KAD/BCU/140 Ethernet Backplane Controller
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- TEC-NOT-049 - Power estimation
- TEC-NOT-058 - Overview of SNMP and using third party SNMP tools
- TEC-NOT-067 - INEA and iNET-X packet payload formats
- TEC-NOT-016 - Power dissipation, an example
- Manual: DAS Studio 3 User Manual
- Environmental Qualifications Handbook For KAM-500
- KAM-500 Databook
- Aerospace Instrumentation Brochure
- Bi-directional, full-duplex Ethernet connection with auto-sensing
- Mirrored Ethernet output supporting redundant IENA and iNET-X transmission
- IENA and iNET-X compatible packetization structures
- Supports aperiodic transmission
- Synchronization with a network time source using PTPv1 or PTPv2 or acts as PTPv1 Grandmaster
- Programming and verification of Acra KAM-500 chassis using TFTP
- Ethernet based data acquisition systems
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IENA/iNET-X compatible, PTPv1 client or Grandmaster, PTPv2 client, dual Ethernet output
The KAD/BCU/140 is a full-duplex, Ethernet, Acra KAM-500 backplane controller packet programmer and an IPv4 data packets transmitter (via a 100BaseTX link interface).
The Acra KAM-500 backplane controller supports chassis programming via Ethernet using Trivial File Transfer Protocol (TFTP). Synchronization with an external PTPv1 Grandmaster is achieved using IEEE Std.1588-2004 (PTPv1) or IEEE Std. 1588-2008 (PTPv2).
Upon receipt of a programming packet, the module immediately exits acquisition mode and switches to program/verify mode.
In acquisition mode, some or all acquired data is transferred from the backplane to the onboard CVT. Onboard, it is packetized into either an IENA or an iNET-X application layer packet. Assembled packets are transmitted simultaneously on both Ethernet outputs. For asynchronous bus data, the KAD/BCU/140 supports aperiodic transmission for efficient bandwidth use, whereby a packet is not generated if no fresh data has been acquired from a packetizer user-module.
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