Inakustik - NF-1205 AIR - Reference Interconnect Cable
Point-to-Point Air Helix" for pure sound
Air as the ultimate dielectric minimizes capacitance
Cross Link Super Speed waveguide for a balanced sound
The RCA-SL plugs are pressed precisely with 1.5 tons.
The cable capacity plays a crucial role, especially when it comes to audio cable connections between individual devices. Since the signal sources are very weak and react sensitively to high cable capacities, audio cables are ideal for air isolation using Air Helix technology.
For the reference NF-1205 Air, Inakustik have also developed a completely new RCA connector that is completely solderless. It consists of several parts, which are only put together during assembly. As with the loudspeaker cable, the thin layer of lacquer is first removed by machine from the high-purity copper wires of the “Cross Link Super Speed” waveguide, then the contact pin of the plug, which is made of tellurium copper, is pressed into the conductor under 1.5 tons of pressure. The contacting of the shielding is also completely new: it is now screwed together in a hermetically sealed manner.
New XLR 180° connector: As is known, XLR connectors can only be inserted in one direction. This can be annoying because the position of the XLR sockets varies in the devices. In order for the cable to fit, it must then be twisted excessively. This puts a strain on cables, plugs and device sockets and sometimes looks messy. The XLR 180° plugs we have newly developed can each be rotated by +/- 45 degrees, i.e. by +/- 90 degrees from plug to plug. The final touches for perfect cabling.
The air helix structure guides the conductors freely floating through the cable
The air helix structure allows for almost 100 percent air content between the signal conductors. Specially developed clips form the supporting framework. Lined up inside the cable, a large number of clips lead the signal conductors freely in the air in a helical shape through the cable. The flexibility of this construction is achieved via two bars that hold the clips together and precisely at a distance. This architecture is unique. The result is low line capacitance and low dielectric losses - an audiophile milestone for open and genuine sound experiences.
Inakustik's physical approach: Minimize losses for faithful reproduction
The reference AIR cables transport the audio signals unadulterated and with little loss between source, amplifier and loudspeaker. You experience music as the artists expressed it emotionally at the moment of recording. Sensual, fine, funny, orchestral to thrilling, rocky. Vocals and instruments are conveyed authentically. Everything seems alive. Emotions jump out suddenly. The pieces of music touch and awaken feelings, even after listening to them for the hundredth time.
Features:
- The AIR Helix: The air helix structure guides the signal conductors in a free-floating manner through the cable and allows for almost 100 percent air content between the signal conductors.
- Dialectric: Air as a dielectric reduces the capacity to a minimum. Compared to other insulators, air does not have any capacity-increasing properties and does not produce any dielectric losses.
- Multicore structure: The clever arrangement of the conductors in the multiple nested multicore structures creates overlapping areas of the magnetic fields that significantly reduce the inductance.
- The ladder: The Cross Link Super Speed waveguide avoids so-called skin effects. It delivers a balanced sound even with complex music passages and high levels
- RCA SL connector: The RCA-SL connector of our reference AIR cable NF-1205 in the 5th generation is now pressed from signal conductor to contact elements with a precise fit of 1.5 tons.
- XLR 180°: The reference XLR 180° plugs developed by us can be rotated by +/- 45 degrees and can therefore be optimally adapted to individual socket orientations. Cables and sockets are subjected to less strain.
Point-to-Point Air-Helix for seamless transition into the connectors
New in the 5th generation is the point-to-point connection of the Air Helix construction from Inakustik. Specially designed transitions for every type of cable and connector ensure a direct, immediate connection. From cable start to cable end, AIR helix construction from point to point. What sounds banal at first has an impact. The sound signals are transported with little loss, even the last few centimeters. The sound is even more detailed and dynamic.
The ladder structure
The Cross Link Super Speed waveguide avoids skin effects caused by eddy currents in the conductor. Thanks to the braided structure, the waveguide transmits even extreme current peaks precisely. A layer of varnish around each wire prevents eddy currents within the conductor and protects against oxidation. The result is a conductor that transmits a balanced sound image with lively timbres that are not overemphasised in any area, even with complex music passages and high levels.
The conductor material
The conductor material plays an essential role in the transmission of sound signals. Any contamination worsens the conductance and increases the background noise. Inakustik only use pure, oxygen-free copper in their AIR cables. They attach particular importance to only using high-purity copper batches. The quality of the copper is determined in complex processes before it is drawn to the required diameter in the wire drawing machine over several stages.
