Conmoly | CM-DATA-FC | Fibre Channel Copper Cables
Shenzhen Xinju New Materials Technology Co., Ltd.
https://conmoly.com

Selection reference; third-party published figures are not Conmoly guaranteed specifications or certifications. Final specifications require configuration review. Images illustrate product form.
Reference configuration: 26 AWG, 150-ohm differential copper cable for reliable airborne and defense box-to-box links through 1.625 GHz, using 3.0 ps/m intra-pair skew and wide-temperature shielding to preserve serial-channel integrity.

Values apply to the 26 AWG Fibre Channel copper construction.
Maximum transmission frequency: 1.625 GHz | Differential data link
Standard impedance: 150 ± 15 Ω | Nominal value
Typical operating voltage: < 15 V | System operating condition
Velocity / delay: 87% · 4.0 ns/m | Nominal values
Capacitance / intra-pair skew: 28.2 pF/m · 3.0 ps/m | Typical values
Dielectric withstand: 1500 / 1000 Vrms | Conductor-conductor / conductor-shield
Temperature range: −65 to +200 °C | FEP jacket
Source: https://www.gore.com/products/fibre-channel-cables-aerospace-defense-air-land

Box-to-box differential link: Two controlled-impedance copper paths provide transmit and receive connectivity between avionics enclosures.
Circular-connector assembly: Supports MIL-DTL-38999-style connectors and size-8 high-speed contact direction.
Compact DB-9 assembly: For small equipment interconnect, laboratory access and service testing.
Silver-plated copper-alloy conductors: Gauge, voltage drop, strength and termination contacts define the conductor construction.
Low-loss insulation: Expanded PTFE/PTFE controls impedance, delay and high-frequency attenuation.
Controlled signal units: Differential pairs, quads or multichannel video/data units are formed around the protocol.
Individual and overall shields: Pair coupling, external EMI and connector return continuity are managed together.
Environmental jacket: Wide temperature, abrasion, flame, marking and harness termination are balanced.
Protocol and speed: Interface revision, target rate, encoding and maximum channel length
Electrical boundary: Impedance, insertion/return loss, skew and dielectric withstand
Channel construction: Pair count, auxiliary wires, power and shield zoning
Installation envelope: Gauge, diameter, mass, bend radius and harness section
Environment: Temperature, vibration, abrasion, fluids, smoke/toxicity and flame
Termination: Connector, contact, backshell, grounding and strain relief
CM-FC-150-CIRC | Fibre Channel copper · up to 1.625 GHz | 26 AWG dual differential pairs, overall shield and circular interface | 150 ± 15 Ω · 3.0 ps/m intra-pair skew | Avionics enclosures and mission-computing equipment
CM-FC-150-DB9 | Compact Fibre Channel copper link | Controlled-impedance copper cable with DB-9 termination | 87% velocity · < 15 V | Small equipment, service testing and short box links
CM-FC-150-HARNESS | Custom box-to-box serial channel | Configured by route, shield grounding and connectors | −65 to +200 °C · channel validation | Defense vehicles, storage equipment and custom airborne networks
This family is Fibre Channel copper cable, not an optical-fiber jumper. Solution codes support early interface matching; final part number, length, connectors, shield termination and channel loss are confirmed to system requirements.
Impedance, insertion/return loss, crosstalk and skew
Continuity, wire map, dielectric withstand and insulation resistance
Temperature, vibration, abrasion, flex and termination retention
Full-channel test at target protocol, length and connector configuration
Avionics data networks
Mission computing and storage
Defense vehicle electronics
High-speed serial box links
Aerospace circular or rectangular connectors
High-density contacts and backshells
Pigtail, fixed-length harness or complete assembly
Data rate and channel capability depend on the final cable, length, connectors and termination process and must be confirmed as a complete channel.