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Figure 11-3/G.798 (12/2017 prepublished) – OSC adapted information

 

Management Information (MI) of OTS, OMS, OTSiA, OCh, and OTU functions

Input

Output

OTS-O_TT_So_MI_TxTI

 

OTS-O_TT_Sk_MI_ExSAPI
OTS-O_TT_Sk_MI_ExDAPI
OTS-O_TT_Sk_MI_GetAcTI
OTS-O_TT_Sk_MI_TIMDetMo
OTS-O_TT_Sk_MI_TIMActDis
OTS-O_TT_Sk_MI_1second

OTS-O_TT_Sk_MI_AcTI
OTS-O_TT_Sk_MI_cTIM
OTS-O_TT_Sk_MI_cBDI
OTS-O_TT_Sk_MI_cBDI-P
OTS-O_TT_Sk_MI_cBDI-O
OTS-O_TT_Sk_MI_cLOS-P
OTS-O_TT_Sk_MI_pN_DS-P
OTS-O_TT_Sk_MI_pN_DS-O

OTS-O_TT_Sk_MI_pF_DS-P

OTS-O_TT_Sk_MI_pF_DS-O

OMS-O_TT_Sk_MI_1second

OMS-O_TT_Sk_MI_cSSF-P
OMS-O_TT_Sk_MI_cSSF-O
OMS-O_TT_Sk_MI_cSSF
OMS-O_TT_Sk_MI_cBDI
OMS-O_TT_Sk_MI_cBDI-P
OMS-O_TT_Sk_MI_cBDI-O
OMS-O_TT_Sk_MI_cLOS-P
OMS-O_TT_Sk_MI_pN_DS-P
OMS-O_TT_Sk_MI_pN_DS-O

OMS-O_TT_Sk_MI_pF_DS-P

OMS-O_TT_Sk_MI_pF_DS-O

OMS-O/OTSiG|OCh-O_A_So_MI_TxMSI

 

OMS-O/OTSiG|OCh-O_A_Sk_ExMSI[1..(n+m)]

n: 1 … n OTSiG-O_CPs

m: 1… m OCh-O_CPs

OMS-O/OTSiG|OCh-O_A_Sk_AcMSI[1..(n+m)]
OMS-O/OTSiG|OCh-O_A_Sk_cMSIM[1..(n+m)]

OTSiA|OCh_C_MI_MatrixControl

per PG

OTSiA|OCh_C_MI_OperType
OTSiA|OCh_C_MI_WTR
OTSiA|OCh_C_MI_HoTime
OTSiA|OCh_C_MI_ExtCMD
OTSiA|OCh_C_MI_TSF-ODis

FFS

OTSiG-O_TT_So_MI_TxTI

 

OTSiG-O_TT_Sk_MI_ExSAPI
OTSiG-O_TT_Sk_MI_ExDAPI
OTSiG-O_TT_Sk_MI_GetAcTI
OTSiG-O_TT_Sk_MI_TIMDetMo
OTSiG-O_TT_Sk_MI_TIMActDis
OTSiG-O_TT_Sk_MI_1second

OTSiG-O_TT_Sk_MI_AcTI
OTSiG-O_TT_Sk_MI_cTIM
OTSiG-O_TT_Sk_MI_cBDI
OTSiG-O_TT_Sk_MI_cBDI-P
OTSiG-O_TT_Sk_MI_cBDI-O
OTSiG-O_TT_Sk_MI_cFDI-P
OTSiG-O_TT_Sk_MI_cFDI-O
OTSiG-O_TT_Sk_MI_cOCI
OTSiG-O_TT_Sk_MI_cSSF
OTSiG-O_TT_Sk_MI_cSSF-P
OTSiG-O_TT_Sk_MI_cSSF-O

OTSiG-O_TT_Sk_MI_pN_DS-P
OTSiG-O_TT_Sk_MI_pN_DS-O

OTSiG-O_TT_Sk_MI_pF_DS-P

OTSiG-O_TT_Sk_MI_pF_DS-O

 

 

 

