Meridian DSP5200.2 Digital Active Loudspeaker
Providing astonishing musical power, the DSP5200.2 redefines the compact floor standing loudspeaker category. A truly full range loudspeaker, the DSP5200.2 often surprises listeners with its ability to provide deep impactful bass.
Standard finishes are offered in piano lacquered white or black. Included in the Meridian Select program, 270 bespoke colour finishes are available, making them at home in any décor.
Adopting the same cabinet design and technology principles as the flagship DSP8000, the compact DSP5200.2 stays under one metre tall, yet ingeniously houses three custom drivers, three amplifiers, and advanced sound-shaping DSP computers in each cabinet. Featuring SpeakerLink technology, the DSP5200.2 provides high performance with a simple, unobtrusive, and easy to connect Ethernet style cable, providing click and play simplicity of installation. From smaller rooms to more spacious environments, the DSP5200.2 fits in perfectly and is state-of-the-art speaker design, and the sound is, quite simply, remarkable.
Traditional audio systems often require large, expensive cables to maintain their performance. Meridian's SpeakerLink uses an “Ethernet style” cable that delivers pristine digital sound and control down a single cable between Meridian components. The result is simple, unobtrusive, and cost-effective cables that are easy to install.
TRIPLE FIFO BUFFERING
Each sample of a digital recording must remain evenly spaced in time. Unfortunately, timing can vary, especially when reading discs. This is “jitter”, degrading music's sense of space and diminishing realism. Meridian's multiple “First In, First Out” buffering system minimises jitter, ensuring perfect timing and improved clarity. You enjoy a clearer feeling of the instruments and their interrelationship.
MERIDIAN HIGH RESOLUTION (MHR)
MHR was the first approved encryption method for transferring high definition digital audio between components. Previously, it had to be in the analogue domain, reducing quality. MHR allows secure movement of high resolution digital audio within a Meridian system, without compromise, improving quality by reducing cyclic repetition.
MERIDIAN APODISING FILTER
Filters are critical in digital audio. Commonly they introduce distortion and harshness because of "pre-ringing". Early digital recordings suffer from harshness too, due to primitive filters. After painstaking research, Meridian developed a special filter that avoids pre-ringing, so it can be steeper, cleaning up the effects of early filters. The result: a better, cleaner sound from recordings old and new.
ENHANCED BASS ALIGNMENT (EBA)
High or low, all sounds travel at the same speed, so all the sounds from a live musical event arrive at your ear at the same time, whatever frequencies they contain. Loudspeakers, however, have a problem when playing low frequency sounds at the same time as mid and high frequencies – the bass arrives late, and the deeper the sound, the later it arrives. This delayed bass causes music to lose its impact and reduces the sense of the recorded space – it is often described as “boomy”.
The goal is to have time-accurate loudspeakers, where all reproduced frequencies start and end at the same time. In a loudspeaker, this timing is affected by the crossover, driver, and enclosure type. To eliminate the delay between low, and mid and high frequencies, Meridian has designed a combination of digital filters and time delays for the mid and high frequencies. This solution enables the mid and high frequencies to “wait” for the low frequencies, delivering perfectly-timed music playback.
Mid and high frequencies are delayed to time-align them, while upper bass is delayed with a special type of patented filter. These features must be implemented entirely in the digital domain, making them impossible to achieve in any passive or analogue-active loudspeaker design.
Enhanced Bass Alignment provides accurate time-alignment of the drivers in the system, delivering exceptional imaging and a clear, transparent, more life like sound.