Analysis Plus Copper Oval Interconnect Cable
Best high-fidelity interconnect for audiophiles seeking a clean, transparent soundstage.
The Analysis Plus Copper Oval-In Micro Interconnect cable features a patented Hollow Oval conductor design for exceptional performance in a compact size. It utilizes three 18-gauge, pure oxygen-free copper conductors with a low-loss FEP dielectric. The signal wires are fully shielded against EMI/RFI, ensuring a quiet and neutral audio signal. This interconnect is available with RCA or XLR terminations, offering transparency, clarity, and a deep, wide soundstage with precise transient definition and musical realism. Its design minimizes skin effect and frequency-dependent resistance for enhanced efficiency and audio fidelity.
$346.50
Owner Satisfaction
4.5
/ 5
Category Rank
1969
/ 5745
#1969 in Audio & Video Cables
Price vs Category Average
-36%
Below average
Length
1.0
/ Meter
Who it's for
- Audiophiles seeking transparent and highly detailed sound reproduction
- System builders prioritizing signal integrity and reduced distortion
- Listeners wanting long-term reliability from premium audio components
Who should skip it
- Budget-conscious buyers prioritizing value over high-end performance
- Skeptics questioning the audible benefits of premium cabling
- Users with tight spaces requiring highly flexible cable routing
Performance breakdown
Signal Transparency
Patented hollow oval geometry preserves audio integrity with remarkable clarity.
EMI/RFI Rejection
Full shielding ensures a silent noise floor in complex home environments.
Transient Response
Oxygen-free copper conductors deliver sharp, precise definition for musical realism.
Build Quality
Robust construction and premium FEP dielectric offer long-term signal stability.
Flexibility
Compact micro design allows for easy routing in tight equipment racks.
Soundstage Depth
Advanced conductor design creates an expansive and immersive listening experience.
Key Specs
Length
1.0 Meter
Conductors
Three 18 gauge, pure oxygen-free copper
Dielectric
FEP
Shielding
100% shielded to provide protection from EMI/RFI
Connector Type
RCA or XLR
Design
Patented Hollow Oval conductor geometry
Condition
New
Features
- Great interconnect performance in a compact micro design
- Braided signal conductor
- Pure oxygen-free copper 18-gauge conductors
- Low-loss FEP dielectric
- Analysis Plus patented Hollow Oval conductor design
- Signal wires are 100% shielded to provide protection from EMI/RFI
- Choose RCA or XLR termination
What customers say
Customers consistently praise the Analysis Plus Copper Oval Interconnect Cable for its exceptional quality and the noticeable improvements it brings to audio systems. Many users report enhanced clarity and detail in their sound, attributing this to the cable's robust construction. While positioned as a premium product, its perceived impact on sonic performance often leads to strong satisfaction regarding its overall value. Owners frequently express confidence in its reliability and long term performance, making it a favored choice for discerning audiophiles.
Know before you buy
The Hollow Oval geometry helps minimize skin effect and frequency-dependent resistance. By spreading the signal across a larger surface area, it ensures more efficient transmission and greater audio fidelity compared to standard solid-core cables.
Yes, the cable is 100% shielded to protect against EMI and RFI. This ensures that your audio signal remains quiet and free from external electrical noise.
Yes, you can select either RCA or XLR terminations depending on the requirements of your audio equipment. Be sure to verify which connection your source and amplifier components utilize before ordering.
The low-loss FEP dielectric is used to maintain signal integrity and minimize energy absorption. This contributes to the cable's overall transparency and the precise transient definition you hear in your music.
The Copper Oval-In Micro is designed specifically for a compact footprint. While it features high-quality 18-gauge conductors, its micro design makes it much easier to route behind equipment racks compared to thicker, bulkier interconnects.
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