IFi SupaQuasar

The constant impedance design

The constant impedance design helps to maintain the purity of the mains electricity flowing into each piece of equipment in an audio system or an AV set-up.

Leading the way…

• Heavy OFHC continuous cast copper
• Polymer casing for lasting durability for excellent conductivity
• Concurrent shield for each power line for minimization of internal and external RFI noise
• Polymer matrix is unaffected by moisture, amorphous, dimensional accuracy, low dielectric constant
• Air-dielectric delineator, best separation between balanced pairs of live and neutral
• Shotgun ground line non-twisting design significantly reduce ground loop noises

Active Noise Cancellation II

Most power-conditioning products engage passive noise reduction through a selection of filters and regulators. While this can be effective, it has inherent disadvantages. Passive noise reduction systems are effective at the top end of the frequency spectrum but often less so at lower frequencies. In addition, passive systems need large capacitors to be truly effective, which make the best such products bulky and expensive.

iFi’s active system uses inverse noise current to cancel out the noise in the mains signal. Noise in the mains supply occurs at different frequencies, depending on the cause. Active Noise Cancellation II technology enables a power-conditioning device that is highly effective at reducing noise consistently across the entire frequency spectrum yet sufficiently compact and lightweight to position within the mains cable itself.

The constant impedance design

The constant impedance design helps to maintain the purity of the mains electricity flowing into each piece of equipment in an audio system or an AV set-up.

Ground Zero design

This is a true balanced power cable.

Using true geometrically balanced pairs means that the magnetic fields caused by the live and neutral conductors cancel each other out perfectly. This is a key component in the Ground Zero design.

Double circular

Double circular helix power line design with air-dielectric delineators.

This twisted configuration further aids RFI/EMI rejection.