Cardas CG MXLR Male XLR Connector
Best high-end connector for audiophiles seeking pristine signal integrity.
The Cardas CG MXLR Male XLR Connector, designed by George Cardas, offers superior audio performance with its premium construction. It features rhodium-plated contact surfaces for excellent conductivity and a housing made of pure, non-magnetic, eutectic billet brass. The connector is further enhanced with gold and rhodium over silver platings, ensuring durability and signal integrity. A unique end shielding technique effectively blocks unwanted RF and clock signals, contributing to a cleaner audio signal path. This connector is sold individually and is built to the high standards expected from Cardas Audio.
$100.00
Owner Satisfaction
4.7
/ 5
Category Rank
77
/ 1419
#77 in Electronics Component Connectors
Price vs Category Average
-54%
Below average
Design
Designed by George Cardas
/ Designed by George Cardas
Who it's for
- Audiophiles seeking an uncolored and pristine signal path
- Professionals needing durable connectors for frequent, reliable use
- Discerning listeners who value proven high-fidelity engineering
Who should skip it
- Budget-conscious buyers building entry-level audio systems
- Owners of standard systems with limited acoustic resolution
- Casual hobbyists lacking advanced soldering and assembly experience
Performance breakdown
Signal Integrity
Advanced shielding effectively eliminates interference for a pristine audio path.
Conductivity
Rhodium-plated surfaces ensure maximum signal transfer with minimal resistance.
Build Durability
Eutectic billet brass construction offers exceptional long-term structural reliability.
RF Rejection
Specialized end shielding blocks unwanted clock and radio frequency noise.
Material Quality
Premium gold and rhodium platings prevent oxidation and signal degradation.
Installation Precision
High-tolerance engineering demands careful soldering for optimal connection results.
Key Specs
Design
Designed by George Cardas
Contacts
Rhodium contact surfaces
Material
Pure, non-magnetic, eutectic billet Brass
Plating
Gold and Rhodium over Silver platings
Shielding
Unique end shielding technique blocks RF and Clock signals
Sold
Individually
Features
- Designed by George Cardas
- Rhodium contact surfaces for superior conductivity
- Pure, non-magnetic, eutectic billet Brass construction
- Gold and Rhodium over Silver platings
- Unique end shielding technique blocks RF and Clock signals
What customers say
Customers consistently laud the Cardas CG MXLR Male XLR Connector for its exceptional build quality and unwavering reliability. Reviewers frequently highlight the robust construction and premium materials, noting a significant enhancement in audio signal integrity and overall sound clarity. The connectors are praised for providing a secure, long lasting connection, instilling confidence in critical audio setups. While a premium investment, the perceived durability and superior performance often justify the cost for discerning audiophiles seeking top tier components.
Know before you buy
Rhodium is used for its exceptional conductivity and resistance to corrosion. It ensures a stable, high-quality signal transfer that remains consistent over time, even with frequent plugging and unplugging.
The connector features a specialized end shielding design specifically engineered to block unwanted RF and clock signals. This helps reduce interference, resulting in a cleaner, more accurate audio signal path.
Using non-magnetic materials prevents the connector from introducing magnetic distortion into the signal path. Eutectic billet brass is chosen for its structural integrity and superior acoustic properties compared to standard alloys.
The Cardas CG MXLR Male XLR Connector is sold individually. This allows you to purchase the exact quantity needed for your specific cable assembly or repair project.
This multi-layer plating process combines the conductivity of silver with the durability and oxidation resistance of gold and rhodium. It provides a robust contact surface that maintains signal integrity while protecting the underlying metal from wear.
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