OCh-O_TT_Sk_MI_cOCI
OCh-O_TT_Sk_MI_cSSF
OCh-O_TT_Sk_MI_cSSF-P
OCh-O_TT_Sk_MI_cSSF-O

OTU_TT_So_MI_TxTI

OTU_TT_So_ MI_ Mode

 

OTU_TT_Sk_MI_ExSAPI
OTU_TT_Sk_MI_ExDAPI
OTU_TT_Sk_MI_GetAcTI
OTU_TT_Sk_MI_TIMDetMo
OTU_TT_Sk_MI_TIMActDis
OTU_TT_Sk_MI_DEGThr
OTU_TT_Sk_MI_DEGM
OTU_TT_Sk_MI_1second

OTU_TT_Sk_ MI_ Mode

OTU_TT_Sk_MI_AcTI
OTU_TT_Sk_MI_cTIM
OTU_TT_Sk_MI_cDEG
OTU_TT_Sk_MI_cBDI
OTU_TT_Sk_MI_cSSF
OTU_TT_Sk_MI_pN_EBC
OTU_TT_Sk_MI_pN_DS
OTU_TT_Sk_MI_pF_EBC
OTU_TT_Sk_MI_pF_DS
OTU_TT_Sk_MI_pBIAE
OTU_TT_Sk_MI_pIAE

OTUkV_TT_So_MI_TxTI

 

OTUkV_TT_Sk_MI_ExSAPI
OTUkV_TT_Sk_MI_ExDAPI
OTUkV_TT_Sk_MI_GetAcTI
OTUkV_TT_Sk_MI_TIMDetMo
OTUkV_TT_Sk_MI_TIMActDis
OTUkV_TT_Sk_MI_DEGThr
OTUkV_TT_Sk_MI_DEGM
OTUkV_TT_Sk_MI_1second

OTUkV_TT_Sk_MI_AcTI
OTUkV_TT_Sk_MI_cTIM
OTUkV_TT_Sk_MI_cDEG
OTUkV_TT_Sk_MI_cBDI
OTUkV_TT_Sk_MI_cSSF
OTUkV_TT_Sk_MI_pN_EBC
OTUkV_TT_Sk_MI_pN_DS
OTUkV_TT_Sk_MI_pF_EBC
OTUkV_TT_Sk_MI_pF_DS
OTUkV_TT_Sk_MI_pBIAE (Note 2)
OTUkV_TT_Sk_MI_pIAE (Note 2)

NOTE 2 – In case of frame synchronous mapping of ODUk client signal.

OTU/ODU_A_So_MI_AdminState

OTU/ ODU_A_So_MI_Mode

OTU/ODU_A_So_MI_APS_EN (Note 1)

OTU/ODU_A_So_MI_APS_LVL (Note 1)

NOTE 1 – For OTUk/ODUk_A_So only.

 

OTU/ODU_A_Sk_MI_AdminState

OTU/ ODU_A_Sk_MI_Mode

OTU/ODU_A_Sk_MI_APS_EN (Note 1)

OTU/ODU_A_Sk_MI_APS_LVL (Note 1)

NOTE 1 – For OTUk/ODUk_A_So only.

 

OTUkV/ODUk_A_So_MI_AdminState

OTUkV/ODUk_A_So_MI_APS_EN

OTUkV/ODUk_A_So_MI_APS_LVL

 

OTUkV/ODUk_A_Sk_MI_AdminState

OTUkV/ODUk_A_Sk_MI_APS_EN

OTUkV/ODUk_A_Sk_MI_APS_LVL

OTUkV/ODUk_A_Sk_MI_cLOA (Note 2)

NOTE 2 – If loss of alignment supervision is performed.

 

Figure   8 14/G.872 – Example of a terminal implementation using a single media element

 

Figure   8 15/G.872 – OTSiA subnetwork and the supporting media and OTSiG O sub networks

 

 

Figure 11-1/G.798 (12/2017 prep) – Relationship of OSC and supervisory layers to media element

A single LTP instance, LPname = OTSiA, contains multiple instances of OTSi Termination Pacs (1 per OTSi), OTSi