I30

Designed for discerning audiophiles, the I30 offers the superior, uncolored sound that is the hallmark of Revel speakers. Capable of much more than just background music, the in-walls benefit from Revel’s innovative technologies, rigorous engineering standards, and comprehensive listening

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I30

Designed for discerning audiophiles, the I30 offers the superior, uncolored sound that is the hallmark of Revel speakers. Capable of much more than just background music, the in-walls benefit from Revel’s innovative technologies, rigorous engineering standards, and comprehensive listening evaluations. The I30 and matching I20 reproduce realistic, accurate sound with minimal coloration and distortion, making them suitable for the primary listening space.

Combining uncompromised Revel sound with versatility, the I30 exceeds even the highest expectations for in-wall speakers. Like the acclaimed Revel Ultima and Performa speakers, the I30 and matching I20 were subjected to meticulous listening evaluations. As a result, these in-walls are ideal complements to Ultima or Performa front speakers in multichannel setups. They are also perfectly suited as front and surround speakers in complete in-wall setups, or stereo pairs in secondary listening spaces.

For decades, speaker engineers have characterized the “ideal diaphragm material” as stiff, light, and durable. Constructed with a new material called Organic Ceramic Composite (OCC), the I20 and I30 midrange and woofers represents a milestone toward the attainment of that ideal. Stiffer than conventional metal and lighter than most plastic or other composite materials, OCC is a superior material for driver diaphragms. When used in midrange and woofer applications, OCC offers more accurate pistonic operation over the entire frequency spectrum of the driver, dramatically reducing distortion and eliminating coloration due to breakup. The I20 and I30 both feature a 1-inch tweeter with a pure titanium dome. Like the OCC midrange and woofer, the titanium dome behaves like an ideal piston throughout its frequency range. Ferrofluid liquid cooling contributes to freedom from dynamic compression and helps assure high power handling.


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