Double Helix Cables
New cable orders ship in 6-10 weeks and DIY parts orders ship ASAP.
Did you know that alloys are actually less conductive than pure metals? Double Helix Cables create durable, practical cables that distinctly transmit sound -- and they don’t include gold. It’s scientifically proven that using a pure metal, like our OCC litz wire, will result in better conductivity. Here’s how DHC has exposed new depths of sound over the years:
- By using a high-quality litz wire and a continuous casting process, our cables are built to be extremely durable.
- For the true cable connoisseur, we pride ourselves on unique customization capabilities with 3D printing that are both functional and attractive.
- We offer high-quality cables and accessories that reveal further details and depth when transmitting sound.
Many headphone cable industry standards originated at DHC. Click each link below for a blast from the past.
First OCC silver headphone cable (Silver Complement)— First headphone cable with separate, shielded cables (Complement) — First direct-soldered “Ultrashort” adapter — First “triple threat” headphone to headphone adapters — First headphone cable with individually shielded conductors (Spore) — First solid-insulated OCC litz wire (Peptide)— First silver plated OCC copper litz (Peptide Hybrid) — First pure OCC silver litz (Silver Peptide SP) — First headphone cable with conductive shielding insulation (Complement2) — First headphone cable with conductive damping core (Complement3)— First headphone cable with textile type 4 cores (Molecule SE) — First “Fusion” OCC silver + OCC copper wire (Symbiote Fusion) — First cable with hybrid of cotton and conductive cores (Molecule Extreme) — First true type 6 OCC litz cable (Flagella speaker cable) — First cable with cotton primary insulation inside a solid secondary insulation (Complement4) -- First cable with 3D-printed parts (Symbiote SP)
DHC is proud to use scientifically-proven technology for all of our products.
We will not use new or alternative technology due to a trend.
Double Helix Cables
Did you know that alloys are actually less conductive than pure metals?
Double Helix Cables create durable, practical cables that distinctly transmit sound -- and they don’t include gold. It’s scientifically proven that using a pure metal, like our OCC litz wire, will result in better conductivity. Here’s how DHC has exposed new depths of sound over the years:
- By using a high-quality litz wire and a continuous casting process, our cables are built to be extremely durable.
- For the true cable connoisseur, we pride ourselves on unique customization capabilities with 3D printing that are both functional and attractive.
- We offer high-quality cables and accessories that reveal further details and depth when transmitting sound.
DHC is proud to use scientifically-proven technology for all of our products.
We will not use new or alternative technology due to a trend.
Featured Products
Our fusion cables combine OCC copper and OCC silver to enhance detail and realism beyond pure coppers capabilities.
Each of our accessories are completely customizable to add a unique personal touch. With all parts and accessories, DHC uses Eidolic as often as possible. Eidolic is a new company formed in 2013 with a mission to bring the best possible connectors to the world of personal and home audio, without any constraints on design, materials, or costs.
Let DHC make your vision a reality; our 3D printing technology has drastically widened the scope of possibilities for custom designing various cable parts and accessories.
DHC is proud to be the first cable manufacturer offering 3D-printed parts and accessories. From y-splits to cable connectors, 3D printing allows us to add a unique flare with calculated precision.
Double Helix Cables was formed to bring cables to the public that unify art, science, and technology to continuously uncover extraordinary details in music.
Our Purpose
Double Helix Cables was formed to bring cables to the public that unify art, science, and technology to continuously uncover extraordinary details in music.