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High Performance Multi-Service WDM-PON Access Module

High Performance Multi-Service WDM-PON Access Module

Brand Name: Gracyfiber
MOQ: 1pieces
Payment Terms: L/C,T/T
Supply Ability: 100,000 pieces per month
Detail Information
Place of Origin:
Guangdong , China
Certification:
ISO9001 , ROHS
Coating Diameter:
245 µm
Polarization Mode Dispersion:
≤ 0.5 Ps/km
Proof Test Level:
100 Kpsi
Beat Length:
3.5 Mm
Numerical Aperture:
0.12
Cladding Diameter:
125 µm
Supply Ability:
100,000 pieces per month
Highlight:

Multi Service WDM-PON

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WDM-PON Access Module

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WDM-PON 2 Channels

Product Description

High-Performance Multi-Service WDM-PON Access Module (2 To 7 Channels) 

1. Product Overview

GRACYFIBER's multi-service WDM-PON access module is a core passive wavelength routing engine designed for seamless coexistence of multiple generations of PON technologies on a single fiber infrastructure. 


2. Product Features



Features: Precise wavelength coverage across all generations of PON (GPON to 25G PON & RF Video)


Features: Flexible multi-channel configuration (2CH to 7CH) and ultra-low insertion loss


Features: High channel isolation and crosstalk suppression


Features: Extremely low PDL (maximum 0.5 dB) and excellent in-band flatness


Features: Excellent power handling and stability in harsh environments



3.Application 
  1. FTTH/FTTx Network Upgrades and Multi-Network Coexistence
  2. Seamless Evolution from GPON to XGS-PON/NG-PON2
  3. High-Value Residential and Enterprise Broadband Access
  4. Multi-Service Access Nodes (Data + Video + Monitoring)
  5. Edge Access and Outdoor Cabinet Deployment

High Performance Multi-Service WDM-PON Access Module


FAQ

1.What is a WDM-PON access module?

Traditional PON (such as GPON/EPON) uses a shared time slice (Time Division Multiplexing, TDM) for all users. WDM-PON (Wavelength Division Multiplexing Passive Optical Network), on the other hand, allocates a dedicated wavelength (P2P Wavelength Channel) for each user or service.

The function of this module is to multiplex multiple optical signals of different services and wavelengths onto a single optical fiber for transmission at the central office (OLT) or remote node, or to demultiplex them and distribute them to different terminals.



2.Why is it called "Multi-Service"?

It enables the simultaneous transmission of multiple heterogeneous services using different wavelengths within the same access network. For example:

5G ​​fronthaul/midhaul signals (CPRI/eCPRI services)

Conventional Residential Broadband Services (FTTH)

CATV Broadcast Television Signals