9c6e0f57b3
This patch introduces a new ts2phc source using a PHC device. There are multiple use cases for such a master. By connecting pins of two or more separate PHC devices together, one may act as the source, and the others may be synchronized to it in hardware. In this way, "just a bunch of devices" together forms a Transparent Clock. If the master clock is synchronized to a global time source (like a PPS from a GPS), then the system becomes a mutli-port Grand Master or a Boundary Clock with GM capability. Signed-off-by: Richard Cochran <richardcochran@gmail.com>
28 lines
688 B
INI
28 lines
688 B
INI
#
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# This example shows ts2phc keeping a group of three Intel i210 cards
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# synchronized to each other in order to form a Transparent Clock.
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# The cards are configured to use their SDP0 pins connected in
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# hardware. Here eth3 and eth4 will be slaved to eth6.
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#
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# Important! The polarity is set to "both" because the i210 always
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# time stamps both the rising and the falling edges of the input
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# signal.
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#
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[global]
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use_syslog 0
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verbose 1
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logging_level 6
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ts2phc.pulsewidth 500000000
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[eth6]
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ts2phc.channel 0
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ts2phc.master 1
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ts2phc.pin_index 0
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[eth3]
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ts2phc.channel 0
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ts2phc.extts_polarity both
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ts2phc.pin_index 0
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[eth4]
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ts2phc.channel 0
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ts2phc.extts_polarity both
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ts2phc.pin_index 0
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