Functions of the extension frame of OSN 8800

2

A 400-mm-height extension frame can be added on the top of the cabinet housing OSN 8800 so that the total cabinet height reaches 2600 mm. When a 2.2 m cabinet is placed in a row with a 2.6 m cabinet, an extension frame can be added to the 2.2 m cabinet so that the cabinets are at the same height.

Other related questions:
Functions of the enclosure frames on OSN 8800
A 400-mm-height enclosure frame can be added on the top of the OSN 8800 cabinet so that the total cabinet height reaches 2600 mm. When a 2.2 m cabinet is placed in a row with a 2.6 m cabinet, the height of the enclosure frame can be added to the 2.2 m cabinet so that the cabinets are of the same height.

Height of an extension frame that I can add on the top of a cabinet
You can add a 400-mm-height extension frame on the top of the cabinet, so that the total cabinet height reaches 2,600 mm.

Networking of the OSN 8800
The OSN 8800 is a new-generation intelligent product that supports MS-OTN. It is a future-proof product launched to address the IP-based MAN development trend. Using a new architecture, the OSN 8800 supports dynamic optical-layer scheduling and flexible electrical-layer scheduling. In addition, the OSN 8800 features high integration and reliability and supports multi-service transmission. The OSN 8800 applies to long-haul backbone networks, regional backbone networks, local networks, the metro convergence layer, and the metro core layer. The OSN 8800 uses the DWDM technology and CWDM technology to implement multi-service, large-capacity, and transparent transmission.

Whether OSN 8800 supports the pre-configuration function on the NMS
All OTN equipment including OSN 8800 does not support pre-configuration on the NMS.

Signal flow on the ITL boards of OSN 8800 devices
The ITL board is used to multiplex and demultiplex odd and even wavelengths. The wavelengths from the RO and RE ports are multiplexed into one wavelength and then sent out through the OUT port. The wavelength from the IN port is demultiplexed as two wavelengths and sent out through the TO and TE ports separately.

If you have more questions, you can seek help from following ways:
To iKnow To Live Chat
Scroll to top