Shenzhen Puhuixin Tecnhnology Co., Ltd.
FTTH Series

FTTH Series

Fiber to the home (FTTH), also refers to fiber to the premises (FTTP), is the transmission of communication signal through optical fiber from a central point directly to the home or businesses to provide high-speed, uninterrupted Internet service. The active optical networks (AONs) and passive optical networks (PONs) are two types of systems applied in FTTH architecture. PHXFIBER supply all fiber optic components needed in PONs and AONs.

Various Types of FTTH

PLC Splitter
PLC Splitter utilizes planar optical waveguide technology to split optical power with low cost, compact size and high reliability.
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PLC Splitter

FBT Splitter Coupler
FBT Coupler is also know as FBT Splitter, which is built to split the optical power or wavelength through Fused Biconic Taper (FBT) technique.
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FBT Splitter Coupler

CWDM
CWDM is called coarse WDM. WDM uses an optical multiplexer to transmit different wavelength signals together in one fiber and an optical demultiplexer to split the signals at receiver. And channel spacing of CWDM is between 50nm~100nm.
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CWDM

DWDM
DWDM is called dense WDM. WDM uses an optical multiplexer to transmit different wavelength signals together in one fiber and an optical demultiplexer to split the signals at receiver. And channel spacing of CWDM is between 1nm~10nm.
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DWDM

AWG
AWG multiplexer is commonly used as optical demultiplexers and multiplexers in wavelength division multiplexed (WDM) systems. These devices are capable of multiplexing many wavelengths into a single optical fiber, thereby increasing the transmission capacity of optical networks considerably.
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AWG

Fused WDM
Fused WDM is built based on Fused Biconical Taper Fiber technology for multiplexing and demultiplexing two wavelengths.PHXFIBER Fused WDM is of low PDL, low insertion loss and high reliability.
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Fused WDM

LAN WDM
LAN WDM (LWDM) is based on TFF technology, and adopts free space sealing structure, FTTH LAN WDM is of compact size, low insertion loss and high isolation. LAN WDM is widely applied in CFP module.
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LAN WDM

Fast Connector
Fiber Optic Fast Connector is a pre-polished connector which can realize cold connection through mechanical clamping and aligning of a cleaved fiber end which is inserted into the connector body.
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Fast Connector

FTTH Terminal Box
FTTH terminal box is used to protect and joint fiber optic cable and pigtails that are spliced at the termination of optical cable. It is a box that can split a cable into different single fibers that can run into end users, so it is also called fiber optic distribution box.
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FTTH Terminal Box

Optical Fiber Mechanical Splice
Optical Fiber Mechanical Splice is used to connect two fibers mechanically without fusion, it is faster and easier than using a splicer.
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Optical Fiber Mechanical Splice

Fiber Optic Collimator
A Fiber optic collimator consists of a pigtail and a lens. It can transform diverging light into parallel beam of light or couple the collimating light into a single fiber.
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Fiber Optic Collimator

Fiber Optic Isolator
Fiber optic isolator is a optical passive component that only allows unidirectional transmission of light. It is used to prevent unneeded light reflection.
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Fiber Optic Isolator

Fiber Optic Circulator
An optical circulator is a multi ports device that can transmit the incoming light from any port to next port.
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Fiber Optic Circulator

Fiber Optic Combiner
A fiber optic pump combiner is based on coupling technology to combine different pump lights into a single fiber to transmit, hence increasing the output power of the laser. According to construction,...
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Fiber Optic Combiner

FWDM
FWDM (filter wavelength division multiplexing) filter chip wavelength division multiplexer is based on mature membrane filter technology. Filter type wavelength division multiplexer can combine or sep...
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FWDM

Mechanical Optical Switch
The optical switch is a device used to shift optical paths. In fiber optic transmission system, it is in the wide application of LAN, monitor, multiple light sources, detector and protection of Ethern...
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Mechanical Optical Switch

Advantages of FTTH Solution

Advantages of FTTH Solution
Advantages of FTTH Solution

Optical fiber can provide ultimate bandwidth to meet the demand of high-speed internet.

Advantages of FTTH Solution
Advantages of FTTH Solution

Optical fiber cable is less susceptible to the damage that caused by wind.

Advantages of FTTH Solution
Advantages of FTTH Solution

Fiber-optic cable is of lower cost and more durable for equivalent length of copper wire.

Advantages of FTTH Solution
Advantages of FTTH Solution

FTTH network is immune to electromagnetic interfering.

FAQs of FTTH Series

What is the architecture of FTTH?

There are two common types of FTTH architecture, AON and PON. An active optical network (AON) uses an electrical switching device to transmit signals actively, but a passive optical network (PON) uses optical components to transmit signals instead of electrical devices. Both architectures are commonly applied in FTTH networks. But PON is preferred in FTTH due to its high performance with lower cost.

Why do we need FTTH?

FTTH has been growing fast since 1980s, it is considered to be the “future proof” network across the world, because it brings us many benefits contrast to traditional copper networks.

lFTTH allows consumers and businesses to enjoy better performance of the internet because of its greater bandwidth and faster speed.

lFTTH network can be updated without replacing the existing fibers.

lEasy to install and maintain.

What is Fibre to the X (FTTX)?

In FTTX, the 'X' represents the place where network finally terminates at, such as a curb, a home, an office or a cabinet. So FTTX could be Fibre to the Curb, Fibre to the Home (FTTH), (FTTC), Fibre to the Office (FTTO), Fiber to the Terminal (FTTT). In fiber to the X (FTTX) network, the fibers are closer to end-users, thus to offer a low-latency, high-bandwidth and fast-speed fibre network, which can meet the requirements of 5G development.

How does FTTH work?

In FTTH work, an optical fiber cable transmits signals from a central point, first passes through a fiber distribution hub (FDH), then passes through a network access point (NAP), and finally into a terminal box near home.

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