Maxtang MITX-KL10 User manual

KL10 User Manual
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MITX-KL10 Motherboard
User Manual

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Chapter 1 Product Introduction
1.1 Main Information
KL10 motherboard is based on Intel KabyLake-U (SkyLake-U optional) processors.
1.2 Specification
KabyLake-U processor:
i7-7500U, dual ore, 2.7GHz, supports turbo frequency and EIST technology,
i5-7200U, dual core, 2.5GHz, supports turbo frequency and EIST technology,
i3-7100U, dual core, supports EIST technology,
Celeron 3865U, dual core, 1.8GHz, supports EIST technology.
SkyLake-U processor:
i7-6500U, dual core, 2.5GHz, supports turbo frequency and EIST technology,
i5-6200U, dual core, 2.3GHz, supports turbo frequency and EIST technology,
i3-6100U, dual core, 2.3GHz, supporting EIST technology,
Celeron 3855U, dual core, 1.6GHz, supports EIST technology.
Memory: 2 x SO-DIMM DDR4 up to 32GB.
GPU: Integrated, 1 x HDMI, 1 x DP, 1 x LVDS (eDP optional), DP to HDMI converter
optional.
Storage: 1 x M.2 Key B (for 2242 SSD), 2 x SATA3.0 at most, 1 x eMMC (optional).
USB: 4 x USB3.0, 4 x USB2.0.
Ethernet: 2 x LAN (intel i211).
Audio: Onboard High resolution audio chip, supports Speaker_out, MIC_in, SPDIF and
amplifier.
I/O: 5 x RS232, 1 x RS485, 1 x LPT(header), a set of PS/2 (KB/MS header).
Others: 1 x M.2 Key B (supports NGFF 3G/4G module),
1 x M.2 Key E (supports NGFF WIFI), 1 x PCIE 4X, 8 x GPIO.
Size: 170mm x 170mm.

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Power: 12V DC_IN adapter.
Operating Temperature: -40℃-60℃
1.3 Diagram
LPT
（正面）
USB2.0
PCIE 4X
LAN1
CLR_CMOS
JPOWER
COM2~5
MEMORY
LAN2
AUDIO
SIM
CPU
PWR_AUTO
USB3.0
SATA1
M.2_WIFI
M.2_SSD
M.2_3G/4G
SATA1
GPI0
PS/2
COM1
RS485
LVDS (or eDP)
DC_IN
DP
HDMI

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Chapter 2 Hardware
2.1 Jumper Setting
Set jumpers according to your needs before installing hardware.
Tips about how to identify the first header of jumpers and interfaces: 1. Observe
the mark beside plugs, the first header is usually marked by “1” or bold line or
triangular symbol; 2. The first header is the square pad of pads on the back.
2.2 System Memory
Onboard 2 x SO-DIMM DDR4-2133 slots up to 32GB memory, supports dual
channel.
2.3 Display Interfaces
1 x HDMI1.4 and header is reserved as an alternative (cannot connect both at
the same time to the screen), 1 x DP1.2, 1 x LVDS (eDP1.3 optional), supports
trio independent display and 4K HD display.
2.4 LVDS (Silk-print: LVDS, LVDS_ADJ, J3)
Dual channel 24bit LVDS. The power of LVDS screen cable is controlled by J3,
and the backlight power is controlled by LVDS_ADJ .
LVDS:
Signal
Pin
Signal
VCC
1
2
VCC
VCC
3
4
GND
GND
5
6
GND
A_DATA0_DN
7
8
A_DATA0_DP
A_DATA1_DN
9
10
A_DATA1_DP
A_DATA2_DN
11
12
A_DATA2_DP
GND
13
14
GND

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A_CLK_DN
15
16
A_CLK_DP
A_DATA3_DN
17
18
A_DATA3_DP
B_DATA0_DN
19
20
B_DATA0_DP
B_DATA1_DN
21
22
B_DATA1_DP
B_DATA2_DN
23
24
B_DATA2_DP
GND
25
26
GND
B_CLK_DN
27
28
B_CLK_DP
B_DATA3_DN
29
30
B_DATA3_DP
LVDS_ADJ:
Pin
Signal
1
12V
2
12V
3
LCD_BKL_ON
4
LCD_BKL_ADJ
5
GND
6
GND
J3 (screen power jumper):
Interface
Setting
Function
1-2
Close
VCC(+3.3V)
3-4
Close
VCC(+5V)
5-6
Close
VCC(+12V)
Attention: LVDS screen’s power can be adjusted among 12V/5V/3.3V via jumper setting.
Connecting 2 or more interfaces via jumper cap at the same time is strictly forbidden.

