Yamaha, smartsubs Stereo Speakers & Headphones

Description:

Magnetic Shielded Speakers / 2-way acoustic suspension / Dual 2.5" cone woofers and 1/2" dome tweeter drivers / 28Hz - 50kHz Frequency Response Weight - 1.6 pounds Center Speaker 85 dB/2.83 V/1 m Sensitivity Dimensions - Width 11-7/8 x Height 4 x Depth 4 Weight - 2.6 pounds Advanced YST Subwoofer 100-Watt Dynamic Power 50-Watts RMS (5-ohms) Output Power 8 multi-range Driver Dimensions - Width 11-13/32 x Height 11-13/32 x Depth 12-29/32 Weight - 18.7 pounds

Description:

The YST-SW216BL Active Subwoofer sets the standard for subwoofers in this class with high dynamic power and low-noise performance thanks to Advanced YST II, a Linear Port, front-firing design, plus many other sophisticated features. Advanced YST II combines negative impedance and constant-current principles to drive the speaker cone with even tighter control than before. This system dynamically optimizes effective speaker impedance to maintain excellent linearity. This means more stable and accurate low range response for more natural and energetic bass reproduction.

Description:

Weatherproof Terminals / 120-Watts Input / 6-Ohms Impedance / Magnetic Shielding / Fully Adjustable Mounting Brackets / Aluminum Grilles Dimensions - Width 5-7/8 x Height 8-27/32 x Depth 5-19/32 Weight - 3.09 pounds

Description:

3 Way

Description:

In-wall front/center speaker system combines superb sound and nearly invisible design to compliment any home theater environment.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 grills/frames, a cut-out template and a paint protective cover.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.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 network.