NF-S1 T8 3.5 Stereo

Analog cable

Length	Color	SKU
50 cm \| 1.6 ft.	Cobra	12580
50 cm \| 1.6 ft.	Black	12581
100 cm \| 3.3 ft.	Cobra	12584
100 cm \| 3.3 ft.	Black	12585
200 cm \| 6.6 ft.	Cobra	12588
200 cm \| 6.6 ft.	Black	12589
300 cm \| 9.8 ft.	Cobra	12592
300 cm \| 9.8 ft.	Black	12593
500 cm \| 16.4 ft.	Cobra	12596
500 cm \| 16.4 ft.	Black	12597
750 cm \| 24.6 ft.	Cobra	12600
750 cm \| 24.6 ft.	Black	12601
Quote for your individually customized cable: Preferred length / sleeve design / connector configuration
Packaging unit: 1 piece

The ultimate aim of any high-end hi-fi cable is, to convey music exactly the way, it was recorded. Even the most subtle musical timbres need to be displayed in the original fashion. The VIABLUE™ NF-S1 transmits all frequencies completely genuine and precise. By combining several different materials, the NF-S1 excels with transparent sonic images, clean basses and a very detailed high frequency rendition.

For even the finest frequencies

For connections of devices with 3.5mm
2 inner conductors made of tinned OFC copper
Each 19x 0.19 mm single strands
Polyethylene insulation

Four shields "Quattro Silver“

2 silvered spiral shields
2 ALU-PET foil shields

Customized with VIABLUE™ T8 audio connectors

3.5mm stereo version
24 carat real gold-plated
For an optimal contact pressure

Additional Features

VIABLUE™ ferrite filter 9 – for an interference free transmission
VIABLUE™ Cobra protection sleeve

OFC Copper

OFC means oxygen-free copper and is an electrolytically refined copper used for its high conductivity with a maximum level of oxygen of 0.001%.

Silvered

Silvered OFC strands guarantee a brilliant and precise rendition of high frequencies.

VIABLUE™ Ferritfilter

a ferrite core, built in a metal shell suppresses the amount of high frequency electromagnetic interference (EMI) noise found in electronic circuits.

TECHNICAL DETAILS

Outer Ø incl. sleeving: 9.5 mm (mono) / 18 mm (stereo)
Ø ferrite filter 9: 20 mm
Finishing: silvered / tinned
Capacity conductor: 50 pF/m | screen: 100 pF/m
Burn-in time: approx. 22 hours