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2.5 eDP (Silk-print: LVDS, LVDS_ADJ, J3)
This interface is optional, supporting 2 LANE eDP1.3. When this interface is set
as eDP, LVDS does not work. The power of screen is controlled by J3 jumper,
and the backlilght power is controlled by LVDS_ADJ.
eDP header (Silk-print: LVDS):
Signal
Pin
Signal
VCC
1
2
VCC
VCC
3
4
EDP_HPD
GND
5
6
GND
EDP_AUXN
7
8
EDP_AUXP
N/A
9
10
N/A
EDP_DATA0_P
11
12
EDP_DATA0_N
GND
13
14
GND
N/A
15
16
N/A
EDP_DATA1_P
17
18
EDP_DATA1_N
N/A
19
20
N/A
N/A
21
22
N/A
N/A
23
24
N/A
GND
25
26
GND
N/A
27
28
N/A
N/A
29
30
N/A
eDP backlight header (Silk-print: LVDS_ADJ):
Pin
Signal
1
12V
2
12V
3
LCD_BKL_ON
4
LCD_BKL_ADJ

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5
GND
6
GND
eDP voltage header (Silk-print: J3):
Interface
Setting
Function
1-2
Close
VCC(+3.3V)
3-4
Close
VCC(+5V)
5-6
Close
VCC(+12V)
Attention: eDP screen’s power can be adjusted among 12V/5V/3.3V via jumper
setting. Connecting 2 or more interfaces via jumper cap at the same time is strictly
forbidden.
2.6 HDMI Header (Silk-print: JHDMI)
HDMI header is reserved (optional). As an alternative, HDMI port and header
cannot be connected to the screen at the same time.
JHDMI:
Signal
Pin
Signal
DVI1_DATA2_P
1
2
DVI1_DATA2_N
DVI1_DATA1_P
3
4
DVI1_DATA1_N
DVI1_DATA0_P
5
6
DVI1_DATA0_N
DVI1_CLK_P
7
8
DVI1_CLK_N
DVI1_SCL
9
10
DVI1_SDA
VGA_DATA_5V
11
12
GND
DVI1_DETECT
13
14
GND

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2.7 Expansion Slots (Silk-print: M.2_S1, M.2_E, PCIEX4)
M.2_S1: M.2 Key B for NGFF 3G/4G module, SIM slot onboard.
M.2_E: M.2 Key E for NGFF WIFI.
PCIEX4: PCIE3.0/4X for wifi card, display card or other PCIE devices.
2.8 eMMC (Silk-print: U8)
eMMC interface is optional and its capacity is also optional.
2.9 Storage Interface (Silk-print: SATA1, SATA2, M.2_S2)
2 x SATA3.0 interfaces at most and the speed is up to 6Gb/s. 2 x SATA power
sockets onboard. only 1 SATA3.0 is supported if Celeron processor is onboard.
M.2_S2 is M.2 Key B for 2242 SSD.
2.10 USB (Silk-print: USB1, USB2)
4 x USB3.0 interfaces and 4 x USB2.0 by header.
USB1, USB2:
Signal
Pin
Signal
VCC 5V
1
2
VCC 5V
USB DATA-
3
4
USB DATA-
USB DATA+
5
6
USB DATA+
GND
7
8
GND
(NC)
9
10
N/A
2.11 LAN
High-performance gigabit ethernet control Intel i211 chip, 2 x RJ45 interfaces,
supports Magic packet wake-up and PXE.

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LED indicator light:
LILED (orange)
Function
ACTLED(green)
Function
On
Connected
Flicker
Data transmission
2.12 Audio Interface (Silk-print: FP_AUDIO, JAUD, SPDIF)
ALC662 audio control chip. The green one is Speaker-out, and the pink one is
Mic-in.JAUD is amplifier output, and SPDIF header is SPDIF-out.
FP_AUDIO：
Signal
Pin
Signal
MIC2-L
1
2
AGND
MIC2-R
3
4
AVCC
FRO-R
5
6
MIC2-JD
F-IO-SEN(AGNG)
7
8
（NC）
FRO-L
9
10
LIN2-JD
JAUD:
Pin
Signal
1
L+
2
L-
3
R-
4
R+
SPDIF:
Pin
Signal

