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Extreme 10017 Networks 1Gb/s SMF 1550nm 70km SC GBIC Transceiver
- Type: GBIC Transceiver
- Data Rate: 1Gb/s
- Fiber Type: Single-Mode Fiber (SMF)
- Wavelength: 1550nm
- Maximum Distance: 70km
- Connector Type: SC
- Designed for network connectivity
- Enables long-reach fiber optic communication
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Product Overview
The Extreme Networks 10017 is a 1Gb/s Small Form-factor Pluggable (SFP) transceiver module. It operates at a wavelength of 1550nm and is designed for single-mode fiber (SMF) connections over distances up to 70km, utilizing an SC connector.
Technical Information
| Product Type | GBIC Transceiver |
| Data Rate | 1Gb/s |
| Fiber Type | SMF |
| Wavelength | 1550nm |
Additional Specifications
| Range | 70km |
| Connector | SC |
| Brand | Extreme Networks |
Product Description
The Extreme Networks 10017 GBIC transceiver is a high-performance networking component designed for extending network reach over long distances using single-mode fiber optic cables. Operating at a wavelength of 1550nm, this module is optimized for maximum signal integrity and minimal loss, enabling reliable data transmission up to 70 kilometers. The 1Gb/s data rate ensures sufficient bandwidth for various network applications, including data center interconnects and metropolitan area networks. Featuring an SC connector, the 10017 GBIC provides a secure and robust physical connection to the fiber optic infrastructure. Its design adheres to industry standards, ensuring compatibility with a wide range of network switches and routers that support GBIC form factors. This makes it a versatile solution for upgrading or expanding existing network infrastructure where extended reach is a requirement. This transceiver is crucial for establishing high-speed, long-haul network links. Its ability to transmit data over extended distances without significant signal degradation makes it an indispensable tool for telecommunications providers, large enterprises, and service providers. The 1550nm wavelength is particularly suited for long-distance communication due to its lower attenuation in optical fibers.