The Shielding
EMC interference from cellular and WLAN networks, for example, is constantly increasing. This interference affects the delicate audio signal. Interference occurs when signals of different frequencies overlap. This can result in unwanted distortions that have nothing to do with the original signal. Tight shielding is therefore essential to protect the extremely sensitive music signals from these interferences so that even the finest details are preserved.
RCA SL Connector
Soldering is a solid, established and proven connection technique. Nevertheless, it has its weaknesses. This includes, among other things, the less conductive solder in the signal path and the development of thermal voltages, albeit small. The RCA-SL connector of our reference AIR cable NF-1205 in the 5th generation is now pressed from signal conductor to contact elements with a precise fit of 1.5 tons, like all other reference AIR cables. Another tiny piece of the puzzle for maximum audio performance.
XLR 180° connector
Conventional XLR connectors are designed for a fixed positioning, which often forces the cable to twist. This load leads to increased mechanical tension. In contrast, the XLR 180° connector Inakustik developed offers a unique and adjustable orientation that allows the connector to rotate within a range of +/- 90 degrees. This flexibility not only reduces the mechanical stress on the cable, but also enables optimal alignment of the cable in relation to the device sockets, which are often arranged differently from device to device.
Rhodium plated
The best cable requires optimal connection technology. We use tellurium copper, a harder metal alloy that maintains the high conductivity. Compared to brass connectors, the conductivity values are significantly better. The rhodium coating ensures long-lasting contact and corrosion resistance. Even with frequent modifications, the stable conductivity is maintained. This is better than gold contacts, which wear out more quickly.
Pressed contacts (1.5 tons)
The contact elements of the plugs are pressed directly into the conductor material using a special tool with a force of 1.5 tons. This creates a stable and reliable connection without the use of solder or ferrules. Contact resistance and negative effects are avoided to ensure optimal signal transmission.
PE Network Jacket
The majority of cables have a PVC jacket covered with a textile or plastic braid. This jacket is intended to protect the structure from mechanical damage. Inakustik consciously avoid the PVC jacket in order to avoid capacitance deposits and consequently dielectric losses. The sheath of the AIR cables is made of polyethylene monofilaments. The wires are held together compactly, micro-vibrations are reduced and extreme dynamic peaks are processed unadulterated.
The cable manufacturer
The heart of Inakustik is their factory. From here they write a success story – with a lot of joy at work, passion for music and attention to detail. For them, enjoying music means creating a sound experience that comes as close as possible to the original recording and the artists' interpretation. That's why you'll find committed people, driven by curiosity and a sense of precision, fascinated by music and extraordinary things, like the development of Inakustik's elaborate AIR cables.
Handcrafted
Each cable is handcrafted with the utmost care. Inakustik's extensive know-how and the qualifications of their team enable them to manufacture the complex cables tailor-made. In addition to using the finest materials, their most important asset is the hands of their cable workers. They assemble exceptional cables with the greatest care, calm and dedication.
Precise quality control
Manufacturing is carried out to the highest standards. Precise quality control is carried out before, during and after assembly. Inakustik control the tolerances of each item. At every production step they check the configuration and electrical system for short circuits. They carry out functional and mechanical tests. No product leaves their factory without a final quality control.
Did you think…
...that Inakustik's NF-1205 AIR (2 x 1.5 m) consists of 254 individual parts? The copper wire used is 855 m long and the PE monofilament is 334 m long. The Air Helix structure of this type, which has 208 holes, requires the utmost skill when threading the cables.
Specifications
- Shielding: Dense copper braid, tin-plated (oxidation protection)
- Application: High-end audio cable
- Construction: coaxial
- Dielectric: Air
- Cable diameter: 13mm
- Conformity: CE, REACH, RoHS
- Contact material: Tellurium copper
- Contact finishing: Rhodium coated
- Ladder structure: Cross Link Super Speed Waveguide
- Conductor material: high-purity OFC copper
- Length: 1m, 1.5m, 2m
- A coat: PE Network Jacket
- Connector housing: Full metal
- Connector assembly: Contacts pressed (1.5 tons)
- Technology: AIR Helix point to point, Double mono
- Plug: 2RCA to 2RCA
- Connector highlight: RCA SL (solderless)
- Made in Germany
Description
Point-to-Point Air Helix" for pure sound
Air as the ultimate dielectric minimizes capacitance
Cross Link Super Speed waveguide for a balanced sound
The RCA-SL plugs are pressed precisely with 1.5 tons.
