DFI OPS150-CS Manuale utente
1
OPS150-CS Installation Guide
DFI reserves the right to change the specications at any time prior to
the product's release. For the latest revision and more details of the
installation procedure, please refer to the user's manual on the website.
Note:
Throughout this guide the OPS150-CS may be referred to as the
OPS Module
.
www.d.com
2
Panel: OPS150-CS
Front View
Rear View
Mic-in
Line-out
Power Button
HDD LED
HDMI
USB 3.0
COM
LAN
Antenna Hole Antenna Hole
Reset Button
JAE TX25A
DC-in Jack
(optional)
3
Installing the OPS150-CS into a Display
2. Secure the module by attaching two screws on the front panel.
Integrating a computing system into a digital signage display is made easy
by standardizing the connectors and signals between an OPS Module and
an OPS-compliant display. Note that the OPS Module does not support hot
swapping; do not power on the display before the installation is complete.
Please use the following steps to install the OPS Module into the display
panel:
Venting area of the panel
Note:
The location of the OPS slot may be at the side or at the bottom of the display
panel depending on the design.
Mounting screw holes
3. Power on the display panel. The OPS Module should be automatically
powered on.
Venting holes
1. Align the OPS Module with the slot of the display and slide the module
into the slot. Note that the venting holes should face outward to allow
ambient airow.
4
Installing a SODIMM and an M.2 Card
The OPS Module is equipped with two SODIMM slots (SO_DIMM1 & 2) in
which one can be accessed from the back cover. An additional M.2 slot can
also be accessed from the back cover without opening the system's chassis.
Opening to the
M.2 (Type 2280) slot
Opening to the
SODIMM
(SO_DIMM2) slot
Installing a SODIMM
The system supports two DDR4 SODIMM (dual channel) sockets. To install
a memory module, grasp the memory module by its edges and align the
module’s notch with the socket’s notch; then insert the memory into the
socket at an angle and push it down until you feel a click.
Notch
Retention Notch
Key
Socket Top View
DDR4 SO-DIMM
Retention Clip
45°
Step 1
Step 2
Step 3
Notch
Retention Notch
Key
Socket Top View
DDR4 SO-DIMM
Retention Clip
45°
Step 1
Step 2
Step 3
Notch
Retention Notch
Key
Socket Top View
DDR4 SO-DIMM
Retention Clip
45°
Step 1
Step 2
Step 3
Notch
Retention Notch
Key
Socket Top View
DDR4 SO-DIMM
Retention Clip
45°
Step 1
Step 2
Step 3
5
The onboard M.2 Type 2280 (M Key) supports both PCIe NVMe and SATA
SSD modules. The other M.2 Type 2230 (E Key) on the top side of the
main board provides PCIe & USB signals to accommodate common Wi-Fi
and Bluetooth cards. To install an M.2 card, insert the bottom edge of the
card into the connector, and then secure the card to the standoff with the
provided mounting screw.
Installing an M.2 Card
M.2 Module M.2 Socket
Key
Stand-off
Notch
Step 1
Step 2
Step 3
6
Removing the Chassis Cover
1. Make sure the system and all other peripheral devices connected to it
have been powered-off.
2. Disconnect all power cords and cables.
3. The 4 mounting screws on the top and bottom cover of the system
chassis, and the 2 screws that afx the front panel to the chassis should
all be removed to open the system. Put these screws in a safe place for
later use.
The OPS Module consists of a computing board in a wrapper chassis. Pease
observe the following guidelines and follow the procedure to open the
system.
Mounting screw
7
4. Lift the cover up to open the system.
5. The SODIMM (SO_DIMM1) and M.2 (Type 2230) sockets can be
accessed after removing the fan and heat sink.
CPU heat sink CPU fan
CPU heat sink
CPU fan
The system adopts a exible design in which the CPU fan and heat sink can
be placed in different orientation (see picture below) so that the opening of
the fan can align with the venting holes of your panel. Remove the screws
indicated in the above picture to switch their positions.
