YAMAHA DHR10 (Pair) Powered Speakers, 700W Powered Loudspeaker

Description

Cabinet designs optimized for a range of audio environments

The DHR Series features a comprehensive lineup of powered loudspeakers with cabinets optimized to meet the demands of specific applications. DHR10 and DHR12 are equipped with rotating horns and a dedicated U-bracket for use in fixed installations and utility, while DHR12M and DHR15M feature a coaxial compression driver for improved clarity and smoother frequency response for floor monitoring. The series is rounded out by DHR15, which features rigging points for use in fixed installations. DHR12 and DHR15 also feature dual-angle pole sockets, allowing them to be used as temporary main speakers for sound reinforcement.

Custom Designed Transducers

The high power output woofers deliver well-defined, powerful bass with minimal distortion, while the 1.4” precision compression driver* produces accurate mid-range and high frequencies.

A Rugged, Highly Portable Cabinet

The DHR series feature plywood enclosures like our acclaimed DZR loudspeakers to deliver outstanding durability and acoustic performance.

Ultra-Precise DSP Processing for High-Definition Sound

All full range models feature Yamaha’s proprietary FIR-X tuning™ utilizing linear phase FIR* filters for the crossover network. FIR-X tuning™ simultaneously optimizes frequency and phase response while adjusting the time alignment between the HF and LF transducers. This creates a very smooth response around the crossover point, providing much better clarity and imaging than what is possible with typical crossovers.

Extensive DSP Protection Functions for Maximum Output

In a typical system comprising passive loudspeakers, power amps and signal processors, trying to set optimal parameters for each component can be a daunting task. One of the advantages of active loudspeakers is that the combination of transducers and amps can be perfectly optimized. During the development of the DZR, DXR mkII, DHR, DBR and DXS series, we measured and tested the durability of each transducer and the overall amp output through countless indoor and outdoor listening tests. Based on the test results, we were able to set the optimal limiter point for each model using precise DSP control.