Fiber Driver®
Protocol Specific Multifunction Modules
Protocol-Specific multifunction modules are similar to the multi-rate multifunction modules, but they are dedicated to protocols such as Ethernet or T1/E1. These innovative and versatile designs use pluggable transceiver technologies to support a variety of tasks, and reduce or eliminate the usual expense of replacing additional inventory. Even in complex network architectures, a few spare Fiber Driver® hot-swappable modules and SFP transceivers minimize operating costs and downtime.
If your optical network is growing or has become large and complex, the Fiber Driver® multifunction module is an ideal strategy for your network architecture and management well into the future.
10/100 Ethernet
The multi-function 10/100 Ethernet module is a media converter, repeater, or mixed media switch with or without link protection capabilities all in a single device. Read more »
10/100/1000 Ethernet
The multi-function 10/100/1000 Ethernet module is a media converter, repeater, or mixed media switch all in a single device with optional link redundancy. Read more »
10G
The multi-function 10G module is a media converter, repeater, or WDM transponder all in a single device with optional link redundancy. Read more »
T1/E1/J1
The multi-function T1/E1/J1 module is a media converter, multiplexer, or repeater with optional link redundancy all in a single device. Read more »
Fiber Driver® Overview
Fiber Driver® Platform »
Multi-rate Multifunction Modules »
Protocol-Specific Multifunction (XY) Modules »
Converter-Based Service Demarcation Modules »
- Ethernet Universal Service Module (EUSM)
- 10G Ethernet Universal Service Module
- AHSH Family Fast and Gigabit Ethernet
- EM316FDT1E1RM
TDM/Fiber Optimization Module »
Fixed Optics Media Converters »
- Copper to Fiber With IPLess Remote Management
- Copper to Fiber
- Multi-mode Extender
- T1 and E1 Fiber Modems
WDM Solutions »
- Transponders
- TDM Muxponders
- Optical Multiplexers
- Optical Amplification
- Optical Dispersion Management
- Optical Equalization
- Optical Redundancy
- Optical Performance Monitoring
- Optical Fiber Optimization