09/03/2026
Technical Dossier: Acoustic Coherence vs. Interference Systems
This outrageous Facebook filters out answers and moves them around so that nobody can find them anymore. Select "All" in the answers section, or you'll only see what Facebook thinks you should to know.
A Physical Analysis of REALHORNS Technology Compared to Conventional Line Arrays
1. Efficiency: Transformation Instead of Evasion
A conventional direct radiator suffers from a fundamental physical problem: When the diaphragm moves, the air escapes laterally. The result is inefficient, spherical radiation. To compensate for this loss, line arrays require many times the number of loudspeaker drivers and amplifier power.
REALHORNS Solution: The horn acts as an acoustic transformer. It prevents the air from escaping laterally and forces direct energy transfer. The result is maximum efficiency: Higher sound pressure and greater dynamics with significantly less material.
2. The Range Paradox: Focusing Through Disruption?
The supposed range of a line array is based on a clever marketing narrative. The "cylindrical wave" is created by the targeted cancellation of sound energy at the ends of the array. However, this energy is not "transferred" forward but is physically lost.
The reality: Because the array is an unstable interference pattern from many time-shifted sources, the signal disintegrates into a "mushy" sound over distances.
The REALHORNS approach: A horn system delivers a single, time-aligned, and coherent impulse. Since no energy is destroyed through internal cancellation, the pe*******on and clarity are maintained over long distances, even without additional delay systems.
3. The logical contradiction in the high frequencies
It's an irony of the industry: While proponents of line arrays often describe horn systems as "outdated," they themselves invariably rely on horn designs (waveguides) in the high-frequency range. Without the physical guidance of the horn, the line array principle would immediately collapse in this range.
Consequence: REALHORNS consistently apply this concept across all frequency ranges. We utilize the physical superiority of horn design where line arrays in the low-mid range revert to uncontrolled, spherical radiation.
4. Impulse Fidelity vs. Resonance Power
Due to the superposition of many sources, line arrays experience time delays that blur transients (impulses). Bass frequencies are often only made "loud" through resonance tuning.
REALHORNS Standard: Thanks to the perfect phase response and the high acoustic load of the horn, the air movement precisely follows the signal. The result is a defined, tight bass and razor-sharp impulse response.
Conclusion:
REALHORNS represent a rejection of the logistical compromise of "error summation." Where line arrays utilize mass and interference, we rely on physics, efficiency, and absolute time alignment.
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I'd like to address Merlyn Van Veen again specifically, as a reader mentioned him as a reference. I know him, and he'd love to set my system on fire, because it impressively demonstrates how well point sources perform compared to an interference radiator. And if someone doesn't understand that, that's their problem.
📢 The Myth of the Cylindrical Wave: Why the Audio Industry Lies to Us
In the professional audio world, Merlyn Van Veen is celebrated as a kind of "guru of audio technology." But behind the facade of complex technical articles lies one of the biggest myths in sound reinforcement: the supposed superiority of line arrays.
The truth about the "cylindrical wave":
We're told that a line array, due to its directional properties, exhibits less sound loss over longer distances. Physically speaking, this is a deliberate deception. This "directional effect" isn't created by focusing the sound, but by massive energy dissipation. Sound from above and below is simply canceled out by the time differences of the individual drivers. This energy is missing from the overall impulse at the front – it is dissipated, not redirected!
The problem of the "backward-facing disc":
Sound only becomes directional when the loudspeaker's circumference is large compared to the wavelength. At low frequencies, each array module is a purely omnidirectional radiator. The result? The system radiates energy backward and to the sides like a huge, uncontrolled disc. Only a tiny fraction of this "sound disc" actually reaches the audience. The rest is acoustic noise that impairs the soundstage.
Compression vs. air exhaust:
A line array is like a piston without a cylinder: The air simply escapes laterally from the diaphragm instead of being precisely compressed. This creates a massive, rearward-facing sound and a muddy impulse. A true horn system, on the other hand, directs the air and forces it to work.
Conclusion: Experts like van Veen are using their credibility to defend a system that, while logistically convenient, is an acoustic disaster. A line array is an interference machine based on the destruction of sound. Real physics cannot be replaced by marketing fairy tales! 🚫🔊
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