QED XT5 power cable - 2m

XT5 utilises the proven and acclaimed X-Tube technology of QED’s award-winning loudspeaker cable ranges, and applies it to the specific requirements of a mains power cable.

By deploying its usual combination of through research and world-class engineering, QED has created a ground-breaking power cable that delivers clean, stable current to audio equipment - so that it can perform to its maximum potential.

Having played a large part in the creation of the very first specialist speaker cables and with over 47 years of unrivalled engineering excellence and expertise in the fields of hi-fi, home cinema cables and connectivity, no other company has demonstrated such relentless dedication to research and development combined with analytical listening tests.

QED knows full well the standard of the mains power that drives hi-fi equipment can have a profound effect on its performance. So, having achieved great and Award-winning results with its most recent speaker cables and analogue interconnects, QED’s engineers have now applied their unique methodology to power cables.

This single-minded determination to liberate the performance of hi-fi electronics of all kinds has resulted in XT5 - a mains cable that spotlights QED’s mastery of cable technology and sets entirely new standards of performance at the price.

As with any QED cable, an enormous amount of attention has been paid to the materials and geometry of XT5. In a drive to minimise the degrading ‘proximity effect’ created as current density accumulates in the conductors nearest to each other, QED has applied the lauded X-Tube technology first developed for its award-winning range of loudspeaker cables. By more effectively regulating current flow to audio equipment, the equipment is free to perform as its designers intended.

This kind of imaginative thinking and rigorous execution is typical of QED, and it means the XT5’s X-Tube configuration is way beyond what any nominal competitor can offer.

FEATURES AND BENEFITS

X-Tube technology

The braided individual cores in the live and neutral conductors are made small enough to resist eddy currents from adjacent cores, and as a consequence do not contribute to the ‘proximity effect’. The carefully calculated twist-rate of the individual strands ensures no two conductors are parallel for more than a few millimetres, furthering promoting even current flow at any and all frequencies. The separate bundles are individually isolated using K130PVC (to stabilise current capacitance and to exceed international safety standards), and cable inductance is controlled by giving the entire arrangement a hollow LDPE core.

Ferrite insulation

To combat the corruption of the domestic mains supply, particularly by radio frequency noise injected into the supply by computer equipment, XT5 uses a ferrite-impregnated inner jacket, effectively wrapping the X-Tube cores in an impenetrable blanket of radio silence. Absorbing high-frequency noise signals in this way has already proved wildly successful in QED’s award-winning Audio 40 range of analogue and digital interconnects (with which XT5 is, of course, completely compatible).

Complete practicality

XT5 is designed to be as thin and flexible, and thus practical, as possible. Only the live and neutral cores have been given the X-Tube treatment described above - the earth core (required only under fault conditions) is left in a conventional geometry. And because X-Tube geometry enables the whole cross-sectional area of the cable to be kept to a tidy 1.5 mm sq, XT5 is supremely flexible and usefully slim despite its audiophile potential.

Specifications

• Conductor type: X-Tube
• Metallurgy: 99.999% oxygen-free copper
• Cross-sectional area: 1.5 mm sq
• Ferrite jacket: 10% Zn/Mn
• Capacitance: 100 pF/m
• Inductance: 0.7 μH/m
• Loop resistance: 0.026 ohm/m
• Dielectric strength: 2 kV (ac for 15 mins)
• Complies with: EN50525; EN60320; EN60884
• Outer jacket: Black Pearl
• Nominal outside diameter: 11 mm
• Plug: EU - Martin Kaiser Schuko 516
• Connector: Martin Kaiser IEC C13 794