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TM与REG之间的段落 REG与REG之间的段落 REG与ADM之间的段落 ADM与TM之间的段落
REG_SZ REG_BINARY REG_DWORD REG_MULTT_SZ
REG_SZ REG_BINARY REG_DWORD REG_MULTI_SZ
REG_SZ REG_BINARY REG_DWORD REG_MULTI_SZ
REG_SZ REG_BINARY REG_DWORD REG_MULTT_SZ
TM、ADM、REG TM、ADM、REG、光放(BA、P或DXC ADM、REG、光放(BA、P或DXC TM、ADM、光放(BA、P或DXC
REG_SZ REG_BINARY REG_DWORD REG_MULTI_SZ
①®②®③®④ ④®③®②®① ①®②®④®③ ②®③®①®④
26NPH+14Reg 10NPH+10Reg 20WPH+10Reg 20WPH+10Reg 18NPH+7Reg 5NPH+5Reg 40Ultralente+4Reg 8Reg 8Reg 20Ultralente+4Reg 8Reg 20Ultralente+8Reg
REG_SZ REG_BINARY REG_DWORD REG_MULTI_SZ
26NPH+14Reg10NPH+10Reg 20WPH+10Reg20WPH+10Reg 18NPH+7Reg5NPH+5Reg 40Ultralente+4Reg8Reg8Reg 20Ultralente+4Reg8Reg20U1tralente+8Reg
ADM站点具有REG站点的全部功能 REG与ADM相比仅少了支路端口 单纯的REG只需处理STM-N帧中的RSOH,且不需要交叉连接功能 SDH的REG也可以是纯光的再生中继器
reg1==reg2 reg1=reg2 reg1:=reg2 reg1!=reg2
REG_SZ REG_BINARY REG_DWORD REG_MULTT_SZ
26NPH+14Reg10NPH+10Reg 20WPH+10Reg20WPH+10Reg 18NPH+7Reg5NPH+5Reg 40Ultralente+4Reg8Reg8Reg 20Ultralente+4Reg8Reg20U1tralente+8Reg
26NPH+14Reg 10NPH+10Reg 20WPH+10Reg 20WPH+10Reg 18NPH+7Reg 5NPH+5Reg 40Ultralente+4Reg 8Reg 8Reg 20Ultralente+4Reg 8Reg 20Ultralente+8Reg