With powerful Digital Signal Processing (DSP) crossovers and built-in power amps and converters, Meridian DSP Loudspeakers deliver as much quality sound as a conventional speaker four times the size.
The number of unique technologies that have been developed by Meridian over the course of the company’s history is impressive in itself. That these technologies have set standards for the rest of the industry goes even further to prove a reputation for innovation and the pursuit of perfection.

With powerful Digital Signal Processing (DSP) crossovers and built-in power amps and converters, Meridian DSP Loudspeakers deliver as much quality sound as a conventional speaker four times the size.

Meridian’s acclaimed proprietary DSP room correction system that smoothes out room resonances for clearer sound and better imaging.

Meridian’s latest DSP Loudspeakers can be connected with a simple Cat 5 cable instead of expensive, ugly conventional cables. SpeakerLink delivers pristine digital sound and control down a single cable.

A proprietary pressure-laminated speaker cabinet construction material unique to Meridian that features the highest-grade plywood layers bonded to an aluminium core.

A special multiple buffering system that cleans up digital signals, removing jitter and ensuring perfect timing, for improved clarity and accuracy.

A patented lossless digital compression system allowing more music to be stored or transferred in the same space, while retaining bit-perfect reproduction. The technology is now included in the Blu-ray Disc specification.

A proprietary encrypted digital data link between Meridian components allowing high-definition audio signals to be transferred with improved quality and complete security. Now available in an enhanced form as MMHR –Meridian Multichannel High Resolution.

Meridian components identify the source of a digital signal and automatically select the optimum mode to replay it.

A unique proprietary digital filter delivering purer, sweeter sound and even cleaning up recording faults caused by inferior processing.
