High-Mechanical-Properties
High Mechanical Properties

Simple operation and high mechanical properties.

High-Quality
High Quality

Products are 100% in line with international IEC standards

Innovations
Innovations

Design products for different scenarios according to different construction environments to help construction improve work efficiency and reduce construction difficulty.

8-Port Gel-Sealed Fiber Optic Splice and Patch Closure with SC/APC Adapters

The Rayoptic 8-Port Gel-Sealed Fiber Optic Splice and Patch Closure integrates fiber splicing, patching, splitting, storage and drop...

4/8-Port OptiTap-Compatible Fiber Access Terminal

The 4/8-Port OptiTap-Compatible Fiber Access Terminal provides protected fiber splicing, splitting and drop cable distribution in outdoor FTTH...
Semi-connectorized flat FTTH customer drop cable with open Mini SC/APC fast connector

FTTH ODN Drop Cable with Mini SC/APC or Fast Connect SFC

Rayoptic's FTTH ODN Drop Cable is designed for FTTH customer drop and last-mile fiber access applications....
50-meter FTTH ODN distribution cable with Mini SC/APC fast connectors

FTTH ODN Distribution Cable with Mini SCAPC Fast Connect SFC

Rayoptic's FTTH ODN Distribution Cable is a pre-connectorized fiber optic cable assembly designed for FTTH ODN and FTTX...
FTTH Pre-connectorized GJYXCH Drop Cable 1F G657A1 SCAPC to SCUPC Self-supporting Steel Wire LSZH Black

FTTH Pre-connectorized GJYXCH Drop Cable 1F G657A1 SCAPC to SCUPC Self-supporting Steel Wire LSZH Black

Factory-terminated FTTH drop cable with SC/APC to SC/UPC connectors, featuring 1 fiber G657A1 bend-insensitive fiber and self-supporting steel...
Coiled white GJXH 1-fiber G.657.A2 FTTH drop patch cord with LC/APC connectors and pulling eye

FTTH Drop Patch Cable GJXH 1Fiber G657A2 LCAPC TO LCAPC With Pulling Eye White

This FTTH Drop Patch Cable uses GJXH 1Fiber drop cable with G657A2 bend-insensitive fiber and LCAPC connectors on...
Fiber optic OTDR launch cable boxes with open case showing internal reel and SC/APC leads

Fiber Optic OTDR Launch Cable Box

This single mode OTDR launch cable box uses G657A1 bend-insensitive fiber, designed for fiber optic testing, troubleshooting, and...
Angled view of an open FTTH fiber NID enclosure with a built-in pre-wound drop cable reel

Fiber NID with Built-in Reel

Compact outdoor Fiber NID with a built-in reel design. The drop cable is pre-wound on the internal reel...
MDU_Fiber_Connected_Home

What is FTTH?

Fibre to the Home (FTTH), sometimes known as Fibre to the Premises (FTTP), is a broadband internet connection technology that uses optical fibre to deliver high-speed broadband internet directly to individual buildings such as households, apartment complexes, and businesses. Unlike traditional twisted pair or coaxial cable networks, fibre optic cables made of thin strands of glass or plastic fibres can transmit data over long distances using light signals that are less prone to interference and signal loss as their copper counterparts. The characteristics guarantee much faster and more efficient data transmission compared to traditional broadband networks and make FTTH an ideal choice for providing internet access to residential and commercial customers in urban, suburban, and rural areas.

How does FTTH work?

The architecture of an FTTH network typically consists of a central office or hub, which hosts the equipment that connects the network to the internet. From there, the signal is sent over optical fibre cables to a distribution point, where it is then distributed to individual customers through a network of fibre optic cables.

The core components of an FTTH network include:

Optical fibre cable
Optical network terminals (ONTs)
Optical line termination (OLT) equipment
Passive optical splitters
Distribution frames

FTTH works by running optical fibre strands all the way to the internet service provider’s network to the customer’s house. This fibre optic cable is then connected to a device called an optical network terminal (ONT), which converts the incoming light signals into electrical signals.

From there, the electrical signals are distributed throughout the home using Ethernet or other wired or wireless technologies.

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