Jetway Computer NF3D User Manual
Technical Manual
Of
Intel Bay Trail Series CPU
Based
3.5’’ SBC
NO. G03-NF3D-F
Revision: 1.0
Release date: January 23, 2015
Trademark:
* Specifications and Information contained in this documentation are furnished for information use only, and are
subject to change at any time without notice, and should not be construed as a commitment by manufacturer.
Environmental Protection Announcement
Do not dispose this electronic device into the trash while discarding. To minimize
pollution and ensure environment protection of mother earth, please recycle.
ii
TABLE OF CONTENT
ENVIRONMENTAL SAFETY INSTRUCTION ....................................................................... iv
USER’S NOTICE.................................................................................................................. v
MANUAL REVISION INFORMATION................................................................................... v
ITEM CHECKLIST................................................................................................................ v
CHAPTER 1 INTRODUCTION OF THE MOTHERBOARD
1-1 FEATURE OF MOTHERBOARD ............................................................................ 1
1-2 SPECIFICATION .................................................................................................... 2
1-3 LAYOUT DIAGRAM ............................................................................................... 3
CHAPTER 2 HARDWARE INSTALLATION
2-1 JUMPER SETTING................................................................................................. 9
2-2 CONNECTORS AND HEADERS............................................................................ 15
2-2-1 CONNECTORS ......................................................................................... 15
2-2-2 HEADERS................................................................................................. 18
CHAPTER 3 INTRODUCING BIOS
3-1 ENTERING SETUP................................................................................................. 24
3-2 BIOS MENU SCREEN............................................................................................ 25
3-3 FUNCTION KEYS................................................................................................... 26
3-4 GETTING HELP...................................................................................................... 26
3-5 MEMU BARS.......................................................................................................... 27
3-6 MAIN MENU ........................................................................................................... 28
3-7 ADVANCED MENU ................................................................................................ 29
3-8 CHIPSET MENU..................................................................................................... 39
3-9 SECURITY MENU .................................................................................................. 42
3-10 BOOT MENU.......................................................................................................... 43
3-11 SAVE & EXIT MENU .............................................................................................. 44
iii
Environmental Safety Instruction
Avoid the dusty, humidity and temperature extremes. Do not place the product in
any area where it may become wet.
0 to 60 centigrade is the suitable temperature. (The figure comes from the request
of the main chipset)
Generally speaking, dramatic changes in temperature may lead to contact
malfunction and crackles due to constant thermal expansion and contraction from
the welding spots’ that connect components and PCB. Computer should go
through an adaptive phase before it boots when it is moved from a cold
environment to a warmer one to avoid condensation phenomenon. These water
drops attached on PCB or the surface of the components can bring about
phenomena as minor as computer instability resulted from corrosion and oxidation
from components and PCB or as major as short circuit that can burn the
components. Suggest starting the computer until the temperature goes up.
The increasing temperature of the capacitor may decrease the life of computer.
Using the close case may decrease the life of other device because the higher
temperature in the inner of the case.
Attention to the heat sink when you over-clocking. The higher temperature may
decrease the life of the device and burned the capacitor.
iv
USER’S NOTICE
COPYRIGHT OF THIS MANUAL BELONGS TO THE MANUFACTURER. NO PART OF THIS MANUAL,
INCLUDING THE PRODUCTS AND SOFTWARE DESCRIBED IN IT MAY BE REPRODUCED, TRANSMITTED
OR TRANSLATED INTO ANY LANGUAGE IN ANY FORM OR BY ANY MEANS WITHOUT WRITTEN
PERMISSION OF THE MANUFACTURER.