Side bracket screws
heat sink & fan screws
8
Board Layout and Jumper Settings: OPS150-CS
M1
1
75
2
67 57
97
96 1
J22
M.2 Type 2280-S2-M
(PCIe/SATA)
SO_DIMM2
DDR4
Clear CMOS JP1
Normal (default) 1-2 On
Clear CMOS 2-3 On
Top View
2
I C
Mic-in
I C
Line-out
LAN 1
Buzzer
139
40
41
42
79
80
JAE TX25A-80P
LPC
1
13
2
14
SPI Flash BIOS
Reset
COM 1
USB 3.0
1/2
HDD LED
Power-on
8th/9th Gen
Intel Core™ CPU
®
Intel
H310
DDR4 SO_DIMM1
2
Battery (J19)
1Clear
CMOS
(JP1)
DC-in
CPU Fan1
1
G2 G1
M2 M1
1
75
2
74
33
32
23
22
M.2 Type 2230-D2-E
(PCIe/USB)
LGA
1151
1
HDMI 1
DC-in
Jack
Bottom View
9
Connector Pin Assignment
The OPS Module enables the integration of a pluggable module and a
display panel by employing the dened interconnect based on the JAE and
HRS combo plug and their receptacle connectors. The right angle blind
mate plug connector (p/n: JAE TX25A-80P-LT-H1E) should be mated with
the receptacle connector (p/n: JAE TX24A-80R-LT-H1E); together, they
provide interfacing for the following functions:
Power: DC-IN +12V~+19V@12A max
Display Interface: 1*HDMI 2.0 (or DP, 4K at 60Hz)
Audio: left and right Channel
USB: 1*USB 3.0 and 2*USB 2.0
Control and Sensors: 1*UART and Consumer Electronics Control (CEC, note
that the OPS150-CS does not support this function)
Control and Management Signals: the OPS Module power status, power-on
via display panel, OPS Module detect, system fan control, and device reset.
The following table lists the pin assignments of the 80-pin JAE connector:
Pins Pin Assignment Description I/O(1) Pins Pin
Assignment Description I/O
40 +12V~+19V Power -80 GND Ground -
39 +12V~+19V Power -79 GND Ground -
38 +12V~+19V Power -78 GND Ground -
37 +12V~+19V Power -77 GND Ground -
36 +12V~+19V Power -76 GND Ground -
35 +12V~+19V Power -75 GND Ground -
34 +12V~+19V Power -74 PWR_STATUS PowerGood OUT(OC)(2)
33 +12V~+19V/NC Power/NC -73 PS_ON# Pluggable Signal ON IN
32 GND Ground - 72 PB_DET Pluggable Board
Detect OUT
31 DVI0_HPD DVI-D IN 71 Not Available Not Available I/O
30 DVI0_DDC_CLK DVI-D I/O 70 AZ_LINEOUT_R Audio-R ch OUT
29 DVI0_DDC_DATA DVI-D I/O 69 AZ_LINEOUT_L Audio-L ch OUT
28 GND Ground - 68 GND Ground -
10
27 TMDS0_2+ DVI-D OUT 67 USB_PP0 USB I/O
26 TMDS0_2- DVI-D OUT 66 USB_PN0 USB I/O
25 GND Ground - 65 GND Ground -
24 TMDS0_1+ DVI-D OUT 64 USB_PP1 USB I/O
23 TMDS0_1- DVI-D OUT 63 USB_PN1 USB I/O
22 GND Ground - 62 GND Ground -
21 TMDS0_0+ DVI-D OUT 61 USB_PP2 USB I/O
20 TMDS0_0- DVI-D OUT 60 USB_PN2 USB I/O
19 GND Ground - 59 GND Ground -
18 TMDS0_CLK+ DVI-D OUT 58 StdA_SSTX+ USB3.0 OUT
17 TMDS0_CLK- DVI-D OUT 57 StdA_SSTX- USB3.0 OUT
16 GND Ground - 56 GND GND -
15 DDP_HPD DisplayPort IN 55 StdA_SSRX+ USB3.0 IN
14 DDP_AUXP DisplayPort I/O 54 StdA_SSRX- USB3.0 IN
13 DDP_AUXN DisplayPort I/O 53 GND Ground -
12 GND Ground - 52 UART_TXD UART 3.3V OUT
11 DDP_0P DisplayPort OUT 51 UART_RXD UART 3.3V IN
10 DDP_0N DisplayPort OUT 50 SYS_FAN System Fan Control OUT
9GND Ground - 49 RSVD Reserved -
8DDP_1P DisplayPort OUT 48 RSVD Reserved -
7DDP_1N DisplayPort OUT 47 RSVD Reserved -
6GND Ground - 46 RSVD Reserved -
5DDP_2P DisplayPort OUT 45 RSVD Reserved -
4DDP_2N DisplayPort OUT 44 RSVD Reserved -
3GND Ground - 43 RSVD Reserved -
2DDP_3P DisplayPort OUT 42 RSVD Reserved -
1DDP_3N DisplayPort OUT 41 RSVD Reserved -
Notes:
(1) The I/O column denition is in reference to the OPS pluggable board.
(2) OC= Open Collector.
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