| Array length | Typical vertical coverage | Applications | |--------------|---------------------------|---------------| | 4–6 boxes | ~25°–35° | Small arenas, delay hangs | | 8–12 boxes | ~45°–60° | Medium arenas, festival wings | | 16–24 boxes | ~80°–120° | Large stadium main hangs |
Unlike traditional point-source speakers that lose 6 dB of sound pressure level (SPL) every time the distance doubles, V-DOSC generates cylindrical waves that only lose 3 dB per doubling of distance in the near field.
: By creating a continuous "radiating ribbon," the system minimizes sound level drop-off over distance compared to traditional point-source speakers. Technical Specifications Based on official documentation from Yumpu and Magnum :
L-acoustics V-dosc [cracked] 〈LEGIT – 2024〉
| Array length | Typical vertical coverage | Applications | |--------------|---------------------------|---------------| | 4–6 boxes | ~25°–35° | Small arenas, delay hangs | | 8–12 boxes | ~45°–60° | Medium arenas, festival wings | | 16–24 boxes | ~80°–120° | Large stadium main hangs |
Unlike traditional point-source speakers that lose 6 dB of sound pressure level (SPL) every time the distance doubles, V-DOSC generates cylindrical waves that only lose 3 dB per doubling of distance in the near field. l-acoustics v-dosc
: By creating a continuous "radiating ribbon," the system minimizes sound level drop-off over distance compared to traditional point-source speakers. Technical Specifications Based on official documentation from Yumpu and Magnum : | Array length | Typical vertical coverage |