• Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board

Huawei GPFD GPON Board

No.MF0022
Huawei 16-Port GPON Interface Board with C+ SFP Module, compatible with MA5608T/MA5683T/MA5680T OLT Series
Packing Box Specifications
49*32.5*7.5cm
Gross Weight
3kg
Port Number
16
SFP
B+ C+ C++
Lead Time
1-3 working days
Warranty
12 months
Payment
T/T, LC, Western Union, Alipay, UnionPay, PayPal
Shipment
Sea freight, Air freight, Rail, DHL, UPS, FedEx
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Huawei GPFD GPON Board
  • Description

  • Huawei PON Module

  • FAQ

  • Datasheet

Huawei GPFD Overview

A Huawei GPFD board is a high-density, 16-port GPON OLT (Optical Line Terminal) interface card for Huawei's SmartAX OLT systems (like MA5680T, MA5683T, and MA5608T), enabling ultra-broadband access for Fiber-to-the-Home (FTTH) networks, offering up to 1:128 split ratio with SFP modules (B+/C+/C++) for delivering data, VoIP, and IPTV services to many users from a single board. 

The GPFD board cards supplied by MF-Telecom come with C+ modules as standard. Should you require B+ or C++ modules instead, please request a customized quote or reach out to sales@mf-telecom.com.

Product Features

  • 16 GPON Ports: Provides dense subscriber connectivity using standard SC/PC connectors.
  • Modular Design: Accepts various SFP modules (B+, C+, C++) to match network requirements and split ratios (e.g., 1:64, 1:128).
  • OLT Integration: Works with Huawei OLTs (MA5600T series) for unified management.
  • Signal Conversion: Converts optical signals to Ethernet messages for network processing.
  • Management: Handles software loading, operation control, and power supply for its modules.
  • Performance: Supports high data rates (2.49G/1.24G) and long distances (up to 20km). 

Application Scenarios

Large-Scale Residential FTTH Deployment for Global Carriers

A leading European telecom operator leverages the Huawei GPFD GPON board in its Huawei MA5680T OLTs to upgrade its FTTH network, targeting 500,000 residential users across major cities. With 16 high-density ports per board and 1:128 splitting ratio, each OLT chassis (equipped with 8 GPFD boards) efficiently covers 10,240 users, minimizing chassis space and deployment costs. The board’s support for B+/C+/C++ optical modules adapts to diverse distance requirements (up to 20km for C++ class), while seamless integration of broadband, IPTV, and VoIP services with fine-grained QoS ensures stable user experience. Its low power consumption and compatibility with unified O&M systems further reduce long-term operational overhead, accelerating the operator’s gigabit network rollout.

Downloadable resources

Huawei GPFD Datasheet

Technical Specifications

Huawei GPFD Datasheet
Function Forwarding capability 40 Gbit/s
T-CONTs per PON port 1024
Service flows per PON board 16368
Maximum frame size 2004 bytes
9216 bytes (jumbo frame enabled)
MAC addresses 32768
Maximum distance difference between two ONUs (same PON port) 40 km
N:1/1:1 VMAC Supported
FEC Bidirection
CAR group Supported
IPv6 Supported
4-level HQoS Supported
Variable-length OMCI Supported
ONU-based shaping or queue-based shaping Supported
Load-sharing Supported
High-precision clock time synchronization Supported
Type B protection (single-homing and dual-homing) Supported
Type C protection (single-homing and dual-homing) Supported
Rogue ONU detection and isolation Supported
Automatic shutdown at high temperature Supported
Automatic shutdown of an idle port Supported
1588v2 Supported
Environment Operating temperature -40° C to +65° C
Power consumption • Static: 20 W
• Maximum: 46 W

FAQ

Q: What distinguishes the GPFD board from the GPBD board?
A: The primary difference lies in port capacity: the GPFD is a 16-port GPON board, while the GPBD is an 8-port GPON board.

Q: Are there any OLT software version requirements for the GPFD board?
A: Yes. Most common versions, such as V8R11, V8R13, and V8R15, support the GPFD board. However, ensure your OLT software includes the corresponding IO packet for your specific GPFD board version—for instance, the IO packets for H803GPFD and H805GPFD differ.

Q: Does the GPFD board come with GPON SFP modules included?
A: Yes, 16 C+ class SFP modules are provided free of charge with the GPFD board.

Q: Is double splitting feasible with the GPFD board?
A: Yes, double splitting is allowed, provided that the optical power remains within the acceptable range of the receiving end.

Q: Can third-party ONTs be used with the GPFD board?
A: We do not recommend using third-party ONTs. Vendors may have varying interpretations of the TR069/OMCI protocols, which could lead to compatibility problems.

