The DM8C features a two-way, 8-inch woofer and a center-firing coaxial 1-inch compression driver, delivering a 52 Hz – 20 kHz frequency range.
With coaxial two-way drivers, the 150-watt DesignMax DM8C loudspeaker delivers powerful SPL suitable for foreground music — along with premium aesthetics that complement any commercial sound installation. The in-ceiling DM8C is installed easily via QuickHold mounting arms.
Applications include:
- Performing arts venues
- Places of worship
- Conference centers
- Retail stores
- Restaurants and bars
- Hospitality venues
Bose DesignMax DM8C Features
- Combine DesignMax models to complete any design, big or small — 12 loudspeakers to mix and match, from 2-inch, low-profile models to 8-inch, high-SPL compression-driver loudspeakers and outdoor-rated options
- Deliver rich lows and clear, intelligible highs with coaxial two-way drivers — no DSP or EQ required. For even better sound, use select Bose DSPs and amplifiers to enable Bose loudspeaker EQ and SmartBass processing, which expands performance and response at any listening level
- Blend with any room design with elegant form factors, minimum-bezel grilles available in black or white, and removable logos
- Reduce installation time with the patented QuickHold mounting system, which also reduces strain, hassle, and the chance of product damage
- Install easily with industry-standard accessories — all models include Euroblock connectors; in-ceiling models include plenum-rated backcans, tile bridges, and front-access audio wiring that makes installation and troubleshooting easier
- Deliver high SPL for demanding applications, including high-ceiling venues such as ballrooms, concourse, and convention centers
- DesignMax DM8C In-Ceiling Speaker1
- Frequency Response (+/-3 dB)60 - 20,000 Hz
- Nominal coverage (H x V)135° conical
- Power Handling, peak600 W
- Maximum SPL @ 1m113 dB
- Frequency Range (-10 dB)52 - 20,000 Hz
- Power Handling, long-term continuous150 W
- Sensitivity (SPL/1W @ 1 m)91 dB
- Nominal Impedance8 Ω (transformer bypass)