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1
+5V
2
SPDIF Out
3
GND
2.13 COM (Silk-print: COM1, COM25, RS485, JCOM2_P, JCOM4_P)
6 x COM (internal header 2.0mm distance). COM1 is industrial definition. COM1,
COM2, COM3, COM4 and COM5 is RS232, and COM6 is RS485. COM2_P and
COM4_P provides 5V/12V (optional) voltage for COM2 and COM4.
COM1:
Signal
Pin
Signal
DCD#
1
2
DSR#
RXD
3
4
RTS#
TXD
5
6
CTS#
DTR#
7
8
RI#
GND
9
10
(NC)
COM25:
Signal
Pin
Signal
DCD#
1
2
RXD
TXD
3
4
DTR#
GND
5
6
DSR#
RTS#
7
8
CTS#
RI#
9
10
N/A
DCD#
11
12
RXD
TXD
13
14
DTR#
GND
15
16
DSR#
RTS#
17
18
CTS#

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RI#
19
20
N/A
DCD#
21
22
RXD
TXD
23
24
DTR#
GND
25
26
DSR#
RTS#
27
28
CTS#
RI#
29
30
N/A
DCD#
31
32
RXD
TXD
33
34
DTR#
GND
35
36
DSR#
RTS#
37
38
CTS#
RI#
39
40
N/A
RS485:
Signal
Pin
Signal
DATA-
1
2
N/A
DATA+
3
4
N/A
N/A
5
6
N/A
N/A
7
8
N/A
GND
9
10
(NC)
COM2_P, COM4_P:
Interface
Setting
Function
1-2
Close
5V
3-4
Close
RI
5-6
Close
12V

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2.14 LPT (Silk-print: LPT)
Onboard 1 x 2X13PIN LPT interface. Pallets are needed for practical use.
Customers can connect it to equipment like printer.
LPT:
Signal
Pin
Signal
STB
1
2
AFD
LPT_ PPD0
3
4
ERROR
LPT_ PPD1
5
6
INIT
LPT_ PPD2
7
8
SLIN
LPT_ PPD3
9
10
GND
LPT_ PPD4
11
12
GND
LPT_ PPD5
13
14
GND
LPT_ PPD6
15
16
GND
LPT_ PPD7
17
18
GND
ACK
19
20
GND
BUSY
21
22
GND
PE
23
24
GND
SLCT
25
26
（NC）
2.15 GPIO (Silk-print: GPIO)
Onboard 2×5Pin JGPIO header (2.0mm distance), 8 x GPIO input and output.
Signal
Pin
Signal
PCH_GPP_C16
5_0
1
2
3.3V
PCH_GPP_C17
3
4
PCH_GPP_A18
PCH_GPP_C18
5
6
PCH_GPP_A19

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PCH_GPP_C19
7
8
PCH_GPP_A20
GND
9
10
PCH_GPP_A21
2.16 PS/2 (Silk-print: PS2_H)
Onboard 6 pin PS/2.
Pin
Signal
1
+5V
2
KB_DATA
3
KB_CLK
4
MS_ DATA
5
MS_CLK
6
GND
2.17 Motherboard power (Silk-print: PWR1, PWR3)
12V DC_IN adapter or ATX12V (2x2PIN) power.
PWR1: 12V DC_IN adapter jack.
PWR3：ATX12V (2x2PIN) power interface.

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2.18 Switch Panel Header (Silk-print: JPOWER1)
Front panel interface is to connect function buttons and indicator lights on the
case.
JPOWER1:
Signal
Pin
Signal
HDD_LED+
1
2
PWR_LED+
HDD_LED-
3
4
PWR_LED-
RSTBTN+
5
6
PWR_ON+
RSTBTN-
7
8
PWR_ON-
N/A
9
10
(NC)
2.19 Auto Power On (Silk-print: JAT)
JAT:
Setting
JAT
Close
Auto power on
Attention: This function shares some similarity with “Restore AC Power Loss” in
BIOS, and if the latter is set to be “Power on”, this function will automatically
work.
2.20 CMOS (Silk-print: JCMOS)
CMOS is powered by the button battery on the board. Clearing CMOS will
permanently clear previous system setting and restore it to factory setting.
Steps: 1. Turn off the computer and disconnect power,
2. Connect the jumper cap to the 1ST and 2nd pin of JCMOS pin for 10 seco,
and disconnect,
3. Turn on the computer, and press <Del> to enter BIOS setting, overload

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the best default value,
4. Save and exit.
JCOMS:
Setting
JCMOS
Close
Clear CMOS content
Don't clear COMS when the computer is connected to power so as to avoid
damage to the board.