Shuttle DS61 User manual

6=PWR_SW
7=GND
8=GND
9=NC
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DS61 Quick Guide【 English 】
Jumper Settings
C. Memory Module Installation
53R-DS6103-2001
Front Panel
Back Panel
LThe product’s color and specification will depend on the actual shipping product.
Safety Information
Read the following precautions before setting up a Shuttle XPC.
A. Begin Installation
D. Component Installation
CAUTION
Incorrectly replacing the battery may damage this computer.
Replace only with the same or equivalent as recommended by Shuttle.
Dispose of used batteries according to the manufacturer's instructions.
E. Complete
1. Unscrew the two screws of the chassis cover.
1. Install the Mini PCIE card into the Mini PCIE slot and
secure with
screw .
3. Connect the Serial ATA and power cables to the HDD.
B. CPU and ICE Module Installation
2. Place the HDD in the rack and secure with the four screws from the side.
For safety reasons, please ensure that the power cord is discon-
nected before opening the case.
Please note this 1155 pin socket bends easily. Always apply
extreme care and little force when installing a CPU and limit the
number of times you remove or exchange it. Before installation,
make sure to turn off the computer and unplug the power cord
from the mains to avoid damage. notch
SODIMM slot
DO NOT touch socket contacts. To protect the CPU socket, always
replace the protective socket cover when the CPU is not installed.
Socket
1155
CPU
45-degree
angle
Triangle Pin1
Marking on the CPU
Notch on the CPU/
Alignment Key of the
CPU Socket
3
1
2
Latch Latch
1
2
Metal load
plate
Please be aware of the CPU orientation, DO NOT force the CPU into
the socket to avoid bending of pins on the socket and damage of CPU!
Please do not apply excess amount of thermal paste.
1. Replace the cover and refasten the screws.
Please load the optimized BIOS settings.
2 . Complete.
2. Slide the cover backwards and upwards.
3. Unfasten the rack mount screw and remove the rack.
1. Unfasten the four ICE module attachment screws and unplug the fan
connector.
2. Remove the ICE module from the chassis and put it aside.
4. Slide the rack in the chassis and refasten the screw.
3. Tear off the protective membrane first, then unlock and raise the socket
lever.
Follow the steps below to correctly install the CPU into the
motherboard CPU socket.
5. Orientate the CPU and socket and please align the CPU notches with
the socket alignment keys. Make sure the CPU is perfectly horizontal,
insert it into the socket.
4. Lift the metal load plate on the CPU socket.
6. Close the metal load plate, lower the CPU socket lever and lock in place.
7. Spread thermal paste evenly on the CPU surface.
1. Locate the SODIMM slot on the mainboard.
2. Align the notch of the memory module with the one of the memory slot.
3. Gently insert the module into the slot in a 45-degree angle.
4. Carefully push down the memory module until it snaps into the locking
mechanism.
5. Repeat the above steps to install additional memory modules, if required.
F1. Power Button
F2. USB2.0 Ports
F3. Power LED
F4. HDD LED
F5. Mic-In
F6. Headphone
F7. SD Card Reader
F1 F2
F5 F6
F7
F3 F4
B1 B6 B7
62R-DS6100-0601 DS61
USB Headers
Pin Assignments (USB1/USB2/USB4/USB5):
1=5V_USB 2=5V_USB
3=USB A- 4=USB B-
5=USB A+ 6=USB B+
7=GND 8=GND
9=NC 10=NC
C7
1
2
3
57
10 4
6
8
English.Spanish.Korean.
Traditional Chinese.Japanese.
French. German Quick Guide
Audio Connector
PANSW connector
C4
C5
Pin Assignments (SW2):
1=GND
2=PWR_SW
1 2
Pin Assignments (AUDIO1):
1=MIC2_L
2=AGND
3=MIC2_R
4=FRONT-JD
5=LINE2-R
6=SENSE1_RETURN
7=FRONT_SENSE
8=NC
9=LINE2-L
10=SENSE2_RETURN
Pin Assignments (AUDIO2):
1=PULL AGND
2=LINE-R
3=NC
4=LINE-L
5=PULL AGND
6=FRONT_L
7=NC
8=FRONT_SENSE
9=PULL AGND
10=FRONT_R
11 = BK_AUDIO-JD
12 =MIC1_R
13 =AGND
14 =MIC1_L
LVDS Connector
C1
C8
COM PORT(COM1&COM2)
Pin Assignments:
1=DCD
2=RX
3=TX
4=DTR
5=GND
Pin Assignments (LVDS1):
1=LVDS_DCLK
2=GND
3=LVDS_DDAT
4=NC
5=PANEL_VDD
6=GND
7=PANEL_VDD
8=BKLTEN
9=PANEL_VDD
10=PWMO
11=GND
12=GND
13=LVDS_B3P
14=LVDS_A3P
15=LVDS_B3N
16=LVDS_A3N
17=GND
18=GND
19=LVDS_BCK_P
20=LVDS_ACK_P
21=LVDS_BCK_N
22=LVDS_ACK_N
23=GND
24=GND
25=LVDS_B2P
26=LVDS_A2P
27=LVDS_B2N
28=LVDS_A2N
29=GND
30=GND
31=LVDS_B1P
32=LVDS_A1P
33=LVDS_B1N
34=LVDS_A1N
35=GND
36=GND
37=LVDS_B0P
38=LVDS_A0P
39=LVDS_B0N
40=LVDS_A0N
6=DSR
7=RTS
8=CTS
9=RI
10=NC
9 7 5 3 1
10 8 6 4 2
1
2
DDR3 SODIMM slots
LGA1155 Package CPU Socket
CONVERTER Voltage
Select
CONVERTER connector
Mini PCIE Slot
HDMI Port
Clear CMOS Jumper
USB3.0 (x2) Ports
DC IN
Lan (x2) Ports
Serial ATA Connectors
(SATA1,2)
SATA Power Connector
Fan Connector-CPU_FAN2
USB Header
Intel H61 Chipset
Serial ATA Cable
Serial ATA Power Cable
C8
C7
C5
C1
C12
C6
C5
C4
C3
C2
C15
C16
C14
C13
C11
C11
C9
C10
PANSW connector
DVI-I Port
SPDIF Connector
LVDS Connector
Panel Voltage Select
Audio Connector
LPC Header
USB Headers 1/2/4/5
COM PORT
Support RS232 Back panel
Power Connector
8. Screw the ICE module to the mainboard. Note to press down on the
opposite diagonal corner while tightening each screw.
