Moxa Technologies EOM-G103-PHR-PTP Series User manual

P/N: 1802001030011
*1802001030011*
EOM-G103-PHR-PTP Series
Quick Installation Guide
Version 1.1, January 2021
Technical Support Contact Information
www.moxa.com/support

2021 Moxa Inc. All rights reserved.

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Product Overview
The EOM-G103-PHR-PTP full Gigabit managed redundancy modules are
compliant with the latest IEC 62439-3 standards and provide an easy and
cost-effective integrated solution for adding a redundancy module to a
non-IEC 62439-3 supported product. The modules support two IEC
62439-3 Ethernet ports (SGMII/SERDES(1000Base-X) interface) for
constructing PRP or HSR networks and one standard Ethernet port
(SGMII/SERDES(1000Base-X) interface) for connecting with standard
IEEE 802.3 Ethernet devices. The EOM-G103-PHR-PTP series also
provides an extra standard Ethernet port (SGMII/SERDES(1000Base-X)
interface) for building up a local access Ethernet console port to easily
maintain, control, and manage certain devices right at the local site.
Package Checklist
The EOM-G103-PHR-PTP series evaluation kit packet contains the
following items:
•1 EOM-G103-PHR-PTP embedded module
•1 EOM-G103-PHR-PTP evaluation board
•1 universal power adapter
•2 power cords
•1 cross-over Ethernet cable
•1 USB-IF complaint cable
•Warranty card

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Layout of the Evaluation Board
1. 12 VDC power jack
2. System reboot button
3. JP2 connector for connecting to EOM-G103 JP2
4. JP1 connector for connecting to EOM-G103 JP1
5. Terminal block for DI and Relay
6. USB storage (ABC-02-USB-T)
7. USB console
8. Reset to default button
9. Ethernet Console port: 10/100/1000BaseT(X)
10. Interlink port: 10/100/1000BaseT(X)
11. PRP/HSR redundant port B: 10/100/1000BaseT(X)
12. PRP/HSR redundant port A: 10/100/1000BaseT(X)
13. Interlink port: 100/1000BaseFX
14. PRP/HSR redundant port B: 100/1000BaseFX
15. PRP/HSR redundant port A: 100/1000BaseFX
16. Interlink port LED
17. Ethernet console port LED
18. Port B LED
19. Port A LED
20. HSR mode LED
21. PRP mode LED
22. Fault LED
23. STATE LED
24. Power LED

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Layout of the EOM-G103-PHR-PTP Series
Hardware Installation Procedure
(Before installing the EOM-G103, please check to make sure that all items
in the Package Checklist are in the box.)
Step 1: Connect the EOM-G103-PHR-PTP module into the sockets
on the top of the evaluation board
Step 2: Connect the power source to the evaluation board
Connect the 12 VDC power line to the evaluation board’s power jack.
Step 3: Connect the network cable to the evaluation board
Use the RJ45 Ethernet cable to connect the Ethernet cable to the
evaluation Ethernet console port.
Step 4: Set up the connected device IP address
Configure the IP address for the connected device so that the device
belongs to the EOM-G103’s Subnet. The default IP address of the
EOM-G103 is 192.168.127.253 and the subnet mask is 255.255.255.0.
Step 5: Configure the EOM-G103 Series
Please refer to the EOM-G103 user’s manual

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Pin Assignment
JP1 (2x40 connector pin assignment)
PIN
SIGNAL
PIN
SIGNAL
1
GND
41
PRP_LED
2
GND
42
DI
3
DTR (UART)
43
FAULT_LED
4
DCD (UART)
44
Reserved
5
RTS (UART)
45
STAT_R_LED
6
DSR (UART)
46
Reserved
7
TXD (UART)
47
STAT_G_LED
8
CTS (UART)
48
Reserved
9
GND
49
TX_DIS_G3 (SFP)
10
RXD (UART)
50
GND
11
GXB_RX_P_0 (SGMII)
51
PRESENT_G3 (SFP)
12
GND
52
Reserved
13
GXB_RX_N_0 (SGMII)
53
LOS_G3(SFP)
14
GXB_TX_P0 (SGMII)
54
Reserved
15
GND
55
TX_DIS_G2 (SFP)
16
GXB_TX_N0 (SGMII)
56
GND
17
GXB_RX_P_1 (SGMII)
57
PRESENT_G2 (SFP)
18
GND
58
SDA-(I2C)
19
GXB_RX_N_1 (SGMII)
59
LOS_G2(SFP)
20
GXB_TX_P1 (SGMII)
60
SCK-(I2C)
21
GND
61
TX_DIS_G1 (SFP)
22
GXB_TX_N1 (SGMII)
62
GND
23
GXB_RX_P_2 (SGMII)
63
PRESENT_G1 (SFP)
24
GND
64
MDIO-PHY (SMI)
25
GXB_RX_N_2 (SGMII)
65
LOS_G1(SFP)
26
GXB_TX_P2 (SGMII)
66
MDC-PHY (SMI)
27
GND
67
TX_DIS_G0 (SFP)
28
GXB_TX_N2 (SGMII)
68
GND
29
GXB_RX_P_3 (SGMII)
69
PRESENT_G0 (SFP)
30
GND
70
Reserved
31
GXB_RX_N_3 (SGMII)
71
LOS_G0(SFP)
32
GXB_TX_P3 (SGMII)
72
Reserved
33
GND
73
Reserved
34
GXB_TX_N3 (SGMII)
74
GND
35
COUP_LED
75
Reserved
36
GND
76
USB-HOST-DP
37
QB_LED
77
Reserved
38
DO(1)
78
USB-HOST-DM
39
HSR_LED
79
Reserved
40
DO(0)
80
GND

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JP2 (2x10 connector pin assignment)
PIN
SIGNAL
PIN
SIGNAL
1
Reserved
11
3.3V
2
Reserved
12
GND
3
Reserved
13
GND
4
Reserved
14
GND
5
Reserved
15
GND
6
Reserved
16
GND
7
3.3V
17
Reset_PHY
8
3.3V
18
Reset
9
3.3V
19
Reserved
10
3.3V
20
Reset to Default