Conmoly | CM-DATA-ETH | Ethernet 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: Controlled-impedance interconnects for avionics, mission equipment, high-speed vision and precision industrial networks, spanning Cat 5e, Cat 6A and Cat 8 directions with insertion loss, return loss, crosstalk and skew managed as a complete channel. Limits vary by category, gauge and part number; confirm each value against the target link configuration. Maximum data rate: 40 Gb/s | Cat 8 four-pair construction Maximum data rate: 10 Gb/s | Cat 5e / Cat 6A four-pair construction Transmission frequency: 1 GHz | Cat 5e two-pair construction Frequency & link length: 100 MHz · 70 m / 50 m | Cat 5e Quadrax; 24 AWG / 26 AWG Operating temperature: −65 to +200 °C | Full configuration range Diameter / MBR / weight: 6.85 mm · 13.7 mm · 49.0 g/m | Ultralight Cat 6A, 24 AWG, RCN9265-24 Source: https://www.gore.com/products/ethernet-cables-aerospace-defense-air-land Cat 8 four-pair: For short high-throughput equipment links up to 40 Gb/s, with pair-to-pair crosstalk, return loss and high-frequency insertion-loss budget controlled together. Cat 6A four-pair: For avionics backbones, vision and mission networks up to 10 Gb/s, balancing transmission performance, diameter and mass. Cat 5e two-pair: For two-pair protocols and space-constrained equipment links, reducing conductor count, diameter and mass while supporting frequency directions up to 1 GHz. Cat 5e Quadrax: A 100-ohm symmetrical quad for aerospace connector systems; indicative link directions are 70 m for 24 AWG and 50 m for 26 AWG. Plated stranded conductors: Gauge, plating and stranding are selected for flex, strength, resistance and termination. Low-loss insulation: Dielectric material and wall thickness control target impedance, delay and attenuation. Differential pairs: Lay length, pair roundness and pair-to-pair consistency are managed. Pair and overall shields: Foil, braid and drain paths are configured for crosstalk, EMI and grounding strategy. Jacket and termination: Matched to temperature, flame, abrasion, marking and connector strip dimensions. Protocol direction: Cat5e, Cat6A, Cat8 or project-defined link target Pairs and topology: 2-pair, 4-pair, symmetrical quad, point-to-point or backbone Link length: Cable length, connector count and allowable insertion-loss budget Mechanical envelope: Diameter, mass, bend radius and routing channel Environment: Temperature, vibration, abrasion, fluids, flame or vacuum Termination: Circular, rectangular, modular or pigtail interface CM-ETH-8-4P | Cat 8 / 40 Gb/s | Four individually shielded pairs plus overall shield | Short high-bandwidth channel | Mission computing, radar and high-throughput equipment CM-ETH-6A-4P | Cat 6A / 10 Gb/s | Four twisted pairs with lightweight jacket | Wide temperature and low mass | Avionics backbone, HD vision and equipment networks CM-ETH-5E-2P | Cat 5e / up to 1 GHz | Two individually shielded pairs | Compact cross-section and mass reduction | Sensors, cameras and point-to-point control links CM-ETH-5E-Q | Cat 5e / 100 MHz | 100-ohm symmetrical quad | 70 m (24 AWG) / 50 m (26 AWG) | Circular connectors and existing Quadrax interfaces These codes support solution discussions and requirement capture; they are not released standard part numbers. Final part number, dimensional tolerances and inspection requirements are frozen in the approved drawing and technical specification. Impedance, insertion loss, return loss, NEXT/FEXT and skew Continuity, wire map, hipot and insulation resistance Flex, vibration, tensile and termination retention System test at the actual protocol and channel length Avionics and equipment networks HD cameras and video links Radar, sensors and mission systems Robotics, machine vision and precision equipment 2-pair or 4-pair differential interfaces High-density circular connectors and backshells Custom equipment harnesses and assemblies Protocol class, data rate and channel distance are confirmed only after validation of the final cable construction, connectors and complete channel.