NDX Connectors

75 Ohm Dual-Shielded, Snap-In Interface for CATV Applications up to 18 GHz

Overview

NDX™ connectors deliver a more robust, user-friendly alternative to the traditional Type F interface. This connector system is engineered for next-generation CATV infrastructure and is engineered to support high-bandwidth applications up to 18 Gpbs while simplifying installation and improving long-term reliability.

NDX connectors feature an ultra-reliable mating interface which ultimately results in reduced cost of ownership for MSOs and requiring less technician visits to customer sites and more successful self-installs. Built for evolving network demands, the NDX platform is optimized for current DOCSIS 3.1 systems and future-ready for emerging 5G and IoT technologies.

Features and Benefits
  • Dual-shield design for low RF leakage and ingress
  • Close-entry, scoop-proof protection
  • Audible snap-in mating mechanism
  • Compatible with standard compression crimp tooling
  • Support DOCSIS 3.1 infrastructure
  • Color-coded configurations available for simplified installation
Key Technical Details
  • Impedance: 75 Ω
  • Frequency Range: DC - 18 GHz
  • Dielectric Material: PTFE
Applications
  • CATV and satellite set top boxes
  • In-building CATV infrastructure
  • Coaxial splitters and amplifiers
  • Hybrid fiber-coax nodes
  • Cable model termination systems

Browse our full NDX connector lineup to select the ideal impedance, mounting style, and frequency capability.

Specifications

NDX Connectors 
75 Ohm

Electrical

Impedance 75 Ohm
Frequency Range DC -18 GHz
Return Loss


 
DC - 3 GHz -30 dB
3 - 6 GHz -25 dB
6 - 9 GHz -20 dB
9 - 18 GHz -15 dB
RF Leakage
DC - 1.8 GHz -100
1.8 - 3 GHz -90 dB
3 - 6 GHz -80 dB
Current Handling 5 Amps Max

Environmental

Temperature Range −40°C to +140°C
RoHS Compliance Compliant with Exemption 6C

Mechanical

Body Brass, Gold Plating
Contact Beryllium Copper, Nickel Plating
Insulator PTFE, Natural

Note: These characteristics are typical and may not apply to all connectors.
Connector configurations may affect performance.

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