Amplifier—either 4-channel at 250 Watts per channel. Pema is a matrix mixer—all Pema models have a full 8-in x 8-out matrix mixer, where any input can be assigned to any output or outputs. Pema is a digital signal processor.
-
Ashly Audio Pema 4250.70 4-Channel Power Amplifier 4 x 250W @ 70V with Protea DSP
This Ashly Pema 4250.70 powered digital signal processor consists of 8 inputs and 4 power amplifier outputs with the ability to assign any input to any output. This DSP paired PEMA amplifier lowers overall system cost, occupies less space, improves energy efficiency, and both speeds and simplifies system installation and programming.
-
Ashly Audio Pema 8125 8-Channel Power Amplifier 8 x 250W @ 4 ohms with Protea DSP
The Ashly Pema 8125 DSP Processor with it's new sleek look, is a Protea-Equipped Media Amplifier is an 8-channel at 250 Watts or 125 Watts per channel. Pema is a matrix mixer—all Pema models have a full 8-in x 8-out matrix mixer, where any input can be assigned to any output or outputs.
-
Ashly Audio Pema 8250 8 Channel Power Amplifier 8 x 250W @ 4 ohms with Protea DSP
The Ashly Pema 8250 DSP Processor is a Protea-Equipped Media Amplifier. It features 8-channesl at 250 Watts per channel. Pema is a matrix mixer—all Pema models have a full 8-in x 8-out matrix mixer, where any input can be assigned to any output or outputs.