Canton GLE 90 S2 Floorstanding Speaker Black

Powerful Sound for Discerning Music Lovers!

Over the years the GLE series has become an absolute crowd favorite, and its latest generation clearly shows why. Led by the elegant and powerful 3-way floorstanding GLE 90 S2, this series combines top-tier engineering with a particularly living-room-friendly format. Experience dynamic, powerful sound paired with audiophile-level detail—the perfect entry into the world of high-quality HiFi and home-theater sound, all at an exceptional price-to-performance ratio.

Advanced Technology

At the heart of the GLE 90 S2 are the completely redesigned ATB chassis (Aluminum Titanium Black). The 192 mm woofers deliver powerful, deep bass with excellent transient response. A 174 mm ATB midrange provides outstanding clarity, dynamics and precise vocal reproduction. The system is rounded out by a new AB tweeter (Aluminum Black) with a 25 mm dome and an elaborate waveguide that optimizes sound dispersion and delivers brilliant highs up to 40,000 Hz—even off-axis.

Clear Design Language

Measuring just 105 cm high, 21 cm wide and 30 cm deep, the GLE 90 S2 present themselves as slim floorstanding speakers with a strong aesthetic presence. Their harmonious proportions and minimalist design blend seamlessly into any living space. Available in finishes such as white, black, Makassar and walnut, they adapt to any décor. Oval, magnetically attached fabric grilles complete the elegant look and ensure a clean front.

Multichannel Audio Made Easy

The GLE 90 S2 are not only impressive stereo speakers but also highly flexible for integration into multichannel systems. They pair ideally with other models from the GLE S2 series, such as the GLE 50 S2 as a center speaker or the GLE 30 S2 as a surround speaker, complemented by the Power Sub 12 S2 for deep bass. For a wireless home-theater and streaming setup, the GLE 90 S2 can also be connected to the Canton Smart Amp 5.1, which replaces a classic AV receiver and offers maximum connectivity with minimal space requirements.