Q: What is the power consumption range of the GPFD board?
A: The power consumption of the GPFD board is between 45W and 73W.
Module Name Tx optical power (AVG) [dBm]
GPON Optical Module
GPON ONU B+ 0.5-5 dBm
GPON ONU C+ 0.5-5 dBm
SFP-GPON-SMF--UPC-Class B+ 1.5-5 dBm
SFP-GPON-SMF-PC-Class C+ 3-7 dBm
SFP-GPON-SMF-UPC-Class C+ Pro Classs C+: 3-7 dBm

Classs D: 6-10 dBm
SFP-GPON-SMF-UPC-Class C++ -TUV&UL&FDA 6-10 dBm
XGS-PON Optical Module (SFP+)
SFP+ -XGS-PON-SMF-UPC-N1 2-5 dBm
SFP+ -XGS-PON-SMF-UPC-N2 4-7 dBm
SFP+ -XGS-PON-SMF-UPC-N2a 4-8 dBm
XG-PON Combo Optical Module (SFP+)
SFP+ -XG-PON&GPON-SMF-UPC-Class C+ Pro GPON:

Standard Mode: 4.5-8.5 dBm

Enhanced Mode: 6-10 dBm

XG-PON:

Standard Mode: 5-9 dBm

Enhanced Mode: 7.5-12 dBm
SFP+ -XG-PON&GPON-SMF-UPC-Class C+-01 GPON: 3-7 dBm

XG-PON: 5-8 dBm
SFP+ -XG-PON&GPON-SMF-UPC-Class C+-01 GPON: 4.5-8.5 dBm

XG-PON: 5-9 dBm
SFP+ -XG-PON&GPON-SMF-UPC-Class D GPON: 6-10 dBm

XG-PON: 8-12 dBm
XGS-PON Combo Optical Module
SFP+ -XGS-PON&GPON-SMF-UPC-Class B+ GPON: 1.5-5 dBm

XG-PON: 1-4 dBm

XGS-PON: 1-4 dBm
SFP+ -XGS-PON&GPON-SMF-UPC-Class C+ GPON: 3-7 dBm

XG-PON: 5-8 dBm

XGS-PON: 5-8 dBm
SFP+ -XGS-PON&GPON-SMF-UPC-Class C+ Pro GPON:

Standard Mode: 3-7 dBm

Enhanced Mode: 6-10 dBm

XGS-PON:

Standard Mode: 5-8 dBm

Enhanced Mode: 8-11 dBm
SFP+ -XGS-PON&GPON-SMF-UPC-Class D GPON: 6-10 dBm

XG-PON: 8-11 dBm

XGS-PON: 8-11 dBm
  • Can I use GPFD on MA5800-X7?
  • No, GPFD is only compatible with MA5600T series OLT. If you are using the MA5800 series, it is recommended that you use GPUF, GPHF, GPSF, and GPLF boards.

  • What is the difference between GPFD and GPBD?
  • The GPBD only supports 8 ports and a maximum of 8*128=1024 subscribers; the GPFD supports 16 ports and 2024 subscribers.

  • Is the GPFD brand new?
  •  Since the MA5600T has been discontinued, most GPFDs are in used condition. If you need a brand new one, please contact us to check the stock.
Specification H802/H803/H805/H806GPFD
Port quantity 16
MAX Split ratio (Class B+) 0.086111111
MAX Split ratio (Class C+/Class C++) 0.130555556
ONU-based shaping Yes
Optical performance monitor Yes
Controlled optical signal transmission of the optical module Yes
ONU-based rate limitation Yes
CAR group Yes
Temperature query and high temperature alarm Yes
Automatic power shutdown in case of a high temperature Yes
Maximum differential fiber distance (km) 40
Maximum Number of Service Flows Supported by the Board 16368
Maximum Number of MAC address Supported by the Board 32768
Available DBA bandwidth (based on single port) (kbit/s) 1238784
Number of T-CONT supported by each GPON port 1024
Board supporting downstream FEC Yes
Board supporting upstream FEC Yes
Rogue ONT detection Yes
Number of ONUs supported by a GPON port 128
Number of GEM ports supported by each board 16384
Number of GEM ports supported by each GPON port 3872
Number of service ports supported by each GEM port 8184
HQoS (four levels) H802GPFD: No
H805GPFD/H806GPFD: Yes
9216-byte Jumbo frames H802/H803GPFD: No
H805GPFD/H806GPFD: Yes
1588v2 Yes
Power budget supported by a GPON port Class B+ (28 dB, mostly used)
Class C+ (32 dB long reach transmission)
Class C++: 35 dB
Minimum bandwidth supported by a T-CONT 1 Mbit/s (in the minimum delay mode)
128 kbit/s (in the maximum bandwidth usage mode)

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