R60,749.00
In stock
R60,749.00
In stock
Compact Dual 8-Inch Line Array Design: The VIO L208 uses two 8-inch neodymium woofers in a compact enclosure. Moreover, this design delivers strong output despite its lightweight form. As a result, it offers excellent portability without sacrificing performance.
High-Definition Compression Driver: A 1.4-inch neodymium compression driver with a 3-inch voice coil handles high frequencies. Additionally, it ensures detailed vocal and instrument reproduction. Consequently, clarity remains consistent even at higher sound pressure levels.
Cylindrical Wavefront Technology: The integrated waveguide and phase-plug panel generate a controlled cylindrical wavefront. Furthermore, this improves long-throw consistency and reduces sound dispersion loss. Therefore, coverage remains focused and evenly distributed.
Digipro G3 Class D Amplification: The built-in 900W RMS amplifier delivers efficient and stable power output. Moreover, Class D technology reduces heat while maintaining high performance. As a result, the system remains reliable during extended operation.
FIR Linear Phase DSP Processing: Advanced FIR filters ensure accurate phase alignment across the frequency range. Additionally, this enhances intelligibility and tonal balance. Consequently, the system delivers consistent audio quality across all listening zones.
Smart Integrated Rigging System: The 3-point rigging system allows fast and secure array assembly. Moreover, preset splay angles simplify setup for technicians. Therefore, deployment time is significantly reduced in live environments.
Hybrid System Compatibility: The VIO L208 integrates seamlessly with VIO L210 and VIO S subwoofers. Furthermore, it functions effectively as a down-fill or standalone array. As a result, system configurations become highly flexible.
RDNet Network Control: RDNet connectivity enables remote monitoring and system adjustments. Additionally, it improves workflow efficiency during live operation. Consequently, engineers gain full control over system performance in real time.
Specifications: