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S H A K T I
Shakti is an east Indian word that means "energy." A more detailed definition is "creative intelligence, power and beauty." This trinity of energy comprises the very essence of music. The ELECTROMAGNETIC STABILIZER requires no electrical hookup! Simply placing Shakti on a component results in music that is clearer and sweeter, with more liquidity, inner detail and focus. The imaging, stage depth and width more accurately replicate the original recording site. Neither an accessory nor a mechanical tuning device, SHAKTI enhances resolution for each component upon which it is placed. The greater clarity is realized by addressing the problem of ELECTROMAGNETIC INTERFERENCE (EMI). By interacting with the EMI field that all active components radiate, audible benefits across a wide musical bandwidth are obtained. These EMI emanations are caused by the interplay of fields generated from individual devices and stages throughout circuit topology as well as external RFI sources. They are known to distort musical signals, resulting in a loss of dynamic contrasts and inner detail. Many engineers have experienced the phenomenon whereby two identical circuits that differ only slightly in layout, can result in one sounding (though not necessarily measuring) far more musical. EMI appears to be the culprit here. One obvious but impractical solution would be and enormous five foot wide chassis to increase distances between internal devices. Other attempts to address EMI have included extensive shielding in and around the circuits and transformers and totally passive external boxes that produced some benefits. SHAKTI differs from these past efforts in that it draws energy from the very field it is attempting to smooth out; once it is set in motion it becomes an active transducer by changing a portion of this field into mechanical energy and then dissipates it as heat. To accomplish this, SHAKTI utilizes proprietary ferrous and nonferrous material and quartz crystal oscillators in combination with a low level magnetic field. These components are oriented within geometric shapes both internal and external, and then housed in a poured stone material. A white paper explaining the technical details of this unique circuit is now available. The worldwide use of SHAKTI is a testament to its discernible and cumulative benefits on a wide variety of audio/video components. Shakti is a solid, lifetime investment in good sound, assisting you in this passionate pursuit of truth and beauty in music production.
Unfortunately, this wider frequency bandwidth also increases the susceptibility of your system to both self-generated and external noise. Shakti products are designed to minimize the deleterious effects of Electromagnetic Interference (EMI) on your audio system, enhancing your investment and appreciation. Introduced in 1994, the Shakti Stone improved audio performance, much like Dolby(tm) noise reduction and specialty cables did in the 1970s and 1980s. Utilizing patented trap circuits based on the principles that govern the coupling effects of electromagnetic fields, Shakti Stones successfully addressed the problems of EMI in audio components. Computer, communications and medical equipment, which typically operate well above the audio bandwidth, must be certified by independent testing labs for adequate EMI shielding. These same labs have verified the Shakti Stone's effectiveness in substantially reducing EMI*. Overwhelming world-wide acceptance of the Shakti Stone by audio designers, reviewers and music lovers further attest to this success. Now, using a specially engineered and adapted circuit developed from the Shakti Stone, Shakti ON-LINES reduce unwanted noise in A/V system cables. Standing wave reflections or "ringing" in cables are a self-generated phenomena caused by the differences in the impedance of components connected at either end of the cables. A series of resonant peaks occur at various points along the cables, the largest peak occurring near the mid-point of the cable run. The patented ON-LINES trap circuit consists of a unique application of tuned quartz resonators. Unlike the typical single resonant frequency devices used in radio, computers and quartz locked servos, Shakti developed a series of broad spectrum, frequency optimized resonators. This approach successfully absorbs the unpredictable EMI reflections different cable and component combinations can generate. The ON-LINES have no direct effect on signals originating in or near the audio spectrum (the music). ON-LINES dissipate only the non-audio electromagnetic reflections and their accompanying standing waves before they can intermodulate with the music waveform, preventing unwanted noise from contaminating the music. The ON-LINES are simple and easy to use. Sold in pairs, one per channel is attached to the cable being treated. No disconnection of existing wires or grounding is required. You don't even have to shut off your equipment. Easy attachment at the approximate mid-point of the cable is facilitated via the easily adjustable straps. The ON-LINES provide increased resolution, dynamics and imaging accuracy. These benefits are audible on all levels of cabling from the least to the most expensive designs and are compatible with other cable enhancement products. In addition to audio interconnects, speaker wires, ac power cords and video cables, the Shakti technology inside the ON-LINES allows for various other applications including use on AC socket cover plates, turntable motors, speaker crossovers, virtually anywhere a Shakti Stone is impractical due to its larger size. Treat yourself and your system to Shakti Audio Innovations' ON-LINES. |
Shakti ON-LINES provide an improved level of clarity for all audio/video system cables and increased enjoyment of both music and movies. Since the days of Edison, modern technology has pushed the limits of music reproduction, however with every advancement there are new challenges. Today's audio components and cables have extended frequency response well beyond the audio bandwidth of 20Hz to 20,000Hz, providing a more realistic reproduction of the music.
For
more information:
email: Vince Scalzitti