Graphene infused OCC conductor

@winoguy17 ,

If that was a shot at me, I never commented on any specific cable that touts ’graphene’ technology, or how they may sound. It was my opinion on the use of the word as a marketing ploy and current scientific data on its efficacy within an audio cable. Same deal with 'quantum' anything nonsense. A little reading comprehension goes a long way.

They can't be Cerious!

That's some well-written technology right there.

https://cerioustech.com/products/interconnects/interconnects-lumniscate/

thecarpathian-  my post was simply stating that my opinion was based on actual listening , yours is based on somethings you read.  Indeed, reading comprehension...

@thecarpathian  More info:

Graphene is being used in cables and connectors to boost performance, offering superior electrical conductivity, strength, and heat dissipation compared to copper, enhancing everything from high-end audio (better clarity, less noise) to potential future applications in lightweight aerospace wiring and faster electronics by reducing resistance and improving signal integrity. While advanced audio cables use graphene-infused solutions for enhanced conductivity and noise rejection, research also focuses on graphene-copper composites for lighter, stronger wires in EVs and aerospace, aiming to overcome traditional copper limitations. 

• Audiophile Cables: Graphene is injected into Teflon tubes housing conductors (like silver-plated copper) to lower resistance and improve detail, transparency, and soundstage.
• Shielding: Applied as a coating or integrated into dielectric layers (like Mylar), graphene blocks electromagnetic interference (EMI) and radio frequency interference (RFI) for cleaner signals.
• High-Performance Wires: Graphene-metal composites (like Graphene-Copper) are being developed for lightweight, strong wires with excellent thermal/electrical properties, ideal for electric vehicles (EVs) and aerospace.
• Fiber Optics: Its flexibility and strength make graphene ideal for next-gen fiber optic cables, promising easier deployment and durability. 

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• Enhanced Interfaces: Liquid graphene is used as a conductive paint on connector surfaces, acting as a superior, cleaner alternative to silver paste for better contact. 

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• Superior Conductivity: Graphene can offer lower resistance than copper, allowing for faster electron movement.
• Lightweight: Reduces overall cable weight, crucial for aerospace and automotive applications.
• Stronger & More Flexible: Higher tensile strength and better flexibility prevent damage and allow for easier installation.
• Better Thermal Properties: Excellent thermal conductivity helps dissipate heat, important for high-power applications and preventing smartphone heating. 

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• Niche & High-End: Currently prominent in specialized markets like high-fidelity audio.
• Emerging Technology: Research is rapidly advancing graphene-metal composites for mass production, with potential for widespread use in power distribution and electronics soon. 

 

And this from NASA:

https://techport.nasa.gov/projects/93595