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Finisar FTR-1621-51 2.67Gb/s GBIC 100km 1510nm SC SMF Transceiver
- 2.67Gb/s data rate
- GBIC form factor
- 100km transmission distance
- 1510nm wavelength
- Single-Mode Fiber (SMF) compatibility
- SC connector type
- Supports Digital Diagnostic Monitoring (DDM)
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Product Overview
The Finisar FTR-1621-51 is a GBIC transceiver module designed for high-speed networking applications. It operates at 2.67Gb/s over single-mode fiber for distances up to 100km.
Technical Information
| Product Type | Transceiver Module |
| Form Factor | GBIC |
| Data Rate | 2.67Gb/s |
| Wavelength | 1510nm |
Additional Specifications
| Fiber Type | SMF |
| Max Distance | 100km |
| Connector | SC |
Product Description
The Finisar FTR-1621-51 is a high-performance Gigabit Interface Converter (GBIC) transceiver module. It is designed for demanding network applications requiring high data rates and extended transmission distances. The GBIC form factor, while older than SFP or SFP+, is still found in some networking equipment, particularly in legacy systems or specific high-end switches. This module provides a robust solution for extending network reach. Operating at a data rate of 2.67Gb/s, this transceiver is suitable for various high-speed communication protocols. It is specifically designed for single-mode fiber (SMF) applications, utilizing a wavelength of 1510nm. This combination allows for exceptional signal clarity and minimal loss over very long distances. The module supports an impressive maximum transmission range of up to 100 kilometers, making it ideal for backbone networks, long-haul telecommunications, and inter-data center connectivity. The FTR-1621-51 features an SC connector, a common and reliable connector type for fiber optics, ensuring a secure physical link. It typically includes Digital Diagnostic Monitoring (DDM) capabilities, providing network administrators with real-time data on the transceiver's performance, such as optical power output and input, temperature, and voltage. This feature is crucial for network management, fault detection, and ensuring optimal system performance.
