Rosenberger-OSI GmbH & Co. OHG
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Fiber Optic Connectors
 

NEX10®-FO

 

The Rosenberger NEX10®-FO (fibre optic) connector is based on the proven NEX10® RF connector and offers maximum flexibility and robustness in screw and push-pull versions. The universal panel mount receptacle, designed for both push-pull and screw-lock installations, provides a secure, easy and damage-free connection. 

The compact NEX10® FO interface is ideal for use in existing and future networks, such as small cells, distributed antenna systems (DAS), in-building architectures, MIMO and other industrial applications in harsh environments. Especially in view of the requirements of the upcoming 5G networks, the new connector system from Rosenberger meets the requirements for a highly efficient network infrastructure for global mobile networks.

 

Features

  • Can match OM1, OM2, OM3, OM4, G652D, G657A fibre per different application
  • Male plug can fit the outer diameter of ร˜ 5.0 mm fibre optical cable
  • Female socket can fit the outer diameter of ร˜ 2.0 mm and ร˜ 3.0 mm fibre optic cable
  • Singlemode: insertion loss: โ‰ค0.6 dB @1310/1550 nm (measured acc. to IEC 61300-3-4)
  • Singlemode: return loss: โ‰ฅ50dB @1310/1550 nm (measured acc. to IEC 61300-3-6)
  • Multimode: insertion loss: โ‰ค0.6dB @850/1300 nm (measured acc. to IEC 61300-3-4)
  • Multimode: return loss: โ‰ฅ20 dB @850/1300 nm (measured acc. to IEC 61300-3-6)
  • Mating cycles โ‰ฅ500
  • Connector: available as push-pull or screw-locking mechanism
  • Receptacle: fits two installation methods of pull-push and screw-locking mechanism
  • Meet IP67 & RoHS
NEX10-FOยฎ Connector
 

Benefits

  • Easy for installation โ€“ screw & push-pull onto one and the same receptacle
  • Low insertion and return loss for both singelmode and multimode
  • Forward-looking design - small size, low space requirement with a max. ร˜ of only 14 mm
  • Robust design prevents any damage in the event of cable movement or vibration
  • Safe and damage-free connection, contact areas are protected during the mating process
  • Stable performance even after more than 500 mating cycles
 

Applications

  • Telecommunications and 5G networks: e.g. for small cells (small cell applications) | DAS, for a distributed antenna system for building cabling and networking | MIMO (multiple input / multiple output)
  • Industrial automation
  • Wind and solar energy
  • Transport system
  • Broadcast

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