hamburger-nav-icon
region-flag-icon
Search by Category
Audio
Cameras
Cases & Bags
Computers & Software
Conferencing
Content Management
Control
Displays
Furniture
Home Technology/Automation
Lighting & Studio
Mounts & Rigging
Networking & Cabling
Power
Presentation
Production
Security & Safety
Signal Management
Search by Category
Flag
EnglishFrenchGermanItalianPortugueseSpanish
Yamaha Corporation - NS-IW960
Request Quote
yamaha-commercial-audio-systems

2-way In-ceiling Speaker System

Model: NS-IW960

  • New Natural Sound In-Wall Speaker System with a Quality for Custom Applications
  • Versatile, Perfect Design for Front and Center Channels
  • High-Capacity, High-Quality Customized Crossover Network
  • Dual 6.5" Kevlar® Cone Woofers
  • 1" Titanium Dome Tweeter
Compare
Project List
Product Info
Tech Specs

In-wall front/center speaker system combines superb sound and nearly invisible design to compliment any home theater environment.

  • New Natural Sound In-Wall Speaker System with a Quality for Custom Applications
  • Versatile, Perfect Design for Front and Center Channels
  • High-Capacity, High-Quality Customized Crossover Network
  • Dual 6.5" Kevlar® Cone Woofers
  • 1" Titanium Dome Tweeter
  • Swivel Tweeter
  • Gold-Plated Push-Type Speaker Terminals
  • 150 W Maximum Input Capability
  • Paintable Grille with Protective Cover Included
  • For Custom Installation, High Audio Quality and Easy to Install
  • Using high audio quality materials for drivers (Kevlar for the woofer, Titanium for the tweeter) can deliver you a professional audio quality. And it's easy to install with a gold plated push type speaker terminals, paintable grilles/frames, a cut-out tem
  • Swivel Tweeter
  • You can swivel the tweeter and the midrange diver to "aim" the high frequency sounds toward the main listening position. To do so, simply press on the edge of the tweeter to change the direction it faces.
  • Low Distortion, High Capacity Customized Crossover Network
  • The NS-IW960 features a customized high quality crossover network to ensure maximum sound performance. The crossover circuit is designed to minimize distortion and has much capacity preventing the deterioration of transients as they pass through the netwo
 
Request Quote