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S/UNI-ATLAS-3200 Telecom Standard Product Data Sheet
Preliminary
Proprietary and Confidential to PMC-Sierra, Inc., and for its Customers’ Internal Use
Document ID: PMC-1990553, Issue 4
294
CLP1_CLRONRD
If CLP1_CLRONRD is logic 1, then after a read of a set of PHY counts, a write is
automatically initiated to set the CLP1 count to 0. The writes are done in such a way that no
counts are missed. If CLRONRD = ‘0’, no write back to clear the count bits is initiated.
RM_CLRONRD
If RM_CLRONRD is logic 1, then after a read of a set of PHY counts, a write is
automatically initiated to set the Valid RM Cells count to 0. The writes are done in such a
way that no counts are missed. If CLRONRD = ‘0’, no write back to clear the count bits is
initiated.
OAM_CLRONRD:
If OAM_CLRONRD is logic 1, then after a read of a set of PHY counts, a write is
automatically initiated to set the Valid OAM Cells count to 0. The writes are done in such a
way that no counts are missed. If CLRONRD = ‘0’, no write back to clear the count bits is
initiated.
INVOAMRM_CLRONRD
If INVOAMRM_CLRONRD is logic 1, then after a read of a set of PHY counts, a write is
automatically initiated to set the Invalid OAM and RM Cells count to 0. The writes are done
in such a way that no counts are missed. If CLRONRD = ‘0’, no write back to clear the count
bits is initiated.
INVAL_CLRONRD:
If INVAL_CLRONRD is logic 1, then after a read of a set of PHY counts, a write is
automatically initiated to set the Invalid VPI/VCI/PTI count to 0. The writes are done in such
a way that no counts are missed. If CLRONRD = ‘0’, no write back to clear the count bits is
initiated.
NZGFC_CLRONRD
If NZGFC_CLRONRD is logic 1, then after a read of a set of PHY counts, a write is
automatically initiated to set the Non-Zero GFC and EFCI count to 0. The writes are done in
such a way that no counts are missed. If CLRONRD = ‘0’, no write back to clear the count
bits is initiated.