June 10, 2026

Huawei PON SFP Modules | GPON XG-PON XGS-PON & 50G-PON Optical Transceivers

Explore Huawei GPON and XG-PON SFP modules with Class B+, C+, and D optics. Compare specifications, applications, compatibility, and deployment benefits.

Huawei PON SFP Modules โ€“ Complete GPON XG-PON XGS-PON & 50G-PON Optical Transceiver Guide

Introduction

Huawei PON SFP modules are carrier-grade optical transceivers designed for GPON XG-PON XGS-PON & 50G-PON broadband access networks. Widely deployed by Internet Service Providers (ISPs), telecom operators, FTTH service providers, and enterprise network operators, these optical modules enable high-performance fiber connectivity while ensuring scalability for future network growth.

Huawei offers multiple GPON XG-PON XGS-PON & 50G-PON optical module options, including Class B+, Class C+, Class C+ Pro, and Class D optics. These modules support transmission distances up to 60 km, provide excellent optical budgets, and are optimized for deployment in Huawei OLT platforms and modern Fiber-to-the-Home (FTTH) infrastructures.

Whether operators are expanding GPON networks, increasing splitter ratios, or preparing for 10G PON migration, Huawei PON SFP modules provide reliable, cost-effective, and future-ready optical connectivity.


Key Features of Huawei PON SFP Modules

Carrier-Grade GPON Performance

Supports GPON downstream transmission rates of 2.488 Gbps and upstream rates of 1.244 Gbps.

Future-Ready XG-PON Support

Selected Combo SFP+ modules support both GPON XG-PON XGS-PON & 50G-PON technologies, enabling seamless migration to next-generation broadband services.

Multiple Optical Classes

Available in:

  • Class B+
  • Class C+
  • Class C+ Pro
  • Class D

This allows operators to select the appropriate optical budget for different network requirements.

Long-Distance Coverage

Supports transmission distances ranging from 20 km to 60 km depending on optical class and deployment scenario.

High Receiver Sensitivity

Enhanced optical performance supports larger splitter ratios and extended FTTH coverage.

Standard Industry Interfaces

  • SFP and SFP+ form factors
  • SC optical connector
  • Single Mode Fiber (SMF) support

Telecom-Grade Reliability

Designed for continuous operation in carrier networks with operating temperatures from 0ยฐC to 70ยฐC.


Huawei PON Optical Modules โ€“ Standardized Technology Table for GPON / XG-PON / XGS-PON / 50G-PON

Part NumberModelModule NameTechnologyForm FactorOptical ClassRate (Down/Up)Distance (km)Tx Power (dBm)Rx Sensitivity (dBm)Wavelength (nm)
34060337OSG002001SFP-GPON-SMF-UPC-Class B+GPONSFPB+2.5G / 1.25G40GPON: 1.5โ€“5GPON: -281490 / 1310
34060499OSG002004SFP-GPON-SMF-PC-Class C+GPONSFPC+2.5G / 1.25G60GPON: 3โ€“7GPON: -321490 / 1310
34060694OSX002003SFP-GPON-SMF-UPC-Class C+GPONSFPC+2.5G / 1.25G60GPON: 3โ€“7GPON: -321490 / 1310
34061415OSG002010SFP-GPON-SMF-UPC-Class C+ -IGPONSFPC+ Industrial2.5G / 1.25G60GPON: 3โ€“7GPON: -321490 / 1310
34062777OSG006001Dual SC SFP-GPON-SMF-UPC-Class C+GPONDual SFPC+2.5G / 1.25G60GPON: 3โ€“7GPON: -321490 / 1310
34062607OSGGPC+ProSFP-GPON-SMF-UPC-Class C+ ProGPONSFPC+ Pro2.5G / 1.25G60GPON: 3โ€“10GPON: -32 / -351490 / 1310
34060841OSG002008SFP-GPON-SMF-UPC-Class DGPONSFPD2.5G / 1.25G60GPON: 6โ€“10GPON: -351490 / 1310
34062632OSGXGC+02SFP+ XG-PON&GPON C+GPON / XG-PONSFP+C+10G / 2.5G20GPON: 4.5โ€“8.5 / XG-PON: 5โ€“8GPON: -32 / XG-PON: -30.51490/1310 + 1577/1270
34062608OSGXGCC+ProSFP+ XG-PON&GPON C+ ProGPON / XG-PONSFP+C+ Pro10G / 2.5G20GPON: 4.5โ€“8.5 / XG-PON: 5โ€“9GPON: -32 / XG-PON: -30.51490/1310 + 1577/1270
34062018OSGXGD01SFP+ XG-PON&GPON DGPON / XG-PONSFP+D10G / 2.5G20GPON: 6โ€“10 / XG-PON: 8โ€“12GPON: -35 / XG-PON: -33.51490/1310 + 1577/1270
34062610OSGXGSC+01SFP+ XGS-PON C+GPON / XGS-PONSFP+C+10G / 10G20GPON: 5โ€“8 / XGS-PON: 5โ€“8GPON: -32 / XGS-PON: -291490/1310 + 1577/1270
34062495OSGXGSC+02SFP+ XGS-PON C+ IndustrialGPON / XGS-PONSFP+C+ Industrial10G / 10G20GPON: 5โ€“8 / XGS-PON: 5โ€“8GPON: -32 / XGS-PON: -291490/1310 + 1577/1270
34062990OSGXGSD40SFP+ XGS-PON DGPON / XGS-PONSFP+D10G / 10G40GPON: 6โ€“10 / XGS-PON: 6โ€“11GPON: -35 / XGS-PON: -321490/1310 + 1577/1270
34062938OSGXGSC+03Dual SC SFP+ XGS-PONGPON / XGS-PONDual SFP+C+10G / 10G20GPON: 5โ€“8 / XGS-PON: 5โ€“8GPON: -32 / XGS-PON: -291490/1310 + 1577/1270
34063071OS10GXGTB1XGT-PON ComboGPON / XG / XGS / XGT-PONSFP+B112.44G / 12.44G20GPON: 4.5โ€“8.5 / XGT-PON: 6โ€“10GPON: -32 / XGT-PON: -231490/1310 + 1577/1270
34062955OS50GXGSN1QSFP28 50G-PON Combo50G-PON / XGS-PONQSFP28N149.7G / 49.7G20XGS-PON: 5โ€“8 / 50G-PON: 5.5โ€“11XGS-PON: -29 / 50G-PON: -22.71342/1286 + 1577/1270
3406307050GS&XGS&GPON-OLT-C+QSFP28 50G-PON ComboGPON / XGS / 50G-PONQSFP28C+49.7G / 49.7G20GPON: 4.5โ€“8.5 / XGS: 5โ€“8 / 50G: 8.5โ€“14GPON: -32 / XGS: -29 / 50G: -25.7Multi-band
3406358750GS&XGS&GPON-SFP-DDSFP-DD 50G-PON ComboGPON / XGS / 50G-PONSFP-DDC+49.7G / 49.7G20GPON: 4.5โ€“8.5 / XGS: 5โ€“8 / 50G: 8.5โ€“14GPON: -32 / XGS: -29 / 50G: -25.7Multi-band

