Difference between revisions of "Serial adapter diagrams"

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== Serial bay adapters ==
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== RJ45/DB9 adapters ==
Below are the diagrams for RJ45 to DB9 adapters allowing connection between an Etherlite serial bay and XINU backends in a pool.  The first diagram is for port 1 (DTE) and the second diagram is for the platform-dependent port 2 (DCE).
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Below are diagrams for RJ45 to DB9 adapters allowing connection between an [[HOWTO:Build Backend Pool|Etherlite serial bay and XINU backends]] in a pool.  The first diagram is for UART 0 (DTE).  The second diagram is for the platform-dependent UART 1 (DCE).
[[Image:DTE.png|thumb|900px|left|Port 1, DTE]]
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[[Image:DB9M.png|thumb|400px|left|UART 0, DTE]]<br clear="all" />
[[Image:DCE.png|thumb|900px|left|Port 2, DCE]]
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[[Image:NullModem.png|thumb|400px|left|UART 1, DCE]]<br clear="all" />
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== Null Modem ==
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The null modem adapter is required to make connections between available UART 1 ports on two machines.  The above UART 1 diagram functions as a null modem when connecting directly to other backends, as well as to the EtherLite serial bay.
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== EtherLite to Baytech ==
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The third diagram represents a connection between the between a Baytech serial-controlled power strip and the EtherLite terminal annex.  The final two diagrams are the Baytech/Etherlite diagram broken into two parts, representing the mating of two individual RJ45/DB9 adapters.
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[[Image:BaytechWiring.png|thumb|500px|left|Wiring diagram for Baytech to Etherlite connection]]
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<br clear="all" />
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[[Image:DB9M.png|thumb|300px|left|same as UART 0 diagram above]]<br clear="all" />
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[[Image:baytech.png|thumb|300px|left|Baytech RJ45 to DB9F]]
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<br clear="all" />

Latest revision as of 23:58, 30 September 2008

RJ45/DB9 adapters

Below are diagrams for RJ45 to DB9 adapters allowing connection between an Etherlite serial bay and XINU backends in a pool. The first diagram is for UART 0 (DTE). The second diagram is for the platform-dependent UART 1 (DCE).

UART 0, DTE


UART 1, DCE


Null Modem

The null modem adapter is required to make connections between available UART 1 ports on two machines. The above UART 1 diagram functions as a null modem when connecting directly to other backends, as well as to the EtherLite serial bay.

EtherLite to Baytech

The third diagram represents a connection between the between a Baytech serial-controlled power strip and the EtherLite terminal annex. The final two diagrams are the Baytech/Etherlite diagram broken into two parts, representing the mating of two individual RJ45/DB9 adapters.

Wiring diagram for Baytech to Etherlite connection


same as UART 0 diagram above


Baytech RJ45 to DB9F