- SCD Beethoven Mk2 digital cables 110 Ohm AES/EBU, 75 Ohm Coaxial RCA or BNC, USB and Ethernet cables
- SCT Beethoven tonearm cables
All our cable models are named after well known composers. When looking for a name that would best suit our top of the line cable model our choice was Beethoven. His musicality is beyond question. His ability to create works based on strictly following the rules of composition and yet expanding these into something larger than the individual components is striking.
His mastery of both the complex and simple, the balance of the components through multiple layers of intertwining melodies working sublimely together.
Beethoven is known throughout the World for his phenomenal compositions. But also for being almost completely deaf while creating some of his greatest works. The signature trait of the Beethoven cable model is its ability to convey musicality, to be silent and let the connected components sing only restricted by their own limitations. To let all other noise be blackened out to give every nuance of the music room to blossom to their fullest. Breathing life into the music by giving it a perfectly quiet background. Skogrand Cables is a small company located in the mountain hills of Norway. In this serene and tranquil environment we manufacture audio cables with the support of several key branches of the Norwegian government due to our product’s market leading signal transferring capabilities. You will find Skogrand cables in the reference setups of reviewers and dedicated audiophiles all over the world. Spearheading signal transfer speed and efficiency globally – delivering Pure Audio Joy.
If you are looking for cables to add color or flavor to your system’s signature sound then our cables is not your best bet. If you on the other hand desire a reference cable to last you a lifetime of component upgrades, that will enable you to focus on the true ability of your setup, then Skogrand cables are the only real alternative in today’s market.
As with all our cables it looks as it performs - with absolute panache and beauty.
Some key features of the SCAC Beethoven AC power cable:
• 2 x 4mm + 5mm + 24 AWG 5N solid core copper
• Three layers of shielding
• One layer of shielding lifted from the two layers of the spiraling inner framework and held separate by air.
• In contrast to the SCAC Wagner AC power cable that has two spiraling tubes visible on the outside, the SCAC Beethoven has its spiraling inner framework concealed within a shielded circular outer cable build.
Beethoven enhancements from the Tchaikovsky model:
• Low-K material inner framework enhancements.
• Thermally and machanically enhanced Ohno Continuous Cast copper wires with improved surface quality and electrical conductivity.
• Wires scanned to eliminate any grain borders ensuring that every wire length of each cable consists of only one copper crystal.
• All inner framework materials scanned and freed from impurities.
• All wires matched for exact similarity of size and performance.
• More accommodating inner framework.
• All of these individually small specs coming together to form a Grand performer that will serve the signal completely - undisturbed and unaltered.
Available within the Tchaikovsky cable model range:
- SC Tchaikovsky Mk2 speaker cables
- SCI Tchaikovsky Mk2 interconnects
- SCJ Tchaikovsky Mk2 Jumpers
- SCAC Tchaikovsky AC power cables
- SCD Tchaikovsky Mk2 digital cables featuring 110 Ohm AES/EBU, 75 Ohm Coaxial RCA or BNC, USB and Ethernet cables.
- SCT Tchaikovsky tonearm cables
SC Tchaikovsky speaker cables:
The SC Tchaikovsky offers solid core copper leads suspended in air within a framework of ultra low dielectric fabrics and PTFE tubing. With this cable build we have achieved an effective air dielectric percentage of 98.9%. With gold z-plug or spade connectors (Speakon or unterminated bare wires optional), pure silk brocade cable sleeves, 4 x 12 AWG OCC solid core copper leads of the highest purity obtainable. SC Tchaikovsky Mk2 stands out as a marvel of sight and sound.
Wire drawn from OCC ingots will contain a single copper grain, which can be over seven hundred feet in length. A single grain wire has all the desirable properties for signal transmission, and is remarkably durable. Because of its characteristics of single crystal, unidirectional, free of impurity, flexible fatigue-resistance, corrosive-resistance, low electric resistance, none-crystal boundaries, rapid transmissibility, perfect in structure, and easy to process, all make it an ideal material for making rapid transmission lines.
A most natural, dynamic and pin point analytic cable.
Technical specifications:
4 x 12 AWG OCC solid core copper leads
Dielectric: Air Ultra low dielectric fabrics and PTFE tube suspension framework
Dual lead construction
Cross linked Polyolefin
Silk brocade cable sleeve
Skogrand Cables z-banana plugs or spades, Speakon or unterminated bare wire
SCI Tchaikovsky interconnects:
Construction goal: Creating an interconnect matching the SC Tchaikovsky speaker cables when it comes to looks, signal transfer capabilities, materials and overall performance.
The SC Ravel offers solid core copper leads suspended in air within a framework of low dielectric fabrics and PTFE tubing.
Technical specifications:
• Dielectric: 97.5% Air
• Gauge: 4 x 2,5mm²
• Ultra low dielectric fabric and PTFE tube suspension framework
• Dual lead construction
• Cross linked Polyolefin heat shrink
• PET Braided Sleeve
• Gold Z banana plugs or spades
• Capacitance 5.79 pF/f
• Inductance 0.21 uH/f (DC)
• Inductance 0.18 uH/f (HF)
• DC-resistance 0.0069 Ohm/m
• Attenuation 0.002 dB/km/sqrt(frequency)
• Area 2.500 mm² (square-mm)
• Area 4934 CM (circular mil)
• Diameter 70.2 mil
SCI Ravel interconnects:
Construction goal: Creating an interconnect matching the SC Ravel speaker cables when it comes to looks, signal transfer capabilities, materials and overall performance.
The Brahms cable model utilizes some of the ground principles found in its more advanced siblings. You get an air dielectric construct and solid core copper wires delivering that Skogrand performance within a framework that is slightly more flexible than our other models.
Beethoven
Tchaikovsky
Ravel
Brahms
Rachmaninov
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