THIS MANUAL CONTAINS ALL INFORMATION REQUIRED TO USE THIS MOTHER-BOARD SERIES AND WE
DO ASSURE THIS MANUAL MEETS USER’S REQUIREMENT BUT WILL CHANGE, CORRECT ANY TIME
WITHOUT NOTICE. MANUFACTURER PROVIDES THIS MANUAL “AS IS” WITHOUT WARRANTY OF ANY
KIND, AND WILL NOT BE LIABLE FOR ANY INDIRECT, SPECIAL, INCIDENTIAL OR CONSEQUENTIAL
DAMAGES (INCLUDING DAMANGES FOR LOSS OF PROFIT, LOSS OF BUSINESS, LOSS OF USE OF DATA,
INTERRUPTION OF BUSINESS AND THE LIKE).
PRODUCTS AND CORPORATE NAMES APPEARING IN THIS MANUAL MAY OR MAY NOT BE
REGISTERED TRADEMARKS OR COPYRIGHTS OF THEIR RESPECTIVE COMPANIES, AND THEY ARE
USED ONLY FOR IDENTIFICATION OR EXPLANATION AND TO THE OWNER’S BENEFIT, WITHOUT
INTENT TO INFRINGE.
Manual Revision Information
Reversion Revision History Date
1.0 First Edition January 23, 2015
Item Checklist
Motherboard
User’s Manual
CD for motherboard utilities
Cable(s)
v
Chapter 1
Introduction of the Motherboard
1-1 Feature of Motherboard
Onboard Intel® Bay Trail Series Processor, with low power consumption never
denies high performance
Onboard 2G/4G DDRIIIL 1333 MHz SDRAM
Support 1 * SATAII device
Onboard 1* full-size mSATA/ Mini-PCIE slot
Onboard 1* half-size Mini-PCIE slot
Onboard 2 * RJ-45 gigabit Ethernet LAN port
Integrated with 1 * 24-bit dual channel LVDS header
Support DVI-I output
Support USB 3.0 data transport demand
Support CPU Smart FAN
Compliance with ErP standard
Support Watchdog function
1
1-2 Specification
Spec
Design
Embedded CPU
Memory
Expansion Slot
LAN Chip
Audio Chip
BIOS
Multi I/O
Rear I/O
Internal I/O
Description
3.5”SBC; PCB size: 14.8x 10.2 cm
Intel® Bay Trail series SoC CPU
Onboard 1333MHz 2G/4G DDR3L DRAM
1* Full-size Mini-PCIE/mSATA slot
1* Half-size Mini-PCIE slot
(MPE)
Integrated with dual Intel i211AT PCI-E Gigabit LAN chips
Support Fast Ethernet LAN function of providing
10/100/1000Mbps Ethernet data transfer rate
Realtek ALC662 HD Audio Codec integrated
Audio driver and utility included
AMI 64MB Flash ROM
Rear Panel I/O:
1* DC 9V~24V power-in connector
3* USB 2.0 port
2* RJ-45 LAN port
1* DVI-I port
1* USB 3.0 port
Audio Line Out port x1
Internal I/O Connectors& Headers:
1* SATAII 3Gb/s port
1* SATA Power connector
1* CPU FAN header
1* LVDS inverter
(MMPE)
1* Front panel audio header
1* SPDIF Out header
2
Out Port
USB 2.0 Ports
I Port
USB 3.0 Port
USB 2.0 Port
RJ-45 LAN Port
RJ-45 LAN Port
4* Serial port header
(COM1 supports RS422/RS485 function)
2* 9-pin USB 2.0 header (Expansible to 4* USB 2.0 ports)
1* GPIO header
1* SM_BUS header
1* PS2KBMS header
1* Front panel header
1* LAN LED activity header(JP9)
1* LVDS header
1-3 Layout Diagram
Rear IO Panel Diagram:
LAN1
DVI-
9V~24V DC
Power-in
Connector
Line-
LAN2
*Notice: Please connect compatible power supply to the power connector. The voltage of power
connector should not be lower than 9V or higher than 24V, otherwise it may do harm to the board &
other devices!
