M-Audio BX5 D3 5" 2-Way 100W Powered Studio Monitor (Single)
- 5" Kevlar Woofer
- 1" Silk Dome Tweeter
- 100W Bi-Amped Power
- 52 Hz to 35 kHz Frequency Response
- Class A/B Amplifiers
- Custom Waveguide
- Volume and Low-End Controls
- Rear Bass Port
- XLR and 1/4" TRS Inputs
- Includes Acoustic Foam Pad
M-Audio BX5 D3 5" 2-Way 100W Powered Studio Monitor (Single) is a 2-way, 100W powered studio monitor designed to offer a wide frequency response and easy configuration for mixers, DJs, producers, and recordists in small control rooms, personal studios, and mobile rigs. The monitor produces a frequency response of 52 Hz to 35 kHz, thanks to two Class A/B amplifiers feeding a 5” Kevlar woofer and 1” silk dome tweeter.
A rear-mounted bass port delivers extended bass response, while the tweeter’s custom waveguide yields a wide sweet spot and minimized high-frequency scatter. Volume and low-frequency controls are provided so you can tune the monitor to cooperate with the sound of the room. Place the monitor on the supplied acoustic foam pad to decouple it from your table or stands, which aids in reducing unwanted bass vibrations.
The BX5 D3 can interface with a variety of equipment, via balanced XLR and balanced/unbalanced 1/4” TRS input jacks. Setup is simple, due to the front-mounted LED, which appears brighter when you are at the ideal angle.
A magnetically-shielded 5" military-grade Kevlar woofer provides durability and detailed transient response whilst negating unwanted "cone breakup." It has a high-temperature voice coil and damped rubber surround. The magnetically-shielded 1" silk dome tweeter delivers high frequencies up to 35 kHz with minimal resonance.
The rear-mounted bass port yields extended bass response while reducing audible air turbulence that can occur at high sound pressure levels. The tweeter sits in a custom waveguide designed to lessen scatter and yield a wide sweet spot. The process of aligning the monitor's position is simplified, due to the front-mounted LED, which shines brightly when you're located at the ideal angle.