PA-64 High-Resolution Loudspeaker Processor
Product Features
- 64 x 64 high-resolution system processor
- Parametric Filters
- Hi/Low Shelf Filters
- Hi/Low-Pass Filters
- FIR Filters
- Crossovers
- Delay
- Limiting
- TQ™ Processing
- Multiple filters for inputs and outputs
- Crosspoint audio matrix with delays
PA-64 High-Resolution Loudspeaker Processor
- Frequency Response: 20Hz to 20kHz
- Latency: 2.7ms plus Dante™ network latency (minimum Dante™ latency 1 ms)
- Input / Output Types: 64 x 64 Dante™
- Power Supply: Internal 100V-240V, 6.5A-3.5A at 50/60Hz
- Power Consumption: 450W
- Network: 1000/100 Mbps ethernet for Dante™ and Control
1000/100 Mbps ethernet for optional Control
The PA-64 is a high resolution system processor. Featuring TQ™ Processing for unparalleled sound refinement and a robust PEQ suite with multiple filters for the inputs and outputs. The PA-64 offers precision and flexibility for audio systems. Its full crosspoint audio matrix provides versatility in routing and processing signals. The PA-64 delivers uncompromising performance.
TQ™ processing implements the propriety technologies developed by Fulcrum Acoustic founder, David Gunness. TQ (temporal equalization) processing is a highly precise application of DSP, exploiting optimized Finite Impulse Response (FIR) filters to fine-tune loudspeaker performance. TQ processing results in natural-sounding spectral balance; a pleasing aesthetic balance between highly transient sources (such as percussion instruments) and less transient sources (such as human voice); uncolored vocals; and excellent intelligibility.
TQ™ Processing
TQ™ processing implements the propriety technologies developed by Fulcrum Acoustic founder, David Gunness. TQ (temporal equalization) processing is a highly precise application of DSP, exploiting optimized Finite Impulse Response (FIR) filters to fine-tune loudspeaker performance. TQ processing results in natural-sounding spectral balance; a pleasing aesthetic balance between highly transient sources (such as percussion instruments) and less transient sources (such as human voice); uncolored vocals; and excellent intelligibility.
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