The ENET 10/100/1000M Copper 1000M SFP Fiber Media Converter provides a seamless bridge between copper Ethernet networks and fiber optic infrastructure, making it an ideal solution for organizations needing powerful and flexible network expansion. It converts Ethernet signals from copper to fiber, supporting both 10/100/1000Base-T and 1000Base-X network technologies.
Who It's For
This media converter is designed for IT professionals and network administrators seeking to extend network capabilities, particularly in environments such as enterprise data centers, educational institutions, government agencies, and healthcare facilities that require robust and reliable network infrastructure solutions.
Key Features & Benefits
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TAA Compliant: Ideal for government/federal installs requiring Trade Agreements Act compliance.
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Copper to Fiber Conversion: Enables the transition from copper Ethernet to fiber optic solutions, thus extending network distances significantly.
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Versatile Compatibility: Supports Gigabit Ethernet for enhanced data transfer speeds.
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SFP Slot: Includes a 1000M SFP slot for seamless fiber connectivity adaptation.
Key Technical Specifications
| Manufacturer |
ENET SOLUTIONS, INC. |
| Part Number |
ENMCT-FGET-SFPSX |
| Copper Connectivity |
10/100/1000M Base-T |
| Fiber Connectivity |
1000M SFP |
| Compliance |
TAA Compliant |
FAQs
Q: What is the primary use of this media converter?
A: This converter is primarily used to extend network reach and improve performance by bridging copper and fiber networks, suitable for data centers and enterprises.
Q: What does TAA compliance mean?
A: TAA compliance means the product meets the standards specified in the Trade Agreements Act, making it eligible for government procurement.
Q: Can this media converter support Gigabit Ethernet?
A: Yes, it fully supports Gigabit Ethernet, ensuring high-speed data transmission.
Q: Is it suitable for commercial installations?
A: Absolutely, its robust design and features make it ideal for commercial applications, including federal buildings and mission-critical environments.