PON Technology Rate and Wavelength (Down / Up) Overview

TechnologyDownstreamUpstreamWavelength (Down / Up)Typical Use Case
GPON2.5 Gbps1.25 Gbps1490 / 1310 nmMass FTTH, low-cost residential broadband
XG-PON10 Gbps2.5 Gbps1577 / 1270 nmHigh-speed residential & business upgrade
XGS-PON10 Gbps10 Gbps1577 / 1270 nmSymmetrical services, enterprise, cloud
50G-PON50 Gbps50 Gbps (or 25 Gbps asym.)1342 / 1286 nm5G/6G backhaul, data centers, ultra-broadband FTTH

Optical Budget Comparison

Optical ClassTypical Tx PowerRx SensitivityMaximum ReachRecommended Split Ratio
B+1.5 ~ 5 dBm-28 dBm40 kmUp to 1:64
C+3 ~ 7 dBm-32 dBm60 kmUp to 1:128
C+ Pro4.5 ~ 10 dBm-32 dBm60 kmHigh-density XG-PON deployments
D6 ~ 10 dBm-35 dBm60 kmLarge split ratio and long-distance FTTH

Recommended Use Cases

Deployment ScenarioRecommended Module
Standard GPON FTTH (1:32 / 1:64)34060337 (Class B+)
Long-Reach GPON Network34060499 / 34060694 (Class C+)
High Split Ratio GPON (1:128)34060841 (Class D)
GPON to XG-PON Migration34062632 (Combo C+)
Enhanced XG-PON Deployment34062608 (Combo C+ Pro)
Long-Reach XG-PON & High Optical Budget34062018 (Combo D)

Product Benefits

Improved Optical Budget

Class C+ and Class D optics provide stronger transmission power and better receiver sensitivity, enabling support for larger split ratios and longer fiber distances.

Reduced Network Expansion Costs

Higher optical budgets reduce the need for intermediate active equipment, lowering deployment and maintenance costs.

Simplified GPON to XG-PON Migration

Combo modules allow operators to run GPON and XG-PON services simultaneously on the same ODN (Optical Distribution Network).

Better Subscriber Coverage

Operators can extend services to rural and remote locations without significant infrastructure upgrades.

Increased Service Reliability

Huawei optical modules are designed for carrier-grade environments, ensuring stable operation and long service life.

Future-Proof Investment

XG-PON Combo modules help operators prepare for increasing bandwidth demands while protecting existing GPON investments.


Applications and Use Cases

FTTH (Fiber-to-the-Home)

Deliver high-speed broadband services to residential subscribers with reliable optical connectivity.

