Kimber Kable Orchid Coaxial Digital Cable
Best digital interconnect for audiophiles seeking smooth, high-fidelity sound reproduction.
The Kimber Kable Orchid Coaxial Digital Cable offers uncompromising performance for audio gear with an AES/EBU digital output. This cable is celebrated for its smooth, detailed sound with exceptional transient attack, avoiding the harshness often found in digital interconnects. It features advanced proprietary Kimber Kable technologies, including VariStrand conductor geometry, with conductors made of silver-plated OFC oxygen-free copper and an FEP dielectric. The cable is equipped with studio-grade XLR-type connectors featuring silver-plated contacts, ensuring a high-quality connection for both recording and playback applications.
$528.00
Owner Satisfaction
4.5
/ 5
Category Rank
1969
/ 5745
#1969 in Audio & Video Cables
Price vs Category Average
-3%
Below average
Length
0.5
/ meter
Who it's for
- Listeners demanding a clean, jitter-free digital signal
- Audiophiles seeking long-term reliability and premium construction
Who should skip it
- Casual listeners who prefer obvious, dramatic sonic changes
- Owners of entry-level systems with limited resolution
- Budget-conscious buyers prioritizing value over luxury
Performance breakdown
Transient Response
Delivers sharp, precise attack that brings recordings to life.
Signal Integrity
Silver-plated conductors ensure minimal loss across the digital signal path.
Midrange Liquidity
Provides a smooth, natural texture that avoids common digital harshness.
Build Quality
Studio-grade XLR connectors offer a robust and reliable physical connection.
Insulation Efficiency
FEP dielectric maintains stable electrical properties for consistent performance.
Noise Rejection
Advanced geometry effectively shields the signal from external interference.
Key Specs
Length
0.5 meter
Conductors
Silver-plated OFC oxygen-free copper
Dielectric
FEP
Connectors
Studio-grade XLR-type with silver-plated contacts
Parallel capacitance
47.1 pF/meter
Series inductance
1.06 uH/meter
DC loop resistance
0.331 Ohm/meter
Features
- Exceptional transient attack and midrange liquidity
- Smooth and detailed sound profile
- Proprietary VariStrand conductor geometry
- High-quality studio-grade XLR connectors
- Silver-plated OFC conductors for superior signal integrity
- FEP dielectric for optimal insulation
- Awarded Stereophile Recommended Component 2025
What customers say
Customers consistently praise the Kimber Kable Orchid Coaxial Digital Cable for its exceptional sound reproduction and superior build quality. Reviewers frequently highlight the cable's ability to deliver remarkable clarity and detail, enhancing the listening experience significantly. Many users feel the robust construction and premium materials justify the investment, reflecting a strong appreciation for its lasting performance and refined audio presentation. The consensus points to a product that truly elevates high fidelity systems.
Know before you buy
The Orchid is specifically engineered for audio components featuring an AES/EBU digital output. It uses XLR-type connectors, making it ideal for connecting high-end digital sources like CD transports or DACs that support balanced digital connections.
The Orchid is designed to eliminate the harsh, clinical sound often associated with digital interconnects. By utilizing silver-plated OFC conductors and VariStrand geometry, it delivers a smoother, more detailed midrange and improved transient attack.
FEP (Fluorinated Ethylene Propylene) is a high-performance insulation material that provides excellent dielectric properties. It helps maintain signal integrity and minimizes energy loss, ensuring the digital data stream remains stable and accurate.
No, the Orchid is specifically optimized as a 110-ohm digital cable for AES/EBU signals. While it uses XLR connectors, it is not designed for analog audio transmission and will not provide the correct impedance for that application.
VariStrand geometry uses strands of different diameters within the conductor to minimize the effects of mechanical vibration and electrical interference. This design helps the cable achieve a more balanced, natural sound profile across the frequency spectrum.
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