The challenge
A crowded handoff
In compact subscriber locations, fiber terminations and RJ45 module positions compete for space. Poorly arranged fiber may also create unnecessary bending and complicate later access.
Fiber Optic Hybrid Socket
Fiber Optic Hybrid Socket
One wall outlet. Fiber and RJ45 connections, neatly organized.
The installation challenge
Separate connections shouldn’t mean a cluttered termination point.
At the FTTH handoff, fiber routing and copper connection interfaces need to remain accessible without forcing installers to manage everything as loose components.
The Fibernet approach
Bring the interfaces together
The wall-mounted hybrid socket houses the fiber adapter and two RJ45 positions in one enclosure, with internal space allocated to termination, splicing and fiber storage.
How the socket is used
A defined termination path at the wall.
These are physical interfaces in a compact enclosure; the product is not described as an active optical-to-Ethernet converter.
Incoming cableFTTH drop / optical cable
Fiber enters the wall outlet
Inside the hybrid socketRouting · Splicing · Storage
Fiber bend radius is considered in the internal path
Accessible interfacesSC or LC fiber adapter
+
2 × RJ45 positions
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2 × RJ45 positions
Connection at the subscriber location
Conceptual connection flow. Interface details depend on the selected product code.
Product engineering
Designed for the work behind the wall plate.
Four specific design characteristics, each serving a different installation need.
01
Protected fiber routing
Internal guidance helps installers route the fiber without unnecessarily tightening its bend radius.
02
Termination workspace
Dedicated space accommodates termination, splicing and fiber storage inside the enclosure.
03
Wall-mounted format
The compact housing is designed for wall mounting at the FTTH cable endpoint.
Ordering choices
Choose the optical adapter for your connection.
Two distinct ordering codes are documented. Confirm connector geometry, polish, and shutter requirements before selection.
SC Simplex
FHS-SCRG001
Fiber Optic Hybrid Socket with an SC simplex adapter.
LC Duplex + Shutter
FHS-LCRG001
Fiber Optic Hybrid Socket with an LC duplex adapter and shutter.
Inside the housing
Fiber handling is part of the product design.
The open product view shows the dedicated internal routing area and accessible front interfaces. It is useful for evaluating placement and service access during an FTTH installation.
Photo shows an example configuration. Confirm the appearance of the LC version before publication.
Technical reference
Specifications at a glance.
The figures below are drawn from the supplied product datasheet (Rev. 1.0, September 2014).
| Product | Fiber Optic Hybrid Socket |
|---|---|
| Dimensions (W × H × D) | 86 × 86 × 25 mm |
| Housing material | Plastic |
| Color | RAL 9001 |
| Installation format | Wall-mounted |
| RJ45 positions | 2 |
| Optical adapter variants | SC Simplex; LC Duplex with Shutter |
| Fiber functions | Termination, splicing, storage and routing |
| Documented use | FTTH hard cable |
| Ordering codes | FHS-SCRG001; FHS-LCRG001 |
RJ45 performance category, IP protection, optical loss and speed ratings are not specified in the supplied datasheet and are intentionally not claimed here.
Typical applications
Where a compact hybrid wall point makes sense.
These use cases reflect the documented FTTH termination function rather than unsupported performance claims.
01 / FTTH
Subscriber fiber termination
Provide an organized connection point for a fiber drop at the subscriber wall.
02 / PREMISES
Combined outlet locations
Bring an optical adapter and two RJ45 module positions together within one enclosure footprint.
03 / INSTALLATION
Serviceable cable routing
Accommodate internal fiber storage and splicing while keeping the interfaces identifiable.