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 0755-26009198

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MINIITX-H310

Declare

    The copyright of this manual belongs to the company, and all rights are reserved. The company reserves the right to change this manual at any time without notice. For specific product specifications, please refer to the actual product.

No part of this manual has been expressly authorized by the company in writing, and no other company or individual is allowed to copy, plagiarize, translate or disseminate this manual for commercial profit.

Before ordering products, please contact our company to find out whether the product performance meets your requirements. The product does not fully have the functions described in this manual. Customers can increase the functions of the product according to their needs. Please contact our company's technicians or salespersons for details.

    The information provided in this manual strives to be accurate and reliable. However, the company does not assume any legal responsibility for the consequences of the infringement of this manual.

 Common sense of safe use:

• Before use, please read the product user manual carefully.

• Turn off the power when you need to operate the product.

• Do not plug or unplug with power to avoid some sensitive components from being burnt by instantaneous surge voltage.

• The operator must take anti-static measures before touching or performing other operations that may cause electrostatic shock.

Avoid frequent booting to cause unnecessary damage to the product.


Document information

Keywords in this article

Standard Mini-ITX architecture motherboard, interface definition, product specifications, I/O interface, motherboard function, usage method.

About this user manual

This user guide consists of the following parts: Chapter 1: Product Introduction

     You can learn about the motherboard's architecture, platform used, basic specifications, performance characteristics, and application industries through the product introduction section, allowing you to accurately grasp the information of the entire platform and the features of the product in a short time .

Chapter 2: Motherboard hardware details

     This chapter guides customers to build various application platforms through a detailed description of the definition of various I/O interfaces of the motherboard.

Chapter 3: Component Installation Instructions

You can learn about the installation and precautions of the main components of the motherboard through the introduction in this chapter.


 

 

Chapter 1 Product Introduction

1.1 Product introduction

In order to adapt to changes in market demand, our company has developed and designed an entry-level gateway server motherboard product that meets the market demand for the network security and security monitoring needs of small and medium-sized enterprises. The motherboard is based on the original X86 motherboard designed by the standard Mini-ITX motherboard architecture. The size is only 17cm*17cm. The motherboard has onboard Intel H300 series chipset of the eighth-generation Coffee lake-S platform; adopts Intel high-performance Gigabit network card; with HDMI +DP interface, support 4K@60HZ high-definition video playback; with HTPC function, it can be built into a security monitoring server to achieve remote monitoring, network security, media server and other requirements.

The board is equipped with 2 SATA ports, 1 mSATA slot, 2 laptop memory slots, 1pcs PCIe 4X slot, 8 USB (including 2pcs USB3.0 at the rear, 2pcs USB2.0 pins at the front, one at the front) Group USB3.0), 2 COM ports, etc., to meet different expansion needs of users.


1.2 Performance and features

1. High reliability

The motherboard uses Intel’s eighth-generation coffee lake-S platform H300 series chipset, and the CPU power supply uses a switching power supply, which can provide the CPU with a stable, sufficient and high-efficiency power supply. The power supply of the memory also uses the same switching power supply to ensure the stability of the whole board. At the same time, all peripherals have added some anti-static and anti-interference components to ensure that the system can be stable, efficient and long-term work.

2. High performance

Supports 2 SATA interfaces, up to 4 Intel Gigabit network cards, can build an entry-level gateway server to achieve

Network control, video surveillance and other requirements. At the same time, the performance of the platform is significantly improved.

3. Complete BIOS support, support for diskless startup and wake-up on LAN. And the hardware power-on automatic boot function is specially designed, which is more reliable and stable than the automatic power-on function set in the BIOS.

