GMK Symbiote

GMK Symbiote Custom Mechanical Keyboard Cable

Designed to match GMK Symbiote keycaps, using our custom formulated Cerakote. 

Type: USB2.0. Type C keyboard connection. USB Type A PC connection.  (Type C to Type C available on request)

Device Side: 4 inch (10.1cm) straight, excluding connectors.

Host Side: 5ft (152cm)

Cable: 26AWG LSZH 4 core shielded. USB2.0 compliant.

Quick Connect: 1B Lemo style finished in custom formulated Cerakote to match GMK Symbiote keycaps.  Main body matches the alpha keys, with the accent ring matching modifier keys keys.  All soldered connections are insulated with injected silicon.

USB:

Device Side - CNC machined copper type C finished in custom formulated Cerakote to match GMK Symbiote modifier keys. Epoxy resin filled to form a solid state connector.

Host Side - Nickel plated type A shell and genuine Techflex Polyolefin 3:1 shrink in purple. Silicon injected.

Sleeving:  Base layer - Custom dyed MDPC-X XTC. Top layer MDPC-X Clear. Designed to match Symbiote's Membrane novelty caps.

Notes on colour fidelity: This product is colour matched to genuine GMK Symbiote, and may not be an exact match to cloned/replica copies.  Colour matching done in direct sunlight. Use of discontinuous spectrum light sources such as fluorescent or low CRI LEDs (particularly RGB based white LEDs) should not be used to evaluate colour fidelity as metameric failure becomes a factor.

Certain ABS plastics are prone to fade or colour change with age and UV exposure, and also resin mixing tolerances are not perfect for any manufacturer from batch to batch, so one round of a keycap set may be slightly different from the next. Being different materials than the keycaps, Cerakote and sleeving may also appear different in certain lighting due to differences in surface texture.  We have done all we can within the limits of practicality to ensure the best colour match, but minute differences may sometimes be beyond our control.

 Note: Design style of CNC Type C connectors may change without notice due to supply changes.