Brand: Ashly
The Ashly FET-2000C is a highly versatile and powerful audio loudspeaker management system designed for professional audio applications. This device provides comprehensive control over the performance and audio qualities of a variety of loudspeakers, including full-range, subwoofers, and line arrays.Using advanced digital processing technology, the Ashly FET-2000C allows for discrete and precise control over critical audio parameters, such as crossover frequency, phase alignment, EQ, and delay. Moreover, this device supports multiple input and output channels, integrated signal sensing, and compatibility with both analog and digital signals.Features:1. Versatile Input/Output Configuration: This device supports multichannel inputs and outputs, including AES/EBU, RCA, XLR, and BNC connectors, ensuring compatibility with a wide range of audio sources and equipment.2. Discrete and Precise Control: The Ashly FET-2000C enables precise control over critical audio parameters, including crossover frequency, phase alignment, EQ, delay, and input level.3. Advanced Processing: This device incorporates advanced digital processing technology, including 24-bit/96 kHz processing and a DSP chip set.4. Compatibility: The Ashly FET-2000C is compatible with both analog and digital signals and supports both AES/EBU and SPDIF digital inputs.5. Powerful and Cost-Effective: This product's compact size enables multiple units to be racked in a single 19-inch rack space, making it an affordable and efficient choice for high-channel-count installations.6. Versatile Applications: The Ashly FET-2000C is suitable for a wide range of audio applications, including integrated sound systems, stadiums, conference halls, and performing arts venues. Overall, the Ashly FET-2000C is a powerful and versatile audio management system ideal for a wide range of professional audio installations. Its advanced features and cost-effectiveness make it a top choice for expanding audio network infrastructure and increasing the efficiency and overall audio quality of sound systems.