The Eclipse TD: Making music as it's meant to be heard.

What makes us enjoy music - masterful technique from skilled artists, the composer's creative expression, an elaborate score, the sheer quality of voices and the timbre of instruments? Eclipse TD recreates them all accurately, giving you something else to enjoy, too - the sense of actually being present with the artist in the concert hall or recording studio. You can actually feel the atmosphere.

We call it "total musical enjoyment". Eclipse TD achieves it by reproducing the acoustic ingredients of music with its original sonic character and purity intact -free from exaggerated "flavouring" and distortion added by the speakers.

So how can we recreate sound fidelity without affecting acoustic integrity? The answer is go back to the definition of Hi-Fi itself - the high-fidelity reproduction of waveforms.

Our quest for the ultimate Hi-Fi is grounded in this back-to-basics approach - sounds are made by vibrations in air called "waveforms". It's our goal to make speakers that reproduce waveforms faithful to the original recorded sounds. To achieve this we need a new theory of sound - Time Domain Theory.

• Clarity - The finer quality of sound
  
  A Stradivarius violin has a unique sound caused by reverberations from the instrument itself. Most speakers wash away such subtle qualities with their own reverberations and distortion. The Eclipse TD series minimises this interference to accurately reproduce every movement of air - so you can actually hear what makes the Stradivarius such an exceptional violin.
  
  
• Space reproduction - Better space for sound
  
  The Eclipse TD technology not only produces clear sound, it creates the ideal sound space by producing sound stereoscopically from air. What you hear is sound that comes from your surrounding space - a space that feels like the best seat in the concert hall, or being on the set of your favourite film.
  
  
• Fast - Better time for sound
  
  Rhythm depends upon the clear start and end to a sound. Our technology keeps it clear because the small diameter drive-unit can push the air quickly - and stop it in an instant - accurately reproducing the movement of the air at the moment it was recorded.