FTTB (Fiber-to-the-Building)

Provide broadband access to apartment complexes, office buildings, and mixed-use developments.

ISP Network Expansion

Support rapid subscriber growth while maintaining network performance and service quality.

Enterprise Fiber Access

Enable secure and high-capacity connectivity for enterprises, campuses, and business parks.

Rural Broadband Projects

Class C+ and Class D optics are particularly suitable for long-distance fiber deployments.

Smart City Infrastructure

Support CCTV surveillance, IoT systems, public Wi-Fi, and municipal broadband services.

Government and Education Networks

Provide scalable fiber access for government agencies, schools, universities, and healthcare institutions.


Compatibility Information

Huawei PON SFP modules are designed for deployment within Huawei GPON and XG-PON infrastructures.

Compatible deployment environments typically include:

  • Huawei MA5800 Series OLT
  • Huawei MA5600T Series OLT
  • Huawei GPON Access Platforms
  • Huawei XG-PON Access Platforms
  • FTTH Broadband Networks
  • Carrier Ethernet Access Networks

Network planners should verify software versions, board compatibility, and optical budget requirements before deployment.


Huawei PON SFP vs Alternative Solutions

FeatureHuawei PON SFPGeneric Optical Modules
Carrier-Grade DesignYesVaries
GPON SupportYesYes
XG-PON Combo SupportYesLimited
Class D OpticsAvailableRare
Long Reach PerformanceExcellentModerate
Huawei OLT CompatibilityFully OptimizedMay Require Testing
Network StabilityHighVendor Dependent
Lifecycle SupportLong-TermLimited

Why Choose Huawei PON SFP Modules?

Huawei optical modules provide optimized interoperability, superior optical performance, and a proven track record in large-scale telecom deployments worldwide. Their support for GPON and XG-PON coexistence makes them a preferred choice for operators planning future network upgrades.


Frequently Asked Questions (FAQs)

1. What is a Huawei PON SFP module?

A Huawei PON SFP module is an optical transceiver used in GPON or XG-PON OLT systems to provide fiber access connectivity.

2. What is the difference between Class B+ and Class C+ optics?

Class C+ provides a higher optical budget, greater receiver sensitivity, and supports longer distances and larger split ratios.

3. What advantages does Class D offer?

Class D modules provide the highest optical budget, making them suitable for long-distance and high-split FTTH deployments.

4. Can XG-PON Combo modules support existing GPON subscribers?

Yes. Combo modules support both GPON and XG-PON simultaneously.

5. What GPON transmission speeds are supported?

GPON supports 2.488 Gbps downstream and 1.244 Gbps upstream.

6. What XG-PON transmission speeds are supported?

XG-PON supports 9.953 Gbps downstream and 2.488 Gbps upstream.

7. Which module is best for large split ratios?

Class D modules are typically preferred due to their higher optical budget.

8. What type of fiber is required?

Single Mode Fiber (SMF) is required for all listed modules.

9. What connector type is used?

All modules use an SC optical connector.

10. Which Huawei OLT platforms support these modules?

Huawei MA5800 and MA5600T series platforms are common deployment options, subject to board compatibility.


Conclusion

Huawei PON SFP modules provide telecom operators, ISPs, and FTTH providers with a complete portfolio of GPON and XG-PON optical transceivers. With options ranging from Class B+ to Class D and advanced XG-PON Combo SFP+ modules, Huawei delivers scalable broadband solutions that support both current and future network requirements.

From urban FTTH deployments to long-distance rural broadband projects, Huawei optical modules offer the performance, reliability, and flexibility required to build next-generation access networks.

Looking for genuine Huawei GPON or XG-PON optical modules?

Build a future-ready fiber access network with Huawei PON optical solutions.


Suggested Internal Links


Huawei GPON SFP
Huawei XG-PON SFP+
GPON Optical Module
XG-PON Combo Optical Module
FTTH Optical Transceiver
Huawei OLT Optical Module
GPON SFP Transceiver
Carrier Grade Optical Module

Huawei GPON Class C+ Optical Module
Huawei GPON Class D SFP Module
Huawei XG-PON Combo SFP+ Module
Best GPON SFP for FTTH Networks
Huawei MA5800 Optical Module Compatibility
GPON Optical Module for ISPs
Huawei FTTH Optical Solutions
Long Distance GPON Optical Module
GPON vs XG-PON Optical Module
Huawei XG-PON Upgrade Solution


Shahed

Shahed

Hi! I am Shahed Israr. I try to help GPON Technology users with their queries and provide them with relevant and accurate information to the best of my ability. My main goal is to assist and enhance GPON Technology user and help people find the answers they're looking for quickly and easily.

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Shahed

Hi! I am Shahed Israr. I try to help GPON Technology users with their queries and provide them with relevant and accurate information to the best of my ability. My main goal is to assist and enhance GPON Technology user and help people find the answers they're looking for quickly and easily.

View all posts by Shahed →

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