Albalá Ingenieros AGW3000C01, Руководство пользователя

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Albalá Ingenieros | Manual AGW3000C01
LOCAL_IP_2_ADD_2 0x09 0x00A0 0xFF Y N IP address (2)
= x
LOCAL_IP_2_ADD_1 0x0A 0x00A0 0xFF Y N IP address (1)
= x
LOCAL_IP_2_ADD_0 0x0B 0x00A0 0xFF Y N IP address (0)
= x
LOCAL_IP_2_MSK_3 0x0C 0x00A0 0xFF Y N IP mask (3)
= x
LOCAL_IP_2_MSK_2 0x0D 0x00A0 0xFF Y N IP mask (2)
= x
LOCAL_IP_2_MSK_1 0x0E 0x00A0 0xFF Y N IP mask (1)
= x
LOCAL_IP_2_MSK_0 0x0F 0x00A0 0xFF Y N IP mask (0)
= x
LOCAL_IP_2_GWY_3 0x00 0x00B0 0xFF Y N Gateway IP address (3)
= x
LOCAL_IP_2_GWY_2 0x01 0x00B0 0xFF Y N Gateway IP address (2)
= x
LOCAL_IP_2_GWY_1 0x02 0x00B0 0xFF Y N Gateway IP address (1)
= x
LOCAL_IP_2_GWY_0 0x03 0x00B0 0xFF Y N Gateway IP address (0)
= x
TX2_UNI_ENA 0x04 0x00B0 0x01 Y N Enable TX
0=No, 1=Yes
TX2_MULTI_ENA 0x04 0x00B0 0x02 Y N TX mode
0=Unicast, 1=Multicast
TX2_UIP_ADD_3 0x05 0x00B0 0xFF Y N Destination IP address (3)
= x
TX2_UIP_ADD_2 0x06 0x00B0 0xFF Y N Destination IP address (2)
= x
TX2_UIP_ADD_1 0x07 0x00B0 0xFF Y N Destination IP address (1)
= x
TX2_UIP_ADD_0 0x08 0x00B0 0xFF Y N Destination IP address (0)
= x
TX2_MIP_ADD_3 0x09 0x00B0 0xFF Y N Multicast dest. IP address (3)
= x
TX2_MIP_ADD_2 0x0A 0x00B0 0xFF Y N Multicast dest. IP address (2)
= x
TX2_MIP_ADD_1 0x0B 0x00B0 0xFF Y N Multicast dest. IP address (1)
= x
TX2_MIP_ADD_0 0x0C 0x00B0 0xFF Y N Multicast dest. IP address (0)
= x
TX2_S_PORT 0x0D 0x00B0 0xFFFF Y N Source port
= x
TX2_D_PORT 0x0F 0x00B0 0xFFFF Y N Destination port
= x
VLAN_TX_ENABLE_2 0x01 0x00C0 0x01 Y N VLAN Enable
0=No, 1=Yes
VLAN_TX_PRIOR_2 0x01 0x00C0 0x0E Y N VLAN Priority
= x
VLAN_TX_ID_2 0x02 0x00C0 0x0FFF Y N VLAN ID
= x
TX2_L_PARAM 0x04 0x00C0 0x1F Y N L parameter (FEC mode columns)
= x
TX2_FEC_MODE 0x04 0x00C0 0x60 Y N Protocol
0=UDP, 1=RTP no FEC, 2=RTP FEC A (col.), 3=RTP FEC B (row&col.)
TX2_D_PARAM 0x05 0x00C0 0x1F Y N D parameter (FEC mode rows)
= x
TX2_TSPK_IN_IPPK 0x05 0x00C0 0xE0 Y N TS packets in each IP packet
= x
TX2_ROW_DELAY 0x06 0x00C0 0x1F Y N FEC row delay
= x
TX2_COL_DELAY 0x07 0x00C0 0xFF Y N FEC column delay
= x
LOW_COST_2 0x0E 0x00C0 0x02 Y N TOS. Low cost
0=No, 1=Yes
HIGH_RELIAB_2 0x0E 0x00C0 0x04 Y N TOS. High reliability
0=No, 1=Yes
HIGH_THROUGHP_2 0x0E 0x00C0 0x08 Y N TOS. High Throughput
0=No, 1=Yes
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