The cable capacity plays a crucial role, especially when it comes to audio cable connections between individual devices. Since the signal sources are very weak and react sensitively to high cable capacities, audio cables are ideal for air isolation using Air Helix technology.
For the reference NF-1205 Air, Inakustik have also developed a completely new RCA connector that is completely solderless. It consists of several parts, which are only put together during assembly. As with the loudspeaker cable, the thin layer of lacquer is first removed by machine from the high-purity copper wires of the “Cross Link Super Speed” waveguide, then the contact pin of the plug, which is made of tellurium copper, is pressed into the conductor under 1.5 tons of pressure. The contacting of the shielding is also completely new: it is now screwed together in a hermetically sealed manner.
New XLR 180° connector: As is known, XLR connectors can only be inserted in one direction. This can be annoying because the position of the XLR sockets varies in the devices. In order for the cable to fit, it must then be twisted excessively. This puts a strain on cables, plugs and device sockets and sometimes looks messy. The XLR 180° plugs we have newly developed can each be rotated by +/- 45 degrees, i.e. by +/- 90 degrees from plug to plug. The final touches for perfect cabling.
The air helix structure guides the conductors freely floating through the cable
The air helix structure allows for almost 100 percent air content between the signal conductors. Specially developed clips form the supporting framework. Lined up inside the cable, a large number of clips lead the signal conductors freely in the air in a helical shape through the cable. The flexibility of this construction is achieved via two bars that hold the clips together and precisely at a distance. This architecture is unique. The result is low line capacitance and low dielectric losses - an audiophile milestone for open and genuine sound experiences.
Inakustik's physical approach: Minimize losses for faithful reproduction
The reference AIR cables transport the audio signals unadulterated and with little loss between source, amplifier and loudspeaker. You experience music as the artists expressed it emotionally at the moment of recording. Sensual, fine, funny, orchestral to thrilling, rocky. Vocals and instruments are conveyed authentically. Everything seems alive. Emotions jump out suddenly. The pieces of music touch and awaken feelings, even after listening to them for the hundredth time.
Features:
- The AIR Helix: The air helix structure guides the signal conductors in a free-floating manner through the cable and allows for almost 100 percent air content between the signal conductors.
- Dialectric: Air as a dielectric reduces the capacity to a minimum. Compared to other insulators, air does not have any capacity-increasing properties and does not produce any dielectric losses.
- Multicore structure: The clever arrangement of the conductors in the multiple nested multicore structures creates overlapping areas of the magnetic fields that significantly reduce the inductance.
- The ladder: The Cross Link Super Speed waveguide avoids so-called skin effects. It delivers a balanced sound even with complex music passages and high levels
- RCA SL connector: The RCA-SL connector of our reference AIR cable NF-1205 in the 5th generation is now pressed from signal conductor to contact elements with a precise fit of 1.5 tons.
- XLR 180°: The reference XLR 180° plugs developed by us can be rotated by +/- 45 degrees and can therefore be optimally adapted to individual socket orientations. Cables and sockets are subjected to less strain.
Point-to-Point Air-Helix for seamless transition into the connectors
New in the 5th generation is the point-to-point connection of the Air Helix construction from Inakustik. Specially designed transitions for every type of cable and connector ensure a direct, immediate connection. From cable start to cable end, AIR helix construction from point to point. What sounds banal at first has an impact. The sound signals are transported with little loss, even the last few centimeters. The sound is even more detailed and dynamic.
The ladder structure
The Cross Link Super Speed waveguide avoids skin effects caused by eddy currents in the conductor. Thanks to the braided structure, the waveguide transmits even extreme current peaks precisely. A layer of varnish around each wire prevents eddy currents within the conductor and protects against oxidation. The result is a conductor that transmits a balanced sound image with lively timbres that are not overemphasised in any area, even with complex music passages and high levels.
The conductor material
The conductor material plays an essential role in the transmission of sound signals. Any contamination worsens the conductance and increases the background noise. Inakustik only use pure, oxygen-free copper in their AIR cables. They attach particular importance to only using high-purity copper batches. The quality of the copper is determined in complex processes before it is drawn to the required diameter in the wire drawing machine over several stages.
