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Out of stock
Input and Output Flexibility: The LMX-48 supports up to 38 input channels and 44 output channels, offering direct routing flexibility for complex audio setups. It features 16 input routers with four failover levels, ensuring reliable performance and seamless signal routing between different audio sources. This flexibility allows the LMX-48 to adapt to various system configurations, whether digital or analog.
High-Performance Sample Rate Converters: One of the standout features of the LMX-48 is its dedicated high-performance, low-latency sample rate converters for each input. This allows the processor to handle multiple non-synchronized digital sources, ensuring smooth integration of various audio devices without synchronization issues.
Redundant Power Supplies: Designed for high-stakes applications, the LMX-48 offers dual redundant power supplies with separate AC inlets. This feature provides added reliability and peace of mind, safeguarding against power failure and ensuring continuous operation during critical events.
Lake Controller Integration: The LMX-48 integrates seamlessly with the Lake Controller software, which offers full system control via a touch-screen interface. The software provides easy access to advanced features like raised cosine equalization, linear-phase crossover, and multiband compression for comprehensive sound shaping.
Signal Routing and System Management: The processor supports AES3, AES50, and Dante network interfaces, allowing for extensive signal routing flexibility. It features dual AES50 ports for linking multiple units, enabling ultra-low latency digital audio transfer. Additionally, the LMX-48 includes a user-friendly color display with dedicated scene selection buttons, physical knobs, and customizable presets, which simplify the configuration of sound systems.
Rugged Design for Touring: Housed in a durable 1U rackmount chassis, the LMX-48 is built for touring and demanding live environments. It combines robustness with advanced audio processing capabilities, making it an ideal solution for high-performance audio systems requiring precise control and reliability.
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