TT+ Audio’s GTX 10i Series has been engineered to redefine performance, durability, and control for fixed installation environments. Designed for indoor and outdoor use, the GTX 10i Series is perfect for high-demand applications, including stadiums, theme parks, and large-scale venues.
With seamless integration of hardware and software—a signature of TT+ Audio—this next-generation system delivers powerful, efficient, and scalable sound reinforcement in three precision coverage options:
- GTX 10i – Versatile 110° x 15° coverage
- GTX 10Pi – Focused 70° x 15° coverage
- GTX 10Wi – Wide 110° x 30° coverage
Each model is fully compatible with the XPS 16K four-channel DSP amplifiers and RDNet management software, offering unmatched control, tuning precision, and reliability.
To ensure long-term performance in all conditions, the GTX 10i Series includes IP-rated versions featuring a discreet, acoustically transparent IP55 water-repellent fabric embedded within the grille assembly, delivering enhanced weather protection without compromising audio quality.
Built for Performance, Engineered for Precision
The GTX 10i Series is housed in weather-resistant birch plywood enclosures coated with durable polyurea and rigged with Strenx steel hardware capable of securely deploying up to 16 modules in tension or compression mode. The Light Flybar, designed for maximum flexibility, supports all GTX models in both top and bottom configurations—ideal for versatile rigging in permanent installations.
Sonic Excellence, Component by Component
– High Frequencies: 4” titanium dome compression drivers with neodymium magnets for phase coherence
– Low Frequencies: Dual 10” HyperVented woofers with 3” voice coils for impactful, distortion-free bass
– Advanced DSP Filtering: Maintains a seamless hemicylindrical wavefront, eliminating lobes and ensuring symmetrical left-to-right coverage
The GTX 10i Series represents a new state-of-the-art for the fixed installation market, combining robust design, advanced technology, and flawless audio performance to meet the demands of today’s most challenging environments.
