SDX
Some converters are required to connect two far nodes through a transmission infrastructure network.
- Using GFP protocol to transmit client-side interfaces data on network-side ports.
- The capability of connecting to the telecommunications network (System side) using an STM16 link or two STM4 links.
- The capability of connecting to the user network (client-side) using 32 fast ethernets, a Gbe port, and an STM1 link interfaces.
- The capability of allocating capacities to client-side interfaces in VC12 and VC4 categories on the telecommunication network side links
- The system has a suitable configuration that is connected to hardware through a Giga ethernet. In addition, it presents all the system efficiency parameters and reports all possible alarms.
- • The system dimensions are 2Ux19
- The capability of connecting to the 220VAC or 48VDC municipal electricity
Some converters are required to connect two far nodes through a transmission infrastructure network. The converters will receive the ethernet messages and send them on SDH links using the GFP protocol. Conversely, converters will receive the data from SDH, convert it to ethernet message, and deliver it to the port. For this goal, the SDX2 system is suitable.
The capability of connecting to the telecommunications network (System side) using an STM16 link or two STM4 links.
The capability of connecting to the user network (client-side) using 32 fast ethernets, a Gbe port, and an STM1 link interfaces.
The capability of allocating capacities to client-side interfaces in VC12 and VC4 categories on the telecommunication network side links
Using GFP protocol to transmit client-side interfaces data on network-side ports.
The system has a suitable configuration that is connected to hardware through a Giga ethernet. In addition, it presents all the system efficiency parameters and reports all possible alarms.
The system dimensions are 2Ux19
The capability of connecting to the 220VAC or 48VDC municipal electricity
