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SMC SMC10GXEN-ER 1550nm Transceiver
- 10 Gigabit Ethernet Transceiver
- Extended Reach (ER) capability
- Wavelength: 1550nm
- Fiber Type: Single-Mode Fiber (SMF)
- Designed for long-haul transmission
- Supports high-speed optical networking
- Likely SFP+ or similar form factor
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Product Overview
The SMC SMC10GXEN-ER is a 10 Gigabit Ethernet transceiver module designed for extended reach (ER) applications. It operates at a wavelength of 1550nm, suitable for long-haul single-mode fiber connections.
Technical Information
| Product Type | 10 Gigabit Ethernet Transceiver |
| Data Rate | 10 Gb/s |
| Wavelength | 1550nm |
Additional Specifications
| Reach | Extended Reach (ER) |
| Fiber Type | Single-Mode Fiber (SMF) |
Product Description
The SMC SMC10GXEN-ER is a 10 Gigabit Ethernet transceiver module engineered for Extended Reach (ER) applications, signifying its capability to transmit data over significantly longer distances than standard short-reach or intermediate-reach modules. Operating at a wavelength of 1550nm, this transceiver is specifically designed for use with single-mode fiber (SMF), which is the standard for long-haul optical communication due to its low signal attenuation. This module is ideal for scenarios requiring high-speed network connectivity across metropolitan areas, between data centers, or in other long-distance enterprise and carrier networks. The 1550nm wavelength, combined with the ER designation, suggests that the module employs advanced laser technology and potentially higher transmit power or enhanced receiver sensitivity to achieve its extended range, which can typically be tens of kilometers. As a 10GbE transceiver, the SMC10GXEN-ER plays a critical role in modern high-bandwidth networks. It allows for the aggregation of traffic from multiple lower-speed links or provides direct high-speed connectivity for demanding applications. Its compatibility with standard networking equipment that accepts its form factor (likely SFP+ or XFP) ensures broad applicability in building robust, long-distance optical network infrastructures.
