Unlock the True Potential of Your Audio System

Transcendence™ analogue cables are designed to deliver fine micro-detail, precise transients, smooth dynamics and a natural, lifelike presentation across the full frequency range. High and low frequencies are rendered with good balance and control, helping to preserve the original character of the recording with a high degree of neutrality and transparency. Spatial information is clearly presented, with instruments and voices accurately placed within a stable, three-dimensional soundstage that offers a convincing sense of depth and separation. A low noise floor and high resolution allow for a more immersive listening experience.

Transcendence™ cables are intended to help mid and high-end systems perform at their best, without an excessive price.

Engineered for Performance

From the beginning, our goals were neutrality, realism and tonal balance. We wanted a cable that would not impose its own character on the music. Extensive testing showed that pure copper or pure silver alone (even with a small addition of gold) tended to emphasise certain frequency ranges while falling short in others. This led us to develop a proprietary hybrid blend of metals and nanostructures.

All cables can act as both a filter and an antenna, potentially introducing interference that affects the delicate audio signal. Our designs focus on minimising external interference in order to keep the original signal as intact as possible.

Key Features & Benefits:

1. Conductor

The signal conductors use a proprietary blend of OCC 6N copper (99.9999%), pure silver (99.97%), 24K gold, graphene and other precious metals. This combination is designed to support consistent electron flow across the frequency range while helping to preserve the original character of the signal.

The design features ultra-low capacitance and minimal phase shift, both of which contribute to clarity, accurate instrument placement and a stable soundstage. Careful attention has been given to signal propagation, reflections, frequency response, transient behaviour, capacitance, inductance and resistance. The metals also undergo specific thermal and cryogenic treatments to improve structural stability and transmission performance. No internal filter networks (capacitors, resistors or inductors) are used in the cable or connectors.

2. Shielding

A dual-layer shielding system is employed, consisting of a MIL-SPEC copper braid (approximately 99% optical coverage) with proprietary plating, combined with an aerospace-grade copper foil (100% physical coverage). The shield is designed in a stand-off configuration to avoid increasing capacitance. Lightweight brass connector shells provide additional screening. The shielding arrangement is AES48 compliant and does not introduce ground loops. XLR cables are generally preferred in environments with high levels of EMI/RFI.

3. Wire Architecture

  • XLR: A double-helix geometry is used to help reduce interference.

  • RCA: A specialised geometric strand arrangement is used for the same purpose.

4. Insulation

High-grade materials, including Teflon, are used for their favourable dielectric properties and low dissipation factors. This helps minimise capacitance and signal loss while maintaining mechanical stability.

5. Vibration Control

Pure silk braiding isolates the signal conductors and helps reduce microphonic effects. A multi-layer damping structure absorbs mechanical vibration. Lightweight brass connector housings further assist in controlling vibration and external interference.

6. Construction & Durability

Despite the complex internal construction, the cables remain relatively lightweight and flexible, reducing strain on equipment sockets. Reinforced anchor points and strain reliefs improve long-term reliability. Short connector bodies minimise leverage stress on sockets. The outer sheath is UV-resistant, and the connector shells are machined from brass rather than plastic. All terminations are carried out under magnification for precision.

7. Flexibility

Multi-stranded conductors provide good flexibility and resistance to fatigue from movement, particularly near the connectors. The cables are supplied as individual runs rather than joined pairs, which simplifies installation, especially with monoblock amplifiers.

8. Connectors

XLR

  • Pure OFC pins plated in 24K gold (nickel- and rhodium-free)

  • Teflon dielectric

  • Spring-loaded, quad-split female contacts for consistent connection

  • Machined brass body for strength and additional shielding

  • Standard diameter for broad compatibility

  • Left and right channels clearly marked

RCA

  • High-quality WBT connectors with pure OFC, 24K gold-plated contacts

  • Twist-locking mechanism for a secure, low-resistance connection

  • Teflon dielectric

  • Directional markings to indicate preferred signal direction

  • Machined brass body for strength and additional shielding

  • Left and right channels clearly marked

9. Cable Lengths

Standard lengths available: 0.5 m, 0.8 m, 1.0 m, 1.2 m, 1.5 m and 1.8 m (measured between connectors, with a tolerance of approximately ±2%). Each pair is length-matched. Custom lengths between 0.3 m and 2 m are available on request (approximately 2 weeks, 50% deposit required). Allow additional length for the natural arc behind each connector.

10. Burn-in

The cables will perform well from first installation. Further improvement is typically noted after 100 hours or more of use. A cable burner is not recommended.

Feel free to contact us if you have any questions.

At Angel Acoustics, we focus on quality, technology and careful engineering.