
Lenovo 00FM472 8Gb SFP+ LW Optical Transceiver
High-Performance Fiber Channel ConnectivityIntroducing the IBM 8Gb SFP+ LW Optical Transceiver. This transceiver module provides reliable, high-speed fiber channel connectivity for your network infrastructure. Specifications: Brand: Lenovo Model: 00FM472 Type: SFP+ Transceiver Module Data Rate: ...
*Price sourced from Amazon.com. Last updated:Jun 04, 2026.Price and availability are subject to change.
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Overview
High-Performance Fiber Channel Connectivity
Introducing the IBM 8Gb SFP+ LW Optical Transceiver. This transceiver module provides reliable, high-speed fiber channel connectivity for your network infrastructure.
Specifications:- Brand: Lenovo
- Model: 00FM472
- Type: SFP+ Transceiver Module
- Data Rate: 8Gb Fiber Channel (LW)
- Range: Up to 6 miles
Key Features
SFP+ transceiver module - 8Gb Fiber Channel (LW) - up to 6
Package Dimensions: 12.2 H x 2.1 L x 7.9 W (centimeters)
Package Weight: 0.051 kilograms
Country of Origin : China
Specifications
Pros & Cons
👍 Pros
- This SFP+ transceiver module supports 8Gb Fiber Channel (LW), providing high-speed data transfer capabilities.
- The module is designed to operate effectively for distances up to 6, indicating suitability for specific network architectures.
- Its compact package dimensions make it suitable for installation in tight spaces within network equipment.
- The lightweight design of the transceiver module contributes to easier handling and reduced strain on equipment ports.
👎 Cons
- The specific maximum operating distance of "up to 6" is not fully quantified (e.g., 6 kilometers, 6 miles), which limits understanding of its full capability.
- This transceiver is specified for 8Gb Fiber Channel (LW), which may not be compatible with all types of fiber optic infrastructure or newer, faster standards.
- Being an SFP+ module, it requires a compatible SFP+ port on network equipment for proper functionality.
- Manufactured in China, which might be a consideration for some buyers regarding supply chain or specific quality perceptions.