Description
Designed and handcrafted using carefully selected combinations of Duelund tinned copper conductors, each cable is meticulously fine-tuned to achieve optimal sound quality while minimizing signal transmission loss.
Audiolund Interconnect Cable, XLR to RCA/RCA to XLR ~ Signature Series
- Upgraded Version: The XLR/RCA cable construction has been revised and optimized to further improve overall sound quality.
1. Standard XLR to RCA format
- Constructed according to the standard XLR-to-RCA configuration, with Pin 1 and Pin 3 connected to ground.
- Uses a multi-wire combination of 12GA + 20GA Duelund tinned copper conductors for both positive and negative signal paths.
- A 1.0-meter stereo pair uses a total of 4m × 12GA + 4m × 20GA Duelund tinned copper wire, plus 2m of silver-plated copper wire for grounding.
The Signature Series XLR-to-RCA / RCA-to-XLR Interconnect Cable delivers the same fundamental sound quality and characteristics as the Reference Series RCA and XLR interconnects. XLR connections offer stronger dynamics, while RCA connections provide a more refined presentation. Combining XLR and RCA connectors brings these qualities together to achieve a more balanced overall sound.
The Signature Series RCA/XLR interconnect has an estimated conductor cross-sectional area of 3.83 mm² per meter, per +/- channel, using Duelund copper.
Humble Comments
The Signature Series XLR/RCA Interconnect Cable retains the characteristic sound qualities associated with Duelund WE tinned copper. Compared with the standard construction, the Signature Series incorporates additional Duelund conductors, shielding, and insulation to minimize signal transmission loss and further enhance the overall sound presentation.
Cable Run-In
Audiolund cables primarily use multi-core constructions with various conductor combinations and therefore require an extended run-in period to reach their optimal performance.
OCC silver conductors, particularly thicker solid-core designs, generally require a longer run-in period than Duelund tinned copper conductors, which use multiple thin strands in parallel.
As a general guideline, the recommended run-in period is approximately 100–200 hours.
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