It is not strange that after over a century of development that there is still no consensus amongst audiophiles as to which loudspeakers provide the greatest fidelity to the signal. Heck, some still believe nothing beats the wax cylinder for reproduction of the human voice.
What is surprising is the sheer diversity of designs, techniques and technologies. What began as a simple horn soon developed into the moving coil system followed by the electrostatic principle. Yet at each phase the new technology merely complimented the previous one rather than replace it.
For example we see moving coil drivers alongside BMR units alongside ribbon units and even plasma ones for treble.
We might see beryllium, polypropylene, radial, paper (doped/undoped), kevlar, aluminium, graphene etc all tried as cone materials amongst others such as hemp.
Then we come to the cabinets where we might find ultra rigid versus lossy designs, damped versus undamped, sealed box versus ported or transmission line designs. Sometimes there is no box at all as in open baffle or electrostatics.
Cabinet materials might include MDF, Baltic Birch Plywood, aluminium, bamboo, or some form of composite design materials.
Even the number of drive units can vary anywhere from just one to over a dozen. All this diversity begs the question of whether we are actually making any progress or are simply going around in circles?
After all this time there's still so little that is commonly accepted and agreed upon by designers and loudspeakers still remain by far the weakest link in the audio chain as far as measurable distortion goes.
So the choice of loudspeaker might therefore remain a choice of taste rather than a matter of one design being superior to another. Especially once cabinet effects and artefacts have been substantially reduced as we are beginning to now see even in relative budget designs such as the Q Acoustics Concept series.
As far as the search for timbre / instrumental colour goes there doesn't seem to be any consensus there either other than it probably depends upon primarily the drive unit material itself. And it's kind of reassuring that paper is still employed in many high end designs.
What is surprising is the sheer diversity of designs, techniques and technologies. What began as a simple horn soon developed into the moving coil system followed by the electrostatic principle. Yet at each phase the new technology merely complimented the previous one rather than replace it.
For example we see moving coil drivers alongside BMR units alongside ribbon units and even plasma ones for treble.
We might see beryllium, polypropylene, radial, paper (doped/undoped), kevlar, aluminium, graphene etc all tried as cone materials amongst others such as hemp.
Then we come to the cabinets where we might find ultra rigid versus lossy designs, damped versus undamped, sealed box versus ported or transmission line designs. Sometimes there is no box at all as in open baffle or electrostatics.
Cabinet materials might include MDF, Baltic Birch Plywood, aluminium, bamboo, or some form of composite design materials.
Even the number of drive units can vary anywhere from just one to over a dozen. All this diversity begs the question of whether we are actually making any progress or are simply going around in circles?
After all this time there's still so little that is commonly accepted and agreed upon by designers and loudspeakers still remain by far the weakest link in the audio chain as far as measurable distortion goes.
So the choice of loudspeaker might therefore remain a choice of taste rather than a matter of one design being superior to another. Especially once cabinet effects and artefacts have been substantially reduced as we are beginning to now see even in relative budget designs such as the Q Acoustics Concept series.
As far as the search for timbre / instrumental colour goes there doesn't seem to be any consensus there either other than it probably depends upon primarily the drive unit material itself. And it's kind of reassuring that paper is still employed in many high end designs.