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Atlas Hyper SP-DIF 75 Ohm Digital Interconnects - 0.5m BNC to BNC (New Old Stock)

Atlas Hyper SP-DIF 75 Ohm Digital Interconnects - 0.5m BNC to BNC (New Old Stock)

£43.75 Exc. VAT |  


Atlas Hyper SP-DIF 75 Ohm Digital Interconnects - 0.5m BNC to BNC

New Old Stock

The Atlas Hyper 75 Ohm SP DIF digital cable is a superior unbalanced design cable with a well-defined impedance of 75 ohms. The central conductor is made from 80 strands of silver plated copper of 99.99997% purity and which is insulated by an extremely low-loss foamed polyethylene dielectric.  The return conductor is a two-layer braid made from a total of 272 strands of Ultra-Pure Oxygen Free Copper. The double layer of tightly woven wire mesh also provides 100% rejection of radio frequency interference (RFI) ensuring that the music signal is free from any external interference or noise. The conductors are covered by a soft PVC sleeve, coloured Gloss Black.

The Hyper is terminated with BNC plugs or exclusive Atlas RCA plugs made from OFC copper with a high gloss silver finish. These plugs provide a continuous path for the signal virtually free of the discontinuities that can degrade the music signal in subtle but audible ways. 

The end result of this new development is a natural-sounding interconnect that neither subtracts from the music, nor adds any false details or unwanted colouration; additions that are often heard as “improvements” of the sound. This outstanding new interconnect cable is a superb match with the Hyper range of analogue and speaker cables allowing music-lovers to achieve a superlative signal path for their music, which will suit both their pockets and their ears.  

The Hyper digital cable can be supplied with BNC plugs as well as RCA plugs.



Construction : Asymmetrical co-axial
Conductor Material : SPC
Screen Type/Material : Braid OFC
Screen Coverage %: 100%
Dielectric : Foamed Polyethylene (PEF)
Connector : RCA Plug
available lengths
Lengths :

0.5m 1.0m 1.5m 2.0m

Also available in custom lengths.

technical data
Capacitance (pF/m) : 54.35PF/M
Resistance (Ohms/m @20°C): : 0.065Ω/M at 20oC
Inductance (µH/m @1 kHz) :  0.230 uH/M
Velocity of propagation : 0.81 VOP


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