Drawing on a rich heritage in speaker design, the RM series active reference monitors with HD coaxial driver units are the perfect solution for profession producers. They're packed with pro-audio technology to deliver a high SPL and a neutral sound with clear separation across the frequencies – making them the ideal companion for near-field studio monitoring of high-res sounds.
The RM-05 is equipped with a 5-inch coaxial HD driver to deliver accurate point source monitoring. Custom-designed class AB bi-amps ensure balance across the frequencies while an exclusive toroidal transformer power source guarantees excellent S/N ratio and no distortion. Last but not least, a clip indicator on the front of the speaker protects the unit from excessive input.
HD coaxial driver units – inherited from our pro-audio brand TAD – put the tweeter and woofer on the same axis – emanating audio from the same point for a more accurate sound. A newly developed waveguide minimises interference between the drivers to ensure crisp sound separation.
The 1.5-inch, aluminium, hard domed tweeter and the diaphragm are custom-designed to deliver precise, rousing high frequencies of up to 50 kHz.
Our AFAST* technology ensures clear and high-quality audio reproduction. An acoustic tube inside the cabinet and bass reflex port absorbs standing waves, drastically improving response in the low to mid ranges.
* Acoustic Filter Assisted System Tuning (AFAST)
Aramid fibre woofers provide a tight bass response, while the front-loaded bass reflex system has grooves on the ducts to reduce air friction and deliver a clean bass – even when the monitors are positioned against the wall.
The speaker's cabinets are made from die-cast aluminium with an attractive rounded cliff-cut shape for maximum rigidity and reduced resonance at all volumes.
A 3-band EQ (low/mid/high) has 4 pre-sets for each band, giving you the option to tailor the speakers’ sound for certain scenarios. Additional balanced and unbalanced input ports provide ultimate flexibility and simplicity in any environment.