9. Connect the fan connector.
Retention tab
Fan connector
Fan connector
4
3
2
1
Metal load plate
Thermal Paste
application area
Load lever
Audio Connector
Fan Connector-CPU_FAN1
B4 B5
B2
LPC Header
10
9
8
7
6
5
4
3
2
1
19
18
17
16
15
14
13
12
11
C6
Pin Assignments (LPC1):
1=+12V 11=NC
2=5V 12=3VSB
3=5VSB 13=RI
4=SERIRQ 14=LDRQ
5=CLK-48M 15=PME
6=CLK-33M 16=LAD1
7=SIORST# 17=LAD0
8=LFRAME 18=+3.3V
9=LAD3 19=GND
10=LAD2 20=NC
Panel Voltage Select
C2
Pin Assignments (JP4):
1=+3.3V
2=Panel_VDD
3=+5V
SPDIF connector
Pin Assignments
(SPDIF1):
1=GND
2=+5V
3=S/PDIF-OUT
1
2
3
C3
Left / Right Panel
Motherboard Illustration
Kensington® Lock Port
Kensington® Lock Port
B3
B1. DC IN
B2. RS232/RS422/RS485
B3. RS232
B4. LAN Ports
B5. USB3.0 Ports
B6. HDMI Port
B7. DVI-I Port
HDD Rack
C13
Pin1-2 (Default)
(Normal Mode)
Pin2-3
(Clear CMOS Mode)
Clear CMOS Jumper
Pin Assignments (JP1):
1=UL_BAT_PWR
2=-RTCRST
3=-RTCBTN
SATA Power Connector
C14
1
2
3
4
Pin Assignments (PW1):
1=GND
2=GND
3=+5V
4=+5V
Fan Connector-CPU_FAN1,2
1 2 3
C11
1 2 3 4
Pin Assignments (FAN1):
1=GND
2=+12V
3=SPEED_SENSE
4=PWM_CTRL
Pin Assignments (FAN2):
1=GND
2=FAN_PWM
3=FAN_TAC
CONVERTER Voltage Select
C15
Pin Assignments
(JP3):
1=+12V
2=INV_PWR-SRC
3=+5V
CONVERTER connector
C16
Pin Assignments (LVDS2):
1=INV_PWR-SRC
2=INV_PWR-SRC
3=GND
4=GND
5=PWMO
6=BKLTEN
6 5 4 3 2 1
Support RS232 Back panel
Independent External Power 12V / 5V
JUMP1 Connector Pin 1 and Pin 2 = RI1 Signal.
JUMP2 Connector Pin 3 and Pin 4 = RI2 Signal.
IF JUMP1 Connector Pin 5 and Pin 7 = RI1 is +5V
IF JUMP2 Connector Pin 6 and Pin 8 = RI2 is +5V
IF JUMP1 Connector Pin 7 and Pin 9 = RI1 is 12V
IF JUMP2 Connector Pin 8 and Pin 10 = RI2 is 12V
Pin Assignments (JP2):
1=-XRI1 2=COM_-XRI1
3=-XRI2 4=COM_-XRI2
5=+5V 6=+5V
7=COM1_PWR 8=COM2_PWR
9=+12V 10=+12V
1
3
5
7
9
2
4
6
8
10
C9
USB Header
C12
Pin Assignments (USB6):
1=GND
2=NC
3=USB+
4=USB-
5=VCC
1
2
3
4
5
Pin Assignments (SW1):
1=+HD_LED
2=PWR_LED
3=-HD_LED
4=GND
5=RST_SW
Power Connector
9 7 5 3 1
8 6 4 2
C10
Remove the
protective
membrane
1
3
5
7
9
2
4
6
8
10
13 11 9 7 5 3 1
14 12 10 8 6 4 2