ADD-POWR Sorcer X4
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Payment methods | |
Ships from | South Rockwood, MI, 48179 |
Ships to | United States |
Package dimensions | unspecified |
Shipping carrier | FedEx |
Shipping cost | $50.00 |
Original accessories | Box |
Average | Research Pricing |
The ADD-Powr Sorcer X4 the Ultimate line conditioner! Big Boost in Sound and Video Quality!
I have two of them, and I find that one works fine throughout the house, thus, the sale.
From the Stereo Times Review: "Damn! I didn’t expect this… my system came to life – a noticeable shift onward and upward in richness and harmonic detail."
"With the Sorcer X4 engaged, Taylor’s piano gained far more body, heightened harmonics, and depth – and the drums were presented with far more authority and boatloads of dynamics. This, I did not expect… at all."
"With the Sorcer X4 in the mix, everything had a more significant body, a more prosperous presence, and extended depth and width. The ADD-Powr Sorcer x4 is a must-hear."
The tech behind these new ADD-Powr’s AC Line Harmonic Resonators is based upon principles of the Fourier series, resonance, and electromagnetic field theory. The Sorcer x4 imparts an algorithmically generated field to eliminate noise in the AC line, improving your AC’s quality, without affecting line impedance and current capacity. The Sorcer series is free of filters, isolation transformers, AC line regeneration, or balanced power technology. ADD-Powr offers numerous products and provides this assessment: “The tonal, dynamic and spatial impacts of the audio experience will vary through the different algorithms each product employs.”
The Sorcer x4 “harmonic resonator” uses four AC transformers 110/220 VAC 50/60 Hz, connected in series, and “proprietary digital amplifier circuitry under algorithm control” to re-reference or re-clock the AC line with low-frequency harmonics, which increases the signal to noise ratio. To quote from the website FAQ’s: “Multiple transformers create large electromagnetic fields that can be used to effectively propagate our low-frequency algorithms. They are also an effective low impedance interface to the AC line. The harmonic resonator effect is maximized using several connected in series.”
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