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IEEE 1588 Precision Time Protocol
Thanks to the availability of real-time extensions and low-cost components, Ethernet is increasingly used in automation and metrology. For many automation applications, exact time synchronization of...
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CAN – vintage, not obsolete!
Industrial Ethernet is the talk of the day and the list of its promises is impressive: high data rates, long cable distances, and cost-efficient standard cables and plugs make Ethernet technology seem...
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Tapping the full potential of CAN
In CAN networks the underlying transport protocol sets structural limits to the system in standard applications. CAN currently manages a 1 Mbit/s transmission rate, given that the overall network cable...
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Physical layer analysis of CAN networks
New methods for the analysis of the physical layer of CAN networks and possibilities for robustness improvement By Tobias Frey and Thomas Waggershauser With CAN-based systems being used in manifold...
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IEEE1588 – When Timing Matters
Highly accurate synchronization of system time in distributed systems with IEEE 1588 IEEE 1588 is a standard to synchronize the clocks of distributed devices in a network. Current protocol versions are...
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