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Key Features

Industrial standard small form-factor pluggable (SFP) package
Wide specifications and fiber types available
Provides digital diagnostics monitoring (DDM) functionality
Comes with metal enclosure for EMI
The Class 1 laser product complies with EN 60825-1
Supports plug-n-play operation

B+B SMARTWORX Modules

100BASE-FX MULTIMODE SFP.

Mfr # SFP-FXM/LC-AE SKU 5203573

$51.97 MSRP $74.10 Save 30%

Regular price saves you $22.13 against MSRP.

Available

Product Overview

100BASE-FX MULTIMODE SFP.

B+B SmartWorx SFP Module - For Optical Network, Data Networking - 1 x LC 100Base-FX Network - Optical Fiber - Multi-mode - Fast Ethernet - 100Base-FX - Hot-pluggable
B+B SmartWorx SFP Module
For Optical Network, Data Networking - 1 x LC 100Base-FX Network - Optical Fiber - Multi-mode - Fast Ethernet - 100Base-FX - Hot-pluggable

Technical Specifications

Application/Usage	Optical Network
Application/Usage	Data Networking
Product Type	SFP
Compatibility	MSA Compliant
Manufacturer Part Number	SFP-FXM/LC-AE
Interfaces/Ports Details	1 x LC 100Base-FX Network
Connector Type	LC
Form Factor	Hot-pluggable
Manufacturer	Advantech Co., Ltd
Product Name	SFP Module
Network Technology	100Base-FX
Brand Name	B+B SmartWorx
Country of Origin	Taiwan
Ethernet Technology	Fast Ethernet
Media Type Supported	Optical Fiber
Fiber Mode Supported	Multi-mode
Total Number of Ports	1

Marketing Information

Advantech's small form-factor pluggable (SFP) transceiver family is available with a variety of types of copper SFP and fiber SFPs, SFP+, and XFP. This transceiver module is compliant with the small form-factor pluggable (SFP) multi-source agreement (MSA). They are versatile and widely used because of their hot-pluggable feature.

Advantech's SFPs provide robust industrial performance with an extended operating temperature range. Through real-time monitoring, the DDM (digital diagnostic monitoring) functionality provides users critical information such as receive optical power, transmitted optical power, laser bias current, input voltage, and temperature in the network. This approach enables better fault isolation and error detection.