iFi SilentPower SupaNova Power Cable The SilentPower SupaNova is a high-performance active IEC power cable designed to reduce mains-borne noise and help your audio or AV system deliver cleaner, more revealing sound. Unlike standard power leads, SupaNova combines advanced concurrent shielding with Active Noise Cancellation II (ANC II) to actively suppress noise across the frequency range on live, neutral, and earth—helping lower the noise floor for improved clarity, separation, and definition. Built with a geometrically balanced design and SilentPower’s Ground Zero technology (a central core engineered to be free of magnetic fields), SupaNova improves immunity to EMI/RFI and maintains stable performance under real-world conditions. It also includes surge protection, making it a practical upgrade for high-value audio gear where power purity and protection matter. Simply connect SupaNova between your power source and your component to introduce active noise reduction directly at the device—often reducing reliance on additional conditioning hardware. What It's Good At: Lowering the noise floor for clearer detail, cleaner treble, and tighter bass definition Improving instrument separation and soundstage for more space and dimensionality Actively cancelling mains noise (ANC II) across live, neutral, and earth—not just passively filtering Rejecting EMI/RFI with concurrent shielding to keep power delivery cleaner and more consistent Adding surge protection to help safeguard audio/AV components Delivering “do-it-all” clean power to individual components without needing a separate conditioner in many setups iFi SupaNova Full Specifications: Product name: SilentPower SupaNova (active power cable) Type: Active IEC power cable with Active Noise Cancellation II (ANC II) and surge protection Noise reduction: > 40dB (> 100x) Surge protection: max. 10,000A @ 775V / 8/20uS Operating rating (under operating voltage): 10A at 250Vac (maximum operating rating) 15A at 125Vac (maximum operating rating) Length / Dimensions: 1.8 m (70.8") Weight (by plug region): US: 675 g (listed as 1.49 lbs on product page; also listed as 1.43 lbs in manual) EU: 690 g (1.52 lbs) on product page; also listed as 695 g (1.47 lbs) in manual UK: 695 g (1.53 lbs) AU: 673 g (1.48 lbs) Warranty period: 12 months What’s in the box: 1x SupaNova power cable 1x User Manual Notes: Product images may differ in color due to lighting; refer to the physical product for accuracy Specifications may be subject to change without notice iFi SupaNova Q&A: What is the SupaNova power cable designed to do? SupaNova is a fully balanced, low-loss power cable that combines Active Noise Cancellation (ANC II) with surge protection to reduce mains noise and improve system performance. What is the maximum current rating for SupaNova? It is rated up to 15A at 125V and up to 10A at 250V. Where are the polarity and earth-status indicators located? The barrel-shaped enclosure in the center of the cable houses the ANC circuitry and provides polarity and earth indication LEDs at one end. Why does a “balanced” cable design matter for audio systems? A balanced configuration improves immunity to noise by shielding the active conductors more effectively and reducing induction into the earth wire. How do I use the SupaNova cable? Connect it between your power source (wall outlet or suitable power extension block) and your audio/AV device’s IEC inlet, then power on your system as normal. Does the cable still reduce noise if the LEDs show a warning condition? Yes—regardless of LED color, the cable continues actively cancelling noise; however, you should correct any polarity/earth issues indicated. What does “Active Noise Cancellation II” do in a power cable? ANC II actively suppresses electrical noise by generating an inverse noise signal to cancel it, helping reduce interference beyond what passive filtering alone can achieve. Does SupaNova replace a power conditioner? In many systems, it can reduce the need for additional conditioning by delivering active noise reduction directly to the connected component, though results depend on your setup and power environment.
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