The Shielding
EMC interference from cellular and WLAN networks, for example, is constantly increasing. This interference affects the delicate audio signal. Interference occurs when signals of different frequencies overlap. This can result in unwanted distortions that have nothing to do with the original signal. Tight shielding is therefore essential to protect the extremely sensitive music signals from these interferences so that even the finest details are preserved.
RCA SL Connector
Soldering is a solid, established and proven connection technique. Nevertheless, it has its weaknesses. This includes, among other things, the less conductive solder in the signal path and the development of thermal voltages, albeit small. The RCA-SL connector of our reference AIR cable NF-1205 in the 5th generation is now pressed from signal conductor to contact elements with a precise fit of 1.5 tons, like all other reference AIR cables. Another tiny piece of the puzzle for maximum audio performance.
XLR 180° connector
Conventional XLR connectors are designed for a fixed positioning, which often forces the cable to twist. This load leads to increased mechanical tension. In contrast, the XLR 180° connector Inakustik developed offers a unique and adjustable orientation that allows the connector to rotate within a range of +/- 90 degrees. This flexibility not only reduces the mechanical stress on the cable, but also enables optimal alignment of the cable in relation to the device sockets, which are often arranged differently from device to device.
Rhodium plated
The best cable requires optimal connection technology. We use tellurium copper, a harder metal alloy that maintains the high conductivity. Compared to brass connectors, the conductivity values are significantly better. The rhodium coating ensures long-lasting contact and corrosion resistance. Even with frequent modifications, the stable conductivity is maintained. This is better than gold contacts, which wear out more quickly.
Pressed contacts (1.5 tons)
The contact elements of the plugs are pressed directly into the conductor material using a special tool with a force of 1.5 tons. This creates a stable and reliable connection without the use of solder or ferrules. Contact resistance and negative effects are avoided to ensure optimal signal transmission.
PE Network Jacket
The majority of cables have a PVC jacket covered with a textile or plastic braid. This jacket is intended to protect the structure from mechanical damage. Inakustik consciously avoid the PVC jacket in order to avoid capacitance deposits and consequently dielectric losses. The sheath of the AIR cables is made of polyethylene monofilaments. The wires are held together compactly, micro-vibrations are reduced and extreme dynamic peaks are processed unadulterated.
The cable manufacturer
The heart of Inakustik is their factory. From here they write a success story – with a lot of joy at work, passion for music and attention to detail. For them, enjoying music means creating a sound experience that comes as close as possible to the original recording and the artists' interpretation. That's why you'll find committed people, driven by curiosity and a sense of precision, fascinated by music and extraordinary things, like the development of Inakustik's elaborate AIR cables.
Handcrafted
Each cable is handcrafted with the utmost care. Inakustik's extensive know-how and the qualifications of their team enable them to manufacture the complex cables tailor-made. In addition to using the finest materials, their most important asset is the hands of their cable workers. They assemble exceptional cables with the greatest care, calm and dedication.
Precise quality control
Manufacturing is carried out to the highest standards. Precise quality control is carried out before, during and after assembly. Inakustik control the tolerances of each item. At every production step they check the configuration and electrical system for short circuits. They carry out functional and mechanical tests. No product leaves their factory without a final quality control.
Did you think…
...that Inakustik's NF-1205 AIR (2 x 1.5 m) consists of 254 individual parts? The copper wire used is 855 m long and the PE monofilament is 334 m long. The Air Helix structure of this type, which has 208 holes, requires the utmost skill when threading the cables.
Specifications
- Shielding: Dense copper braid, tin-plated (oxidation protection)
- Application: High-end audio cable
- Construction: coaxial
- Dielectric: Air
- Cable diameter: 13mm
- Conformity: CE, REACH, RoHS
- Contact material: Tellurium copper
- Contact finishing: Rhodium coated
- Ladder structure: Cross Link Super Speed Waveguide
- Conductor material: high-purity OFC copper
- Length: 1m, 1.5m, 2m
- A coat: PE Network Jacket
- Connector housing: Full metal
- Connector assembly: Contacts pressed (1.5 tons)
- Technology: AIR Helix point to point, Double mono
- Plug: 2RCA to 2RCA
- Connector highlight: RCA SL (solderless)
- Made in Germany
