Situation When Carry 10GE Traffic On OSN3500

Optical amplifiers are indispensable in the optical fiber network communication system.

The OptiX OSN 8800, 6800, and 3800 support two upgrade modes: software package loading mode and software package diffusion mode. Each mode applies to a different networking scenario. Selecting the proper upgrade mode ensures optimal upgrade performance.

Currently, the OptiX OSN 1800 series, OptiX OSN 6800, OptiX OSN 8800 series, and OptiX OSN 9600/9800 series equipment can be managed individually as a NE, and can also be managed in an optical NE. For the three types of equipment, you can double-click the NE in the Main Topology to display the NE Panel.

Right To Use (RTU) is a part of hardware. It is used to authorize hardware capabilities in installments, such as capacities, ports, and cross-connect degrees. RTU is a license for the use of hardware resources and has the same lifecycle as hardware.

Huawei OSN 9800 supports several 10G 40G 100G and 200G Universal Line Service Processing Boards,such as 10G TNV1N210 TNV1N220, 40G TNV1N302 TNU1N302, 100G TNU1N402 TNU2N402; There are different functional versions of these boards, for example 100G U401 board has four functional versions: TNU2, TNU3, TNV2, and TNU4. They all supported by the OptiX OSN 9800 U64/U32/U16, but they are different in functions features and appearance, this article will mainly introduce the comparison of TNU2U401, TNV2U401, TNU3U401 and TNU4U401

A detailed introduction of optical attenuators: its classification and application on Huawei OptiX OSN 1800.

OSN 9800 includes OSN 9800 U (U16, U32, U64) , M series (M05, M12, M24), P series (P32, P32C) and OSN 9800 UPS, they have different performance and service slots capacity, this article will mainly introduce the comparison of OSN 9800 U16 U32 U64 and OSN 9800 UPS.

OSN 9800 includes OSN 9800 U (U16, U32, U64) , M series (M05, M12, M24), P series (P32, P32C) and OSN 9800 UPS, they have different performance and service slots capacity, this article will mainly introduce the comparison of OSN9800 M05 M12 M24.

In WDM transmission network, there is Non-coherent and Coherent optical communication. Non-coherent means optical transmission system does not require coherent local oscillator light; Coherent means optical transmission system that uses local oscillator light for coherent detection.