Sierra Hardware Design – All Things Electrical Design Blog
This post presents the 7th of the 7 Videos that covers training on the Peformance Monitoring of the ODUk Layer (for Non-Multiplexed Applications). This post focuses on the 100Gbps Ethernet Adaptation Sink Atomic Function, within the Sink Direction ODU-Layer Atomic Functions.
This video discusses how the ODUkP/CBR_ETC100GR-g_A_Sk (100Gbps Ethernet Adaptation Sink) Atomic Function processes an ODU4 signal that it receives from the upstream ODUk_TT_Sk Function.
In particular, this video discusses how this function terminates the ODU4 overhead, extracts out processes, and terminates the OPU4 overhead before it extracts and processes the 100GBASE-R client signal.
This post presents the 1st of the 7 Videos that covers training on the Peformance Monitoring of the ODUk Layer (for Non-Multiplexed Applications). This post focuses on the Source Direction ODU-Layer Atomic Functions.
This video begins our discussion of the Source-Direction ODU-Layer Atomic Functions for Non-Multiplexed Applications.
This video begins with a high-level overview of the Source-Direction circuitry (for Non-Multiplexed Applications). Afterward, this video covers the ODUkP/CBR-ETC100GR-g_A_So (or 100Gbps Ethernet Adaptation Source Atomic Function).
This atomic function takes a 100GBASE-R client signal and maps it into an ODU4 server signal.
This video discusses much of the processing that the ODUkP/CBR-ETC100GR-g_A_So Atomic Function will perform on this 100GBASE-R signal, as GMP maps this signal into an ODU4 server signal.
Continue reading “OTN – Lesson 10 – Video 1N (100Gbps Ethernet Adaptation Source) Atomic Function”