1.3 Product feature



1.4 Parameter description


specification

parameter

CPU

Adopt Intel H300 series chipset, support Intel eighth generation Coffee lake-S full series CPU

chipset

H310

Graphics card

Adopt Intel H300 series chipset, support Intel eighth generation Coffee lake-S full series CPU

RAM

2xSO-DIMMs,DDR4 2133MHz Memory,Max.32GB  

网卡

Gigabit, Intel chip network card (up to 4)

Audio

Integrated 6-channel audio ALC662 sound card chip

USB

8×USB (rear 2USB 3.0, front 2pcs USB3.0, built-in 2 USB2.0 pins)

PCIe

1pcs PCIe 4X

Disk interface

2pcs SATA interface, 1Pcs MiniPCIe MSATA interface

Display

HDMI+DP;Optional VGA display output

Rear I/O interface

DC_IN 12~19V

2xUSB3.0

4xLAN

HDMI+DP

1xJack

Front I/O interface

Power Bottom

2xUSB3.0

Internal I/O connector

2x10pin TPM pin

2 built-in USB2.0

1 hardware jumper

Chassis anti-theft pin (1x2pin)

1x F_AUDIO pin

1x VGAsocket

1x GPIOsocket

1x SPDIFPin

2x  2*3 2.54 COM Jumper

2x  2*5 2.0 COM Pin

1x  2*5 2.54 F_PANEL Pin

Powered By

DC_in 12~19V Power Connector

Board Type

Mini-ITX,17x17cm 


Chapter 2 Motherboard hardware interface details and definitions


2.1 Adopt Intel H300 series chipset, support Intel eighth generation Coffee lake-S full series CPU


Types of

Position number

name

Interface description

Jumper/pin 

1

CLS_CMOS

CMOS clear jumper

2

JP_COPEN

Chassis opening detection pin

3

A_PWON

Incoming call automatic power-on selection jumper

4

JPCOM

COM interface power supply selection jumper

5

S_SATA

SATA1 and MSATA selection jumpers

Interface/Socket 

A

M_SATA1

MSATA SSD connector

B

M_A_WIFI1

M.2 2230 WIFI socket

C

CPU_FAN

CPU fan header 

D

SYS_FAN

System fan socket

E

TPM_Head1

TPM socket 

F

USB3_B1

Front USB3.0 socket

G

PWR_SW1

Front Switch button

H

F_USB2_1

Built-in USB2.0 pin

I

F_PANEL1  

Front control panel pins 

J

COM

Built-in COM pin

K

SATA_PW

SATA power socket

L

SATA

SATA3.0 socket 

M

SODIMM

SO-DIMM DDR4 memory slot 

N

PCIEXP1

PCIe X4 slot

O

SPDIF

SPDIF pin

P

GPIO_CON1

GPIO socket

Q

VGA_OUT1

Built-in VGA display socket

R

F_AUDIO

Built-in sound output socket 

S

DC_IN1

12~19V DC power input 

T

USB3_A1

2*USB3.0 interface

U

LAN2/USB2_A2

Gigabit network interface/2*USB2.0 interface (optional)

V

LAN1/USB2_A1

Gigabit network interface/2*USB2.0 interface (optional)

W

LAN4

Gigabit network interface

X

LAN3

Gigabit network interface

Y

HDMI_DP1VGA1

HDMI+DP display output (optional VGA display output)

