MiTAC Maestro 3070, Maestro 3080 User Manual

Maestro 3070/3080

User Manual (Version 1.0)

To know Maestro 3070/3080

1

2

Front View

Please refer below picture showing and take note the real front view and function may differ depend on what the model you purchased.

Webcam

The Built-in webcam is 1.0M HD pixel with digital micro phone to allow your video with

chats online.

LCD Display

(Touch function enabled with optional item)

This 21.5/23.6 inch LCD panel is LED type with high brightness and contrast

appearance. The optimal resolution is 1920 x 1080, feature edge-to-edge touch function that enable ten-fingers-touch to enjoy your digital finger life.

3

Speakers

High definition sound quality brings you to enjoy great music world.

Rear View

1

2

3

Please refer below picture showing and take note the real rear view and function may differ depend on what the model you purchased.

Stand

Adjustable stand help you to position the system upright.

Less screw design

Two screws allows you open system easier.

Power ON/OFF button

Power ON/OFF switch allow you turn on/off your PC.

System SKU Matrix

Item

Spec

M3070

M3080

Panel

16:9, 1920 x 1080, full HD support

21.5"

(for M3070)

23.6"

(for M3080)

CPU

65W Coffee lake CPU support

Main board form factor

Thin Mini-ITX

Chipset

Coffee lake H310

Memory

x2 SO-DIMM slots, DDR4, 2666, up to 32GB

Audio

High definition audio codec

SATA HDD

2.5" / 3.5", SATA3, (HDD/SDD type support)

SATA ODD

Slim 9.5mm, tray type

Mini card

M.2 E key 2230 slot x 1, support wireless card

M.2 M key 2280 slot x 1 for SSD

Lan speed

10/100/1000 Ethernet

Webcam

1.0 HD mega pixel, HD 720p 16:9 lens with arrary digital microphone

Speaker

High quality speaker 5W x 2

Stand type

Aluminum L-stand

System I/O ports

USB3.0 x 4, HDMI, DisplayPort, RJ45 x1, Mic-in, Head phone out, DC inlet,

Side I/O ports

USB2.0 x2, 4-in-1 card reader

System control button

Power button, Brightness control

System Antenna

Dual Band for M.2 Wireless Card (L5 default)

TPM (Hardware TPM)

Trusted Platform Module 2.0 (optional)

Power Adapter

19V 180W

MB Information

(MB: PH12FEI)

MB Placement:

A

Front Audio Header

B

COM Port Header (RS232)

C

DMIC Header

D

PCIEx4 slot

E

MiAPI header

F

LGA1151 CPU socket

G

Dual USB2.0 Header

H

LVDS Backlight Header

I

LVDS connector

J

Front I/O Header

K

SATA

L

SATA Power

M

SATA

N

SATA

O

Dual USB2.0 Header

P

ATX 2pin

Q

ATX 4pin

R

COM Port Header (RS232)

S

COM Port Header (RS232)

T

COM Port Header (RS232/422/485)

U

RTC battery header

V

M.2 M key 2280

W

DDR4 SODIMM slot

X

M.2 E key 2230

Y

Dual USB2.0 Header

Z

System FAN Header

AA

Front SW/LEDs Header

Signal Name

Description

Signal Name

Description

1

HDD_POWER_LED

Pull-up resistor (750 ) to

+5V 2 POWER_LED_MAIN

[Out] Front panel LED (Green)

3

HDD_LED#

[Out] Hard disk activity LED

4

POWER_LED_ALT

[Out] Front panel LED (Yellow)

