Ricable - DC1 / 11863 DEDALUS Coaxial 1 m - Digital Cable Audio RCA

Brand: RICABLE
Διαθεσιμότητα: Μη Διαθέσιμο
262.00€ 170.00€

Technical Specifications

Capacity:
55pF/mt.
Resistance:
20 Ohm/Km

Constructive Specifications

Geometry:
Coaxial
Impedance:
75 Ohm guaranteed e checked
Conductors Material:
MARC Pure Copper 7N 99,9999%
Conductors Structure:
118 twisted wires for the conductor
Conductors Size:
0,08 mm
Conductors Surface:
1,2 mm2
External Diameter:
Ø 10,80 mm
External Shielding:
OFC Copper High-coverage
Internal Shielding:
Mylar and Aluminium
Dielectric insulation:
Techno Polymer R-TEC
External Protection:
High density sheath with polyethylene/Nylon braid
Material Connector:
Pure OFC Copper
Connectors Features:
  • Copper monobloc Body
  • Gold plated with gold/copper specific electrolysis technique
  • non-magnetic shell
  • Polo Central at expansion
  • Ring mass with 6 elements oversized
  • Teflon dielectric
  • Suppression Shell
Contacts:
Hand welded with special eutectic alloy Sn/Ag/Cu

Warranty and Certifications

Certifications:
  • Designed in Italy
  • Handmade in Italy
  • CE
  • RoHS
  • FCC
Warranty:
Lifetime Warranty On-Site (Requires free activation)
 
 
 

Dedalus Coaxial is a Hi-End cable, with strong audiofile characteristics, deriving directly from the Invictus Coaxial series.

Made with 7N MASC copper conductor and special dielectric with high expansion, it has a double shielding in copper/aluminum/magnesium which allows an excellent shielding from external interferences.

The coaxial geometry combined with the used materials guarantees constant impedance at 75 Ohm with full support of the digital signals.

Dedalus Coaxial is the ideal support for digital Audio connections of high-value equipment, such as dedicated DAC, reading mechanics and top-of-the-range Home Cinema amplifiers.

 

Highlights

  • Conductors from 1.2 mm2 in 7N MASC copper (Multicore Annealed Ricable Conductor) with 0.08 mm strands with a smoother and more compact surface thus allowing a 70% better audio transmission than OFC copper.
  • Coaxial geometry with dielectric insulation of special high-expansion polyethylene. Double shielding of copper OFC + aluminum/magnesium foil.
  • The connectors are completely copper RCA with hot-pole expansion system with, thus giving an improvement in electrical parameters of more than 30% compared to common brass connectors. 24k gold plated with gold/copper specific electrolysis technique.
  • Designed and built in Italy with high levels of production and quality control
  • The used insulating materials are the top of R-TEC technology, with special polyethylenes and innovative polymers, in order to reduce electrical capacity and resistance and to guarantee a better support to the Audio signal.

 

 

MARC© COPPER TECHNOLOGY

More than two years ago, we introduced the AM-RCC conductors into our power cables and the result was extraordinary. From that moment on, we worked for a further improvement of our conductors, because although the result was already excellent, we had seen margins for a significant improvement.

From these studies came out the new conductor MARC©, acronym of Multicore Annealed Ricable conductor, which characterizes the entire production of Magnus, Dedalus and Invictus.

These improvements allowed producing a copper conductor with a purity of 7n (99.99999%) more malleable than the previous one, thanks to the reduction of grains per meter by 25% compared to AM-RCC. This production implementation has allowed producing more smooth strands on the surface, more ductile and less diameter.

The following advantages are:

1. Greater quantity of raw material: The wire of the conductor is thinner and in greater quantity, on the same section, and consequently, with the same surface of conductor, we have a greater quantity of copper.

2. Skin effect reduction: By increasing the number of wires of the conductor and reducing the grains of the worked copper with consequent compaction of the surface, a substantial reduction of the skin effect is obtained, which in audio applications is one of the causes of more acoustic signal degradation.

3. Resistance reduction: Another effect of the diameter increase of the wires is that with consequently copper increase, even the electrical resistance has been reduced considerably.

4. Flexibility: MARC© Copper, in addition to the acoustic and electrical benefits, has made it possible to improve cable flexibility up to 70% compared to OFC copper.

5. Acoustics: The new work MARC©, together with the other introduced innovations, produces a greater transparency, a better detail, a more characterized soundstage in the sound, keeping unchanged the neutrality that has always distinguished our Production.

When we began to see the great results that could give the new conductor MARC ©, our research was focused on developing connectors that could enhance the new cables we were developing. It is well known that the connector is a focal point of the transmission of the audio signal, where the use of conventional brass connectors, can lose even 50% of the performance of a connection, so we started immediately the project Called RCCP, because our goal was to build new connectors with pure copper contacts.

The challenge was particularly difficult as it was a matter of redesigning all the connectors, taking into account the greater softness of the copper, which does not adapt to the production of the connectors, as often the contact points are very thin and can be subject to bends.

After a process that lasted more than two years, we can assert that Ricable is the first cable manufacturer that realizes a whole series of Hi-Fi Audio Cables (Invictus Series) with fully copper connectors and regarding the two smaller series, the connectors are completely of copper in most of the products, except for some exceptions, where it was necessary to use a copper-tellurium alloy, which in any case is a decidedly superior conductor than brass, generally used in Hi-Fi connectors.

All the connectors of the Magnus, Dedalus and Invictus Series are projected and designed by us and are manufactured individually with a special CNC Numerical control technique, re-adapted for the use of copper as raw material.

Parts that are not of copper, such as bodies and plastic components, adopt solutions to improve and safeguard the contact points.

The result of this painstaking work is impressive. From our performed tests, we had an improvement in the transmission of the electrical parameters of more than 40% compared to the brass connectors and this resulted in a clear improvement even in listening.

All connectors are 24k gold plated with gold/copper specific electrolysis technique in order to prevent corrosion and keep a constant performance over time.

With the advent of the new range, Ricable has introduced a series of important innovations, carrying out a prototyping work supported by technical studies, in order to choose materials and constructive techniques to be combined with the new conductors and connectors, thus completing the production of innovative and more performing cables in every use of the system.

The most innovative technologies have been implemented in the series Invictus, but also the smaller series have those technologies derived from the top of the range, in order to realize a range scaled for needs and characteristics.

The most important technological innovations concern the construction geometries, the insulations and the shields.

New Geometries

With the advent of new conductors MARC ©, we have developed new ways of setting up multi-rows conductors and new rules of interlacing with insulators and shields. The objective is to improve the electrical specifications, which, depending on the type of audio cable, influence the sound performance. In particular we have studied conductive surfaces specific for the type of cable and detorsion cording system with crank rod that allows twisting without stretching the conductors.

New Insulations

In dielectric and non-insulating insulators, we have introduced new materials, generally not used in the production of Hi-Fi cables, demonstrating our aptitude for unconventional experimentation. Among the major innovations, the use of new thermoplastic compounds that allow obtaining better dielectric specifications of polyethylene and a greater flexibility to PVC, and also a better preserving of the copper contact characteristics. Another important novelty is the insertion in some models of a Germanium-based material that impressively improves the background noises in the audio signal.

New Shields

The development process on the shields of the new range has been a continuation of past studies. We have identified the most effective shielding in every project, both for structure and material, in order to determine efficient and never superfluous screens.