IMPRESSIVE BREATHTAKING
VIO L212 is the first dBTechnologies’ full scale line array module designed for large touring sound reinforcement applications, concurrently providing mighty output capability and optimized coverage behaviour. dBTechnologies was able to pack great sound pressure levels into one of the most compact and lightest active 2x12” line array systems.
With VIO L212, dBTechnologies makes the most of its approach to sound reinforcement solutions. An advanced DSP provides highly accurate intelligibility, sound definition and stunning headroom, while integrated mechanics and accessories provides smart solutions to ease set-up, transport and storage of the systems.
BUILT FOR TOURING
VIO L212 is the full scale 3-way line array system designed for larger touring applications, concurrently providing mighty output capability, optimized coverage behaviour and a stunning headroom, alongside with rapid and easily configurable rigging solutions. All the fundamental features of an outstanding PA packed into one of the most compact and lightest active 2x12” systems.
COMPLETE REAL TIME CONTROL
As a default, VIO S218 is equipped with dBTechnologies RD-Net card, for real time remote control via Aurora Net software.
The preamplifier is ready for future upgrades with Audinate DanteTM AoIP protocol. To help users in this configuration, VIO L212 comes with built-in technologies: Near Field Communication (NFC™) proximity sensors are used to determine the position of each box within an array. This technology, together with a hi-brightness LED bulb on the front of the enclosure, contributes to help the user to recognize, identify and match each box physical position on the remote control software Aurora Net.
FULL COMPATIBILITY
VIO L212 has been designed for a complete acoustic compatibility with other line array modules of the VIO family. Both VIO L210 and smaller VIO L208 can be easily used as front or side fills in extended VIO L212 PAs.
TF-VIO2 adapter allows to rig VIO L210 as down-fill cabinets under VIO L212 arrays in order to create perfectly compatible hybrid systems.
