The MJF-210 ‘brings the intelligibility and power of the MJF-212A into a more production-friendly package' say Meyer Sound.
USA - Meyer Sound has expanded its on-stage solutions with the new self-powered MJF-210 - a low-profile, high-power stage monitor. The MJF-210 is the lightest stage monitor in the company product line, and "carries the remarkable sonic performance of the MJF-212A stage monitor, which has been used by Metallica, Usher, Judas Priest, and Michael Bublé," the company says.

"The MJF-210 started with a customer's request to bring the intelligibility and power of the MJF-212A into a more production-friendly package," says Pablo Espinosa, chief loudspeaker designer and vice-president of R&D. "The end result is a product that reflects users' needs in the field, and its small footprint also offers more flexibility in bringing the myriad self-powered advantages to the stage."

According to Meyer Sound, the MJF-210 features a low-profile design with an impressive power-to-size ratio, and very low distortion. Each monitor measures less than 14" (35.5cm) high and weighs 67 pounds (30.4kg). In addition, the company says, it provides the sonic and practical advantages of a self-powered system, including reliability, low distortion, and ease of setup and configuration. With the three-channel class D amplifier built into the cabinet, the MJF-210 eliminates amplifier racks and saves valuable backstage and truck space.

The front of the MJF-210 slopes at an optimal 40 degrees from the stage, while the "exceptionally well-behaved" constant directivity horn (50° H x 70° V) gives the performer more freedom to move on stage while staying within the wide vertical coverage.

For real-time monitoring of loudspeaker parameters, the MJF-210 can be integrated into the Compass RMS remote monitoring system using the optional RMS module. Compass RMS features the RMServer and can be controlled in the Compass software. For applications with even higher power requirements, the MJF-212A stage monitor is available.

(Lee Baldock)


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