Name: 4050-00049-01 Extreme Networks 10Gbps 10GBase-ER XFP SFP+ Module
Brand: Extreme Networks
SKU: 4050-00049-01
Price: 648.35 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The Extreme Networks 4050-00049-01 is a 10Gb/s transceiver module that fits XFP and SFP+ slots, supporting the 10GBase-ER Ethernet standard for long-distance fiber optic links. It is designed to interface with single-mode fiber to extend network reach in enterprise or service provider environments.

General Information
Brand	Extreme Networks

Technical Information
Form Factor	XFP
Media	SMF
Protocols	10GBase-ER
Connector	LC Duplex

Physical Characteristics
Weight	3.00
Condition	Refurbished

Product Description
The Extreme Networks 4050-00049-01 transceiver is a 10Gb/s module designed for use in fiber optic network environments. It supports the 10GBase-ER standard, which is intended for extended reach Ethernet communication over single-mode fiber. This transceiver is suited for deployments where long-distance data transmission is required. Typically, network administrators and IT professionals use this transceiver in enterprise or service provider networks to connect switches and routers over extended fiber runs. Its XFP and SFP+ compatibility allows it to fit into various network hardware that supports these module types. Key Features 10 Gigabit per second data transmission rate Supports 10GBase-ER long-reach Ethernet standard XFP and SFP+ form factor compatibility Operates over single-mode fiber optic cabling Suitable for extended distance network connections The 4050-00049-01 transceiver provides a technical option for extending Ethernet networks beyond typical short-range limits. By supporting 10GBase-ER, it enables connectivity up to several kilometers, depending on fiber quality and installation. It fits into network infrastructure requiring standardized and interoperable fiber optic modules.

Use Cases
This transceiver module is typically deployed in network environments requiring extended reach fiber optic connections at 10 gigabit speeds. Its compatibility with XFP and SFP+ ports allows integration in various switches and routers where long-haul links are needed. How It's Used: Connecting data center switches over long-distance single-mode fiber runs Linking service provider network nodes requiring 10Gb/s Ethernet connectivity Extending enterprise LAN segments beyond typical fiber distances Upgrading existing fiber infrastructure to support 10Gb/s speeds Deployments needing 10GBase-ER standard compliance for interoperability In operation, the 4050-00049-01 module facilitates high-speed Ethernet traffic across extended fiber distances. It plays a role in bridging network segments or connecting critical infrastructure components where fiber optic reach and speed are priorities without changing existing cabling.

FAQ's
What fiber type does the 4050-00049-01 support? This transceiver supports single-mode fiber optic cabling, suitable for long-distance Ethernet links under the 10GBase-ER standard. Which form factors are compatible with this transceiver? The 4050-00049-01 is compatible with XFP and SFP+ ports, allowing use in network equipment supporting these module types. What Ethernet standard does this module adhere to? It supports the 10GBase-ER standard, which is designed for extended reach 10Gb/s Ethernet over single-mode fiber. Can this transceiver be used for short-distance connections? While designed for extended reach, it can technically function at shorter distances but is optimized for longer single-mode fiber runs. Does the module support multimode fiber? No, the 4050-00049-01 is intended for single-mode fiber and not compatible with multimode fiber optic cables. Is this transceiver suitable for data center interconnects? Yes, it is appropriate for data center links requiring 10Gb/s transmission over extended single-mode fiber distances.

4050-00049-01 Extreme Networks 10Gbps 10GBase-ER XFP SFP+ Module

Product Overview

General Information

Technical Information

Physical Characteristics

Product Description

Use Cases

FAQ's