5

GROUND

Ground

6

POWER_SWITCH#

Power button

7

RESET_SWITCH#

Reset switch

8

GROUND

Ground

9

+5V_DC

Power

10

KEY

No pin

Connecting to the Internal Headers and Connectors

Front panel main header

Figure 1 : Front Panel Connector

Table 1: Front Panel Connector

Pins 1&2: jumper position for 12V

11

Signal Name

1

12VDUAL_HDMI

2

BKLT_PWR

3

+19V_A

Signal

Description

1

TD0P

LVDS Channel A diff data output - positive

2

TD0N

LVDS Channel A diff data output - negative

3

TC0P

LVDS Channel A diff data output - positive

4

TC0N

LVDS Channel A diff data output - negative

5

TB0P

LVDS Channel A diff data output - positive

6

TB0N

LVDS Channel A diff data output - negative

7

TA0P

LVDS Channel A diff data output - positive

8

TA0N

LVDS Channel A diff data output - negative

9

TD1P

LVDS Channel B diff data output-positive

10

TD1N

LVDS Channel B diff data output-negative

11

TC1P

LVDS Channel B diff data output-positive

12

TC1N

LVDS Channel B diff data output-negative

13

TB1P

LVDS Channel B diff data output-positive

14

TB1N

LVDS Channel B diff data output-negative

15

TA1P

LVDS Channel B diff data output-positive

16

TA1N

LVDS Channel B diff data output-negative

17

GND

Ground

18

3.3V/5V/12V

Selectable LCD power output

Pins 2&3: jumper position for 19V

Figure 2 : Inverter power voltage selection header signals

Table 2: Inverter power voltage selection header signals

Figure 3: LVDS Connector

12

19

3.3V/5V/12V

Selectable LCD power output

20

3.3V/5V/12V

Selectable LCD power output

21

VCC

22

NC

23

VCC3

24

CABLE_ID2

25

GND

Ground

26

TCK0P

LVDS Channel A diff data output - positive

27

TCK0N

LVDS Channel A diff data output - negative

28

GND

Ground

29

GND

Ground

30

CABLE_ID3

31

LVDS_DDC_SCL

32

CABLE_ID1

33

PS8625_BKLT_CTRL

34

TCK1P

LVDS Channel B diff data output - positive

35

TCK1N

LVDS Channel B diff data output - negative

36

NC

37

NC

38

NC

39

CABLE_ID4

40

NC

Table 3: 40-pin LVDS data header pin-out reference

Signal

Description

1

NC

2

GND

Ground

3

EDP_CPU_3-

MAIN LINK

4

EDP_CPU_3+

MAIN LINK

5

GND

Ground

Figure 4: eDP Connector

13

6

EDP_CPU_2-

MAIN LINK

7

EDP_CPU_2+

MAIN LINK

8

GND

Ground

9

EDP_CPU_1-

MAIN LINK

10

EDP_CPU_1+

MAIN LINK

11

GND

Ground

12

EDP_CPU_0-

MAIN LINK

13

EDP_CPU_0+

MAIN LINK

14

GND

Ground

15

EDP_CPU_AUX+

Aux channel

16

EDP_CPU_AUX-

Aux channel

17

GND

Ground

18

LCD_VCC

Selectable LCD power output

19

LCD_VCC

Selectable LCD power output

20

LCD_VCC

Selectable LCD power output

21

LCD_VCC

Selectable LCD power output

22

NC

23

CABLE_ID2

24

GND

Ground

25

GND

Ground

26

GND

Ground

27

HPDET

Hot plug detection

28

GND

Ground

29

GND

Ground

14

30

CABLE_ID3

31

GND

Ground

32

BKLT_EN

33

PCH_BACKLIGHT_PWM

34

NC

35

NC

36

BKLT_PWR

Selectable BKLT power output

37

BKLT_PWR

Selectable BKLT power output

38

BKLT_PWR

Selectable BKLT power output

39

BKLT_PWR

Selectable BKLT power output

40

NC

Table 4: 40-pin eDP data header pin-out reference

Signal Name

Description

1

LVDS_BKTEN_R

Backlight enable

2

LVDS_PWM

Backlight PWM control

3

12V/19V

Inverter power

4

12V/19V

Inverter power

5

GND

Ground

6

GND

Ground

7

BRIGHT_UP-

BRIGHTNESS UP

8

BRIGHT_DOWN-

BRIGHTNESS DOWN

Figure 5: LVDS inverter power header pin-out

Table 5: 8-pin LVDS inverter power header signals

15

Signal

1

5V_USB

2

5V_USB

3

Data (negative)

4

Data (negative)

5

Data (positive)

6

Data (positive)

7

Ground

8

Ground

9

Key (no pin)

10

No Connect

Figure 6: Dual USB2.0 pin-out

Table 6 Dual USB 2.0 Header

16

Signal Name

Description

1

VCC

Power

2

DMIC_DATA_R

DMIC DATA

3

DMIC_CLK_R

DMIC CLOCK

4

Ground

5

KEY

NO pin

Signal Name

Description

1

MIC

Front panel microphone input signal

2

AUD_GND

Ground used by analog audio circuits

3

MIC_BIAS

Microphone power / additional MIC input for stereo microphone support

4

Presence

Active low signal that signals bios that an audio dongle is connected to the analog header

5

FP_OUT_R

Right channel audio signal to front panel

6

AUD_GND

Ground used by analog audio circuits

7

Reserved

reserved

8

Key

No pin

9

FP_OUT_L

Left channel audio signal to front panel

10

AUD_GND

Ground used by analog audio circults

Figure 7: DMIC Cable pin-out

Table 7: DMIC Cable signals

Figure 8: FP Audio pin-out

Table 8: FP Audio Header

17

Signal Name

1

Front_L-

2

Front_L+

3

Front_R+

4

Front_R-

Signal Name

1

DCD

2

RXD#

3

TXD#

4

DTR

5

GND

6

DSR

7

RTS

8

CTS

9

RI

10

Key

Figure 9: Internal speaker pin-out

Table 9: Internal header signals

Figure 10: Serial port header pin-out

Table 10 Serial port header pin-out

18

Signal

1

Ground

2

+12V

3

CPU_FAN_TACH

4

CPU_FAN_CTRL

Figure 12: CMOS Clear Header

CMOS Clear

1-2

Clear CMOS

2-3

Normal

Figure 11 Processor fan header pin-out

Table 11 fan header signals

Table 12: CMOS Clear behavior

MiTAC Maestro 3070, Maestro 3080 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual