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'''Ethernet'''
'''Connectors'''
 
RJ45 Jack and Plug [https://clonweb/wiki/clondocs/Docs/rj45pinout.gif Pinout].
 
Cable connector's [http://yost.com/computers/RJ45-serial/rj45-plug.gif picture].
 
'''Ethernet Cabling'''


The TIA/EIA-568-A specifies two wiring standards for a 8-position modular connector such as RJ45. The two wiring standards, T568A and T568B vary only in the arrangement of the colored pairs. We are using T568B.
The TIA/EIA-568-A specifies two wiring standards for a 8-position modular connector such as RJ45. The two wiring standards, T568A and T568B vary only in the arrangement of the colored pairs. We are using T568B.


RJ45 Jack and Plug Pinout: [[http://www.ertyu.org/steven_nikkel/images/rj45pinout.gif RJ45]].
Straight-Through Cable Pinout (T568B):
 
RJ45 Pin #      Wire Color      10Base-T Signal    1000Base-T Signal
                    (T568B)      100Base-TX Signal
    1            White/Orange      Transmit+          BI_DA+
    2            Orange            Transmit-          BI_DA-
    3            White/Green        Receive+            BI_DB+
    4            Blue              Unused              BI_DC+
    5            White/Blue        Unused              BI_DC-
    6            Green              Receive-            BI_DB-
    7            White/Brown        Unused              BI_DD+
    8            Brown              Unused              BI_DD-
 
Cross Over Cable Pinout (T568B):
 
RJ45 Pin #    Wire Color        RJ45 Pin #    Wire Color   
  (END 1)                          (END 2)
    1          White/Orange          1          White/Green
    2          Orange                2          Green
    3          White/Green            3          White/Orange
    4          Blue                  4          White/Brown
    5          White/Blue            5          Brown
    6          Green                  6          Orange
    7          White/Brown            7          Blue
    8          Brown                  8          White/Blue
 
NOTE: The cross over cable layout is suitable for 1000Base-T operation, all 4 pairs are crossed.
 
The following diagram shows the Normal use of Crossed and Straight cables:
 
straight--HUB,SWITCH--crossed--HUB,SWITCH--straight--PC
 
PC--crossed--PC
 
NOTE': To avoid the need for Crossed cables many vendors provide UPLINK ports on Hubs or Switches - these are specially designed to allow the use of a STRAIGHT cable when connecting back-to-back Hubs or Switches. Read the manufacturers documentation carefully.
 
'''RS-232 Cabling'''
 
From web, need check:
 
RS-232  Name/Function            DB-25        DB-9        RJ-45        RJ-45
Signal  (Input/Output)        (Standard)  (Standard)  (Cyclades)  (Netra/Cisco)
Chassis  Safety Ground              1          Shell        Shell        Shell
Gnd      Signal Ground              7            5            4            4(and 5?)
TxD      Transmit Data (O)          2            3            3            3
RxD      Receive Data (I)          3            2            6            6
DTR      Data Terminal Ready (O)  20            4            2            2
DSR      Data Set Ready (I)        6            6            8            7
DCD      Data Carrier Detect (I)    8            1            7            -
RTS      Request To Send (O)        4            7            1            1
CTS      Clear To Send (I)          5            8            5            8
 
continue:
 
RS-232  Name/Function            RJ-45      mvme6100      RJ12(6pin)  ConnectPort LTS
Signal  (Input/Output)        (EtherLite32)    etc        (VME6016)      (Hall D)
Chassis  Safety Ground                                                        3
Gnd      Signal Ground              6          3,6          2              6
TxD      Transmit Data (O)          5            4            4              4
RxD      Receive Data (I)          4            5            3              5
DTR      Data Terminal Ready (O)    7            8            -              8
DSR      Data Set Ready (I)        2            -            -              1
DCD      Data Carrier Detect (I)    3            1            5              (10 on 10pin)
RTS      Request To Send (O)        1            2            6              2
CTS      Clear To Send (I)          8            7            1              7
 
 
From vvsap (RxD and TxD are wired, cross or straight; not sure if GND is wired properly; not sure accually which one is EtherLite32 and which one is ROC, and numbering order, seems does not matter ...):
 
mvme6100 ---------> EtherLite32 --------> RESET
1 Orange              Brown              Brown
2 White/Orange        Blue                White/Green
3 Blue                White/Brown        White/Brown
4 White/Blue          White/Blue          Green          <--- in use (RxD/TxD)
5 Green              Green              White/Blue    <--- in use (RxD/TxD)
6 White/Green        White/Green        Blue          <--- ?? in use (GND)
7 Brown              Orange              Orange
8 White/Brown        White/Orange        White/Orange
 
Sergey (check !):
 
EtherLite32 -----------> CISCO
8 Orange              White/Brown
7 White/Orange        White/Orange
6 Blue                White/Blue
5 White/Blue          Brown
4 Green              Blue
3 White/Green        Green
2 Brown              White/Green
1 White/Brown        Orange
 
Sergey:
 
Cyclades -----------> SUN MGT PORT
1 Orange              White/Brown
2 White/Orange        Brown
3 Green              White/Blue
4 White/Green        Blue
5 Blue                White/Green
6 White/Blue          Green
7 Brown              White/Orange
8 White/Brown        Orange
 
 
'''JLAB connectors'''
 
'Red' 9-pin female serial: CUS9899 (AJ084) - out of stock !!!!!
 