3
LANLED Header
CPUFAN Header
Front Panel Header
*Onboard 2G/4G
Reset Button
Power Switch Button
9V ~24V DC
SMBUS Header
INVERTER
GPIO Header
Audio Header
SPDIF Out
LAN2
LAN1
Internal Diagram-Front Side:
Front Panel
Line-Out Port
USB 3.0 Port
Over USB 2.0 Port
DVI-I Port
RJ-45 LAN Port
RJ-45 LAN Port
USB 2.0 Ports
Header
Full-size Mini-PCIE/
Serial Port Header
(COM4/3/2/1)
USB 2.0 Header
LVDS Header
mSATA Slot
DDR3L SDRAM
Half-size
Mini-PCIE Slot
SATA
Power Connector
SATA II Port
PS2KBMS Header
Power-in Connector
4
Internal Diagram-Back Side:
*Intel CPU
*
Note: CPU is the most important part of the board and very fragile to any possible harm. Make sure
that there is no damage to the CPU during any installation procedures!
5
JP1
JP3
JP2
JP4
JP5
JP6
JBAT
JP8
Jumper Position:
ME_RTC
6
Jumper
Jumper Name Description
JP1 LVDS PVCC 3.3V/5V/12V Select 4-Pin Block
JP2 INVERTER VCC 5V/12V Select 3-Pin Block
JP6 COM1 Header Pin9 Function Select 4-Pin Block
JP5 COM2 Header Pin9 Function Select 4-Pin Block
JP4 COM3 Header Pin9 Function Select 4-Pin Block
JP3 COM4 Header Pin9 Function Select 4-Pin Block
JBAT CMOS RAM Clear Function Setting 2-Pin Block
ME_RTC Clear ME_RTC Function Setting 2-Pin Block
JP8 Pin 1-2: Case Open Message Display Function
6-Pin Block
Pin 3-4: ATX Mode & AT Mode Select
Pin 5-6: Security Measure Function Select
Connectors
Connector Name
DCIN1 DC 9V~24V Power–in Connector
SATA1 SATAII Port Connector
PWOUT SATA Power out Connector
CPUFAN CPUFAN Connector
INVERTER LVDS Inverter Connector
USB1/USB3(Top) USB 2.0 Port Connector X3
USB3(Bottom) USB 3.0 Port Connectors X1
LAN1/ LAN 2 RJ-45 LAN Port Connector X2
DVI DVI-I Port Connector
AUDIO Audio Line Out Connector
MMPE Full-size Mini-PCIE/MSATA Connector
MPE Half-size Mini-PCIE Connector
7
Front Panel Header(PWR LED/
Headers
Header Name Description
FP_AUDIO Front Panel Audio Header 9-pin Block
SPDIFOUT SPDIF Out Header 2-pin Block
COM4/3/2/1 Serial Port Header X4 9-pin Block
USB2/USB4 USB 2.0 Header 9-pin Block
GPIO GPIO Header 10-pin Block
SMBUS1 SMBUS Header 4-pin Block
PS2KBMS PS2KBMS Header 6-pin Block
FP
JP9 LAN Activity LED Headers 4-pin Block
LVDS 24-bit LVDS Header 30-pin Block
HDD LED /Power Button /Reset)
8-pin Block
8
Chapter 2
Hardware Installation
2-1 Jumper Setting
JP1 (4-pin): LVDS PVCC 3.3V/5V/12V Function Select
JP1→LVDS
1
3
5
2-4 Closed: LVDS
VCC= 3.3V;
2
4
6
3-4 Closed: LVDS
JP2 (3-pin): INVERTER VCC 5V/12V Select
JP2→INVERTER
1-2 Closed: Inverter VCC= 5V;
2-3 Closed: Inverter VCC= 12V.
9
1
3
5
VCC= 5V;
2
4
6
1 3
1
1
3
5
4-6 Closed: LVDS
VCC= 12V.
2
4
6
JP6 (4-pin): COM1 Header Pin9 Function Select
JP6→COM1
2 4
6 4 2
1
5
3
2-4 Closed:
RI=RS232;
6
1 3
5
3-4 Closed:
RI= +5V;
2 4
6
1 3
5
4-6 Closed:
RI= +12V.
JP5 