Conmoly | CM-DATA-USB | USB High-Speed Data 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: USB data-and-power interconnects for aircraft, vehicles and mission equipment through 10 Gb/s, using 90-ohm high- and low-speed differential pairs with voltage drop, skew, shielding and wide-temperature termination managed as a complete channel.

Temperature applies to the engineered-fluoropolymer version; confirm halogen-free polyurethane variants by part number.
Maximum data rate: 10 Gb/s | High-speed USB configuration
High-/low-speed pair impedance: 90 ± 5 / 90 ± 10 Ω | Applicable pairs
Typical operating voltage: < 15 V | System operating condition
Velocity / delay: 80% · 4.07 ns/m | Nominal values
Capacitance / max intra-pair skew: 50.0 pF/m · 15.0 ps/m | High-speed pair
Dielectric withstand: 1500 / 1000 Vrms | Conductor-conductor / conductor-shield
Temperature range: −65 to +200 °C | Engineered-fluoropolymer version
Source: https://www.gore.com/products/usb-cables-aerospace-defense-air-land

High-speed data plus power: Combines high-speed pairs, a low-speed pair and power conductors in one lightweight cable.
Lightweight fluoropolymer type: Supports wide-temperature, flame and harness marking requirements while controlling strip dimensions and shield continuity.
Halogen-free PU type: A flexible direction for selected environments; temperature, flame and fluid compatibility are confirmed by configuration.
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-USB-10G-FP | USB · up to 10 Gb/s | High-speed pair plus low-speed pair and power | 90 ± 5 / ± 10 Ω · < 15 V | Mission equipment, high-speed peripherals and content loading
CM-USB-LW-FP | Lightweight high-speed USB | Fluoropolymer insulation plus composite shield | −65 to +200 °C | Avionics, vehicles and mass-sensitive harnesses
CM-USB-HF-PU | Halogen-free high-speed USB | Flexible halogen-free polyurethane jacket | Temperature and fluids confirmed by configuration | Flexible equipment, soldier systems and selected cabin environments
Solution codes support early data-rate, power and environment matching. Final part number, conductor size, voltage drop, shield termination and connectors must be confirmed as a complete channel.
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
Electronic flight bags and portable devices
HD content loading
Sensor and peripheral networks
Soldier and vehicle connectivity
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.