SFP_UDPONTRIG - SFP UDP on trig Module

Fields

Name Type Description
SFP_TRIG bit_mux Rising edge to send UDP user-defined frame
SFP_START_COUNT write action Start counting Rising edge from zero and send UDP user-defined frame
SFP_STOP_COUNT write action Stop counting Rising edge and stop sending UDP user-defined frame
SFP_DEST_UDP_PORT param uint 131071 Destination UDP Port (16 bits integer value)
SFP_OUR_UDP_PORT param uint 131071 Source UDP Port (16 bits integer value)
SFP_DEST_IP_AD_BYTE1 param uint 255 Destination ip address byte 1 (byte integer value) ip=BYTE1.BYTE2.BYTE3.BYTE4
SFP_DEST_IP_AD_BYTE2 param uint 255 Destination ip address byte 2 (byte integer value) ip=BYTE1.BYTE2.BYTE3.BYTE4
SFP_DEST_IP_AD_BYTE3 param uint 255 Destination ip address byte 3 (byte integer value) ip=BYTE1.BYTE2.BYTE3.BYTE4
SFP_DEST_IP_AD_BYTE4 param uint 255 Destination ip address byte 4 (byte integer value) ip=BYTE1.BYTE2.BYTE3.BYTE4
SFP_OUR_IP_AD_BYTE1 param uint 255 Our source ip address byte 1 (byte integer value) ip=BYTE1.BYTE2.BYTE3.BYTE4
SFP_OUR_IP_AD_BYTE2 param uint 255 Our source ip address byte 2 (byte integer value) ip=BYTE1.BYTE2.BYTE3.BYTE4
SFP_OUR_IP_AD_BYTE3 param uint 255 Our source ip address byte 3 (byte integer value) ip=BYTE1.BYTE2.BYTE3.BYTE4
SFP_OUR_IP_AD_BYTE4 param uint 255 Our source ip address byte 4 (byte integer value) ip=BYTE1.BYTE2.BYTE3.BYTE4
SOFT_RESET write action GTX Soft Reset
SFP_TRIG_RISE_COUNT read Rising edge count
SFP_COUNT_UDPTX_ERR read UDP TX ERROR count
SFP_STATUS_COUNT read SFP count status (‘0’ => not started, ‘1’ => count enabled)
SFP_LOS read Loss Of Signal (from SFP module)
SFP_MAC_LO read MAC low in integer value bit 23:0
SFP_MAC_HI read MAC high in integer value bit 47:24