AudioQuest Dragon High Current Power Cable

Technical data

For a couple of decades, AudioQuests AC power cables have been gaining momentum and respect for bringing lower distortion and higher performance not only to the audiophile high-end, but also to Sonos, Apple TV, cable boxes, radios, CI racks, etc. While AQs NRG cables werent physically big and painful enough to cater to certain audiophile prejudices, they delivered the goods better audio and video for many more people than any other premium AC cable supplier.

Now, AudioQuest is very proud to introduce a family of cables that recalibrate the importance of choosing AC cables carefully. The Storm Series of NRG cables dont embody just incremental evolution though thats always a good thing instead, they demonstrate a category jump.

Words are meaningless once youve heard the difference and simply know the truth but a few words might whet your appetite and provoke you to give Storm Series + Dragon a listen sooner than later:
Uncompressed High-Current Transfer: Due to an unprecedented combination of Zero Characteristic Impedance and Low Z (low resistance), The High-Current Storm Series cables get-out-of-the-way better than any existing AC cable, regardless of size or how much metal is in it.

A totally non-technical analogy might be that if you drop a coin in a long tube with shampoo in it, no matter how big that tube, the shampoo (the Characteristic Impedance) is going to get in the way (compromise current transients). Lowering the Characteristic Impedance to Zero is like emptying out the tube, with just air, or actually closer to a vacuum, inside. 

FEATURING
No Strand Interaction, Minimal Grain Junction Disruption
Quiet Background and Minimal Electronics Misbehavior Due to: Ground Noise-Dissipation (US Patent # 8,988,168)
Direction-Controlled Conductors and Shields

Quiet Background and Minimal Electronics Misbehavior: Due to a more sophisticated than ever Noise-Dissipation System (US Patent # 8,988,168), Storm NRG cables do what Garth Powells magnificent Niagara power products do they lower the noise that both smothers  tne detail, ambiance, etc., and noise that causes active circuits to suffer 

Optimal Insulation Electrical Characteristics: Due to AudioQuests Dielectric-Bias System (US Patent #7,126,055). DBSs effectiveness at reducing non-linear distortions caused by temporary energy storage in a cables insulation is evident across all types of AudioQuest cables. However, in the Storm Series NRG cables, DBS is applied more strategically than ever before reducing dielectric-noise takes a back seat to DBS extending the bandwidth and efficiency (Q), of all-important RF noise-dissipation.

No Strand Interaction, Minimal Grain Junction Disruption: Due to solid conductors, there is no contact between strands and none of the distortion that entails. Due to superior metals, less grain junctions within the conductors minimize distortion, and the superior conductor surface drains RF Noise better than other metals.
AudioQuest Storm Series NRG cables truly are optimized Low-Z | Noise-Dissipation Systems, just like the extraordinary Niagara Series Low-Z | Noise-Dissipation System power products.
Uncompressed Current Transfer Due to: Zero Characteristic Impedance
Optimal Insulation Electrical Characteristics Due to: Dielectric-Bias System (US Patent #7,126,055)

Manufacturer site

• AudioQuest