Restless innovators Network Acoustics are excited to introduce the reference muon2 Balanced Digital Cable, the ultimate version of their award-winning muon cable.
Engineered with a host of proprietary innovations, every detail has been painstakingly refined through relentless research and development. From materials to manufacturing, every element has been obsessively tested and compared, to produce the best Balanced Digital Cable Network Acoustics can make.
"The balanced XLR ‘AES’ connection has long been one we’ve enjoyed for its ability to convey digitally sourced music with a unique natural musicality. Yet, even with the finest cables we’ve tested, this musicality has come at the cost of ultimate detail.
With the muon2, we took a zero-compromise approach to material selection and production techniques, developing an entirely new architecture for the cable. The result is a digital cable that performs at a level beyond any AES cable we’ve heard—delivering music with absolute transparency, beat-perfect timing, and the natural fluidity that makes AES such an addictive connection.”
Rob Osbourn, Network Acoustics
Ground-up design
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New cable architecture using proprietary high purity gold and silver solid core conductors configured in a helix formation.
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100% natural dielectric with multi-layer raw cotton damped air-pocket insulation.
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Uniquely effective shielding using an upgraded version of NA’s RFI/EMI rejecting shielded sleeve, grounded at the source end only.
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Universally compatible with all AES/EBU DACs, CD players, streamers and servers.
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Loss-less Connection. Terminated with connectors using solid silver contacts, to guarantee an optimal connection every time.
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Made in the UK. Each cable is painstakingly built by hand, rigorously tested and compared to the original reference cable before being shipped to the customer.
Try the muon2 risk-free
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60-day money back guarantee
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Free express worldwide shipping
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2-year warranty
Pricing
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Standard/ recommended length 1.5 metres: £1,795 (inc. UK VAT) / £1,495 (rest-of-the-world)
For more information visit: networkacoustics.com
