SVS Prime Satellite 2-Way Bookshelf Speakers (Piano Gloss Black, Pair)

SVS Prime Satellite 2-Way Bookshelf Speakers (Piano Gloss Black, Pair)

1" Aluminum Dome Tweeter

The 1" aluminum dome tweeter is designed to be light, efficient, and rigid, providing high SPL (sound pressure level) with minimal distortion and a sense of transparency. It deploys a finite-element-analysis (FEA)-optimized diffuser to help ensure that the tweeter has optimal on-axis and off-axis frequency response, so that everyone in your listening room gets the best performance.

4.5" Woofer

The 4.5" bass woofer is built on a cast ABS-fiberglass composite basket for enhanced component alignment and an inert frame without resonances or added harmonics. Its polypropylene cone is designed to be light and rigid to give a flat frequency response and the SPL necessary to keep up with the other drivers.The woofer uses aluminum shorting rings for reduced distortion, and a vented voice coil former to keep the motor assembly cool during high SPL playback. For augmented bass extension, the cabinet is rear-ported and tuned for the woofer.

SoundMatch Crossover

The SoundMatch crossover uses air-core inductors and heavy-trace printed circuit boards to help produce sound with lower distortion and tighter tolerances with better heat dissipation. The 2-way crossover is tuned so each driver can blend each other while offering optimal on- and off-axis response, while maintaining phase coherency and sharp time domain behavior.

Key Features

• 20 to 150W Recommended Amplifier Power
• 2-Way Speaker Design
• 4.5" Polypropylene Cone Woofer
• 1" Aluminum Dome Tweeter
• 69 Hz to 25 kHz Frequency Response

Speaker Features

• 1" wide-flared rear-firing port
• Cloth grille with pin/cup retention system
• Elastomer stick-on bumper feet
• Keyway bracket for wall mounting

Cabinet Features

• Acoustically transparent and FEA-optimized grilles, chamfered front baffle, and flush-mounted drivers all contribute to reduced edge diffraction and augmented on-axis high-frequency response
• FEA-optimized bracing reduces cabinet resonances

MG