'Blue' 9-pin female serial: CUS9898 (AJ084)
 
'Red' 9-pin male serial: CUS9000 (AJ084)

Latest revision as of 15:45, 30 August 2021

Connectors

RJ45 Jack and Plug Pinout.

Cable connector's picture.

Ethernet Cabling

The TIA/EIA-568-A specifies two wiring standards for a 8-position modular connector such as RJ45. The two wiring standards, T568A and T568B vary only in the arrangement of the colored pairs. We are using T568B.

Straight-Through Cable Pinout (T568B):

RJ45 Pin #       Wire Color      10Base-T Signal     1000Base-T Signal
                   (T568B)      100Base-TX Signal
   1             White/Orange       Transmit+           BI_DA+
   2             Orange             Transmit-           BI_DA-
   3             White/Green        Receive+            BI_DB+
   4             Blue               Unused              BI_DC+
   5             White/Blue         Unused              BI_DC-
   6             Green              Receive-            BI_DB-
   7             White/Brown        Unused              BI_DD+
   8             Brown              Unused              BI_DD-

Cross Over Cable Pinout (T568B):

RJ45 Pin #     Wire Color         RJ45 Pin #     Wire Color    
 (END 1)                           (END 2)
   1          White/Orange           1          White/Green
   2          Orange                 2          Green
   3          White/Green            3          White/Orange
   4          Blue                   4          White/Brown
   5          White/Blue             5          Brown
   6          Green                  6          Orange
   7          White/Brown            7          Blue
   8          Brown                  8          White/Blue

NOTE: The cross over cable layout is suitable for 1000Base-T operation, all 4 pairs are crossed.

The following diagram shows the Normal use of Crossed and Straight cables:

straight--HUB,SWITCH--crossed--HUB,SWITCH--straight--PC
PC--crossed--PC

NOTE': To avoid the need for Crossed cables many vendors provide UPLINK ports on Hubs or Switches - these are specially designed to allow the use of a STRAIGHT cable when connecting back-to-back Hubs or Switches. Read the manufacturers documentation carefully.

RS-232 Cabling

From web, need check:

RS-232   Name/Function            DB-25        DB-9         RJ-45        RJ-45
Signal   (Input/Output)        (Standard)   (Standard)   (Cyclades)  (Netra/Cisco)
Chassis  Safety Ground              1          Shell        Shell        Shell
Gnd      Signal Ground              7            5            4            4(and 5?)
TxD      Transmit Data (O)          2            3            3            3
RxD      Receive Data (I)           3            2            6            6
DTR      Data Terminal Ready (O)   20            4            2            2
DSR      Data Set Ready (I)         6            6            8            7
DCD      Data Carrier Detect (I)    8            1            7            -
RTS      Request To Send (O)        4            7            1            1
CTS      Clear To Send (I)          5            8            5            8

continue:

RS-232   Name/Function            RJ-45       mvme6100      RJ12(6pin)   ConnectPort LTS
Signal   (Input/Output)        (EtherLite32)    etc         (VME6016)       (Hall D)
Chassis  Safety Ground                                                        3
Gnd      Signal Ground              6           3,6           2               6
TxD      Transmit Data (O)          5            4            4               4
RxD      Receive Data (I)           4            5            3               5
DTR      Data Terminal Ready (O)    7            8            -               8
DSR      Data Set Ready (I)         2            -            -               1
DCD      Data Carrier Detect (I)    3            1            5               (10 on 10pin)
RTS      Request To Send (O)        1            2            6               2
CTS      Clear To Send (I)          8            7            1               7


From vvsap (RxD and TxD are wired, cross or straight; not sure if GND is wired properly; not sure accually which one is EtherLite32 and which one is ROC, and numbering order, seems does not matter ...):

mvme6100 ---------> EtherLite32 --------> RESET
1 Orange              Brown               Brown
2 White/Orange        Blue                White/Green
3 Blue                White/Brown         White/Brown
4 White/Blue          White/Blue          Green          <--- in use (RxD/TxD)
5 Green               Green               White/Blue     <--- in use (RxD/TxD)
6 White/Green         White/Green         Blue           <--- ?? in use (GND)
7 Brown               Orange              Orange
8 White/Brown         White/Orange        White/Orange

Sergey (check !):

EtherLite32 -----------> CISCO
8 Orange              White/Brown
7 White/Orange        White/Orange
6 Blue                White/Blue
5 White/Blue          Brown
4 Green               Blue
3 White/Green         Green
2 Brown               White/Green
1 White/Brown         Orange

Sergey:

Cyclades -----------> SUN MGT PORT
1 Orange              White/Brown
2 White/Orange        Brown
3 Green               White/Blue
4 White/Green         Blue
5 Blue                White/Green
6 White/Blue          Green
7 Brown               White/Orange
8 White/Brown         Orange


JLAB connectors

'Red' 9-pin female serial: CUS9899 (AJ084) - out of stock !!!!!

'Blue' 9-pin female serial: CUS9898 (AJ084)

'Red' 9-pin male serial: CUS9000 (AJ084)