SynqNet uses standard CAT5 cabling and RJ45 connectors or Micro-D 9-pin connectors.

     www.molex.com
See the Molex cabling section for a list of official Molex SynqNet part numbers that are exclusive for SynqNet machine builders and developers.

SuperFlex Cable Information:
Click on the company logos for more information

     igus.bdol.com
The Chainflex® CF14US CAT5 Cable type has been developed specifically for cabling high speed data transmission systems. Transmission rates up to 100 Megabits per second can be achieved. The fact that this system contains absolutely no halogen guarantees that no increased damage as the result of corrosive and toxic gases occurs in the event of a fire, particularly when used in conjunction with electronic equipment.

          www.olflex.com
UNITRONIC® EtherLine® FD P Cat.5 Plus (continuous flex) is a halogen free, fine stranded, oil resistant PUR cable designed for continuous flex applications. The specially designed Internal Core Wrap ensures proper cable performance during flex motion. The cable meets standard EIA/TIA-568; TSB-36 & ISO/IEC 11801 “Generic Cabling for Customer Premises” for class “D” links, UNITRONIC® EtherLine® FD P Cat.5 Plus (continuous flex) has special foil for flexing and a tinned copper braid shield providing excellent noise protection and integrity during flexing.

          www.lutze.com
The basis for the functionality of an Industrial Ethernet Network is the selection of the right cable. ETHERNET cables from Lutze are specifically designed for industrial applications and their physical requirements. Even in tough constant flexing applications, LUTZE-SUPERFLEX® ETHERNET can provide reliable communication in accordance with CAT5 requirements.

      www.gore.com
Sophisticated semiconductor assembly machines, such as SMT pick-and-place machines, use Gore custom flat cables to carry power and signals to the component placement head. These assemblies increase reliability in the field, minimizing preventive maintenance and eliminating unscheduled downtime. See Gore's Cables and Cable Assemblies.