Z

AUDIO1

Line_0ut+MIC COMBO interface 

CPU

U1

CPU socket

2.2: Description of main pins and jumpers on the motherboard

2.2.1 Built-in COM pin (bit number COM1, COM2)


Pin#

Signal

Pin#

Signal

1

DCD

2

RXD

3

TXD

4

DTR

5

GND

6

DSR

7

RTS

8

CTS

9

RI&Power

10


2.2.2 COM power supply selection jumper (bit number: JP_COM1, JP_COM2, default 1-2Pin)


Pin#

Signal

Pin#

Signal

1

RI

2

RI&Power Pin9

3

5V

4

5

12V

2.2.3 Automatic power-on jumper (bit number: AUTO_ON1, default 1-2Pin)

Pin#

Signal

1-2

On

2-3

Off 

2.2.4 Built-in USB2.0 interface pin (bit number F_USB2_1)

Pin#

Signal

Pin#

Signal

1

USB_PW

2

USB_PW

3

USB DO-

4

USB D1-

5

USB DO+

6

USB D1+

7

GND

8

GND

9

N/A

10

NC 

2.2.5 SATA power supply pin (bit number ATX_1X4P)

Pin#

Signal

1

+12V  

2

GND 

3

GND 

4

+5V 

2.2.6 Front panel pin (position number: F_PANEL1)

Pin#

Definitions  

Pin#

  Definitions  

1  

HDD_Led+

2  

Power Led+  

3  

HDD_Led-

4  

Power Led-

5  

Reset  

6

Power On

7

GND  

8  

GND

9

NA  

10  


2.2.7 CPU fan (bit number CPU_FAN1)

Pin#

Signal

1

GND

2

+12V

3

FAN_TAC_CPU

4

FAN_CTL_CPU

2.2.8 System fan (bit number SYS_FAN1)

Pin#

Signal

1

GND

2

FAN_CTL_SYS  

3

FAN_TAC_SYS

2.2.9 SPDIF pin (bit number: SPDIF1)

Pin#

Signal

1

VCC

2

NA

3

SPDIF_OUT

4

GND

 

2.2.10 GPIO pin (bit number: GPIO_CON1)

Pin#  

Definitions  

Pin#  

Definitions

1  

VCC

2  

VCC

3  

GPP_C8  

4  

GPP_C12

5

GPP_C9

6

GPP_C13

7

GPP_C10

8

GPP_C14

9  

GPP_C11

10  

GPP_C15

2.2.11 F_Audio pin (bit number: F_Audio1)

Pin#

Signal

Pine#

Signal

1

MIC_L

2

GND

3

MIC_R

4

NC

5

FRONT_R

6

F_IO_SENSE

7

GND

8

NC

9

FRONT_L

10

F_IO_SENSE 

2.2.12 Chassis opening detection (position number: JP_COPEN)

Pin#

Signal

1

GND

2

COPEN_N

2.2.13 Built-in VGA socket (position number: VGA_OUT1)

Pin#

Signal

Pine#

Signal

1

VCC

7

VGA_G

2

VGA_C_VSY

8

GND

3

VGA_C_HSY

9

VGA_B

4

GND

10

GND

5

VGA_R

11

VGA_SDA

6

GND

12

VGA_SCL

 

2.2.14 TPM socket 20pin (bit number: TPM_Header)

Pin#

Definitions

Pin#

Definitions

1

CLK

2

Ground

3

FRAME

4

NA

5

RESET

6

5V

7

AD3

8

AD2

9

3V3

10

AD1

11

AD0

12

Ground

13

SMB_CLK

14

SMB_Data

15

3V3_SB

16

SERIRQ

17

GND

18

CLKRUN

19

LPCPD

20

RSV2 


Chapter 3 Installation Instructions

3.1 RAM

    The motherboard provides 2 SO-DIMM DDR4 memory slots. You can install DDR4 memory in the SO-DIMM memory slot, the maximum capacity is 32G。

3.2 Install system memory

1. There is a gap in the center of the SO-DIMM memory module, but the position of the gap is different for different types of memory modules, please pay attention to the distinction.

2. Insert the DDR4 memory into the corresponding slot at a 45 angle, and ensure the correct position of the notch.

3. Lightly press the memory bar, the shrapnel buckles on both sides of the SO-DIMM slot will automatically close.

Remind you: Before installation, please confirm the specifications of the memory module and unplug the power cord. Otherwise, it may cause serious damage to the motherboard and memory module and lose the product warranty.

 

3.3 Power

     The motherboard uses a DC 12~19V adapter for power supply. Before connecting the power supply, please make sure that all components have been installed correctly and will not cause damage.

  


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