KAD/UBM/103 16 channel Serial Bus Parser
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- Monitors up to 16 RS-422/485/232 busses
- Coherently parses traffic and tags for up to 511 messages from 4 to 1024 bytes
- Aperiodic transmission of packetized serial messages including tags as iNET-X parser-aligned payload structure
- Bit-rates from 300bps to 1,000,000bps
- 7/8 bits per word with odd, even or no parity
- Programmable start sequence (1 to 8 bytes), stop sequence (1 byte or by fixed length) and idle time
- Interfacing with serial data links
The KAD/ABM/103 is an ARINC-429 bus monitor which combines the capabilities of a coherent message parser with the flexibility of an iNET-X packetizer and an error-detection function, on a single...
The KAD/MBM/102 is a MIL-STD-1553 bus monitor, which can monitor up to four dual redundant busses. It combines the capabilities of a coherent message parser, with the flexibility of an iNET-X...
The KAD/UBM/101 is an eight-channel serial bus packetizer. It can capture eight independent serial streams. All data appearing on the bus is packetized and character-aligned. The KAD/UBM/101...
16 channel, RS-232, RS-422 or RS-485 serial bus parser/packetizer
The KAD/UBM/103 is used to monitor up to 16 RS-232/422/485 channels. The module can parse (coherently extract specific bytes) and/or packetize (insert messages in packets for Ethernet transmission) each channel at the same time.
The signal type (RS-232/422/485), bits per word, and parity are programmable on a channel-by-channel basis. In the parser, a total of up to 511 complete messages are triple buffered so that the stale indication is message-wide. Each message can be up to 1,024 characters (bytes) long (including start and stop characters). Each message is tagged to 0.1ms resolution; a message is considered found when a start sequence of up to eight specific bytes is received. The end-of-message delimiter is determined by a user-defined stop character or after a specific number of words are received. A message is not updated if any sequence is incorrect.
Independently of the parser, an iNET-X packet stream is generated for each channel. All received bytes are encapsulated in an iNET-X parser-aligned payload structure. A programmable gap time allows the module to split the incoming bytes into shorter timestamped sequences.
A block header attached to each sequence stores the channel index, length, and the time of reception of each message. These parser-aligned packets may be transmitted aperiodically to optimize network bandwidth utilization and memory usage when recording serial traffic.
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