Albalá Ingenieros AGW3000C01, Руководство пользователя

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Albalá Ingenieros | Manual AGW3000C01
ASI_OUT_1_IN 0x04 0x03 Y Y ASI OUT 2 - Selected input
0=ASI IN 1, 1= ASI IN 2, 2=IP IN 1, 3= IP IN 2
ASI_OUT_2_IN 0x04 0x0C Y Y ASI OUT 1 - Selected input
0=ASI IN 1, 1= ASI IN 2, 2=IP IN 1, 3= IP IN 2
IP_OUT_1_IN 0x04 0x30 Y Y IP OUT 1 - Selected input
0=ASI IN 1, 1= ASI IN 2, 2=IP IN 1, 3= IP IN 2
IP_OUT_2_IN 0x04 0xC0 Y Y IP OUT 2 - Selected input
0=ASI IN 1, 1= ASI IN 2, 2=IP IN 1, 3= IP IN 2
PING_ENABLE_1 0x05 0x01 Y N Allows making a periodic ping to the unicast address
0=No, 1=Yes
PING_ENABLE_2 0x05 0x02 Y N Allows making a periodic ping to the unicast address reserve
0=No, 1=Yes
IP_LINK_FAIL_EN 0x05 0x04 Y N IP link lose signals fail in F_OUT GPO
0=No, 1=Yes
IP_DEST_FAIL_EN 0x05 0x08 Y N IP destination absence signals fail in F_OUT GPO
0=No, 1=Yes
MAX_TIME_OUT 0x06 0xFFFF Y N Maximum time out for IP channels without receiving any packet. It limits the
low frequency jitter capacity.
= x ms
STAT_RESET 0x08 0x01 Y N Allows reseting the statistics measurements
0=No, 1=Yes
STAT_SEL 0x08 0x02 Y N Allows selecting the channel to be displayed
0=IP reserve input, 1=IP main input
STAT_MODE 0x08 0x04 Y N Allows selecting the statistics mode
0=1/s, 1=Total
IGMP_VERSION 0x08 0x08 Y N Allows selecting the IGMP version
0=v2, 1=v3
ETH_MODE 0x08 0x70 Y N Allows selecting the Ethernet operating mode
0=Auto, 2=10Mbps HD, 3=10Mbps FD, 4=100Mbps HD, 5=100Mbps FD,
7=1Gbps FD
SPEED_FORCE 0x08 0x80 Y N Allows selecting if the speed/mode is forced or announced for autonegotiation
0=Announced, 1=Forced
PCK_DEL_ASI_IN_1 0x0A 0x7FFF Y N Buffer size in packets for the ASI input 1
= x packets
PCK_DEL_ASI_IN_2 0x0C 0x7FFF Y N Buffer size in packets for the ASI input 2
= x packets
PCK_DEL_IP_IN_1 0x0E 0x7FFF Y N Buffer size in packets for the IP input 1
= x packets
PCK_DEL_IP_IN_2 0x10 0x7FFF Y N Buffer size in packets for the IP input 2
= x packets
ASI_IN_1_PRIOR_0 0x12 0x03 Y N Allows selecting the ASI 1 input priority in output channel ASI OUT 1
= x
ASI_IN_2_PRIOR_0 0x12 0x0C Y N Allows selecting the ASI 2 input priority in output channel ASI OUT 1
= x
IP_IN_1_PRIOR_0 0x12 0x30 Y N Allows selecting the IP 1 input priority in output channel ASI OUT 1
= x
IP_IN_2_PRIOR_0 0x12 0xC0 Y N Allows selecting the IP 2 input priority in output channel ASI OUT 1
= x
ASI_IN_1_PRIOR_1 0x13 0x03 Y N Allows selecting the ASI 1 input priority in output channel ASI OUT 2
= x
ASI_IN_2_PRIOR_1 0x13 0x0C Y N Allows selecting the ASI 2 input priority in output channel ASI OUT 2
= x
IP_IN_1_PRIOR_1 0x13 0x30 Y N Allows selecting the IP 1 input priority in output channel ASI OUT 2
= x
IP_IN_2_PRIOR_1 0x13 0xC0 Y N Allows selecting the IP 2 input priority in output channel ASI OUT 2
= x
ASI_IN_1_PRIOR_2 0x14 0x03 Y N Allows selecting the ASI 1 input priority in output channel IP 1
= x
ASI_IN_2_PRIOR_2 0x14 0x0C Y N Allows selecting the ASI 2 input priority in output channel IP 1
= x
IP_IN_1_PRIOR_2 0x14 0x30 Y N Allows selecting the IP 1 input priority in output channel IP 1
= x
IP_IN_2_PRIOR_2 0x14 0xC0 Y N Allows selecting the IP 2 input priority in output channel IP 1
= x
ASI_IN_1_PRIOR_3 0x15 0x03 Y N Allows selecting the ASI 1 input priority in output channel IP OUT 2
= x
ASI_IN_2_PRIOR_3 0x15 0x0C Y N Allows selecting the ASI 2 input priority in output channel IP OUT 2
= x
IP_IN_1_PRIOR_3 0x15 0x30 Y N Allows selecting the IP 1 input priority in output channel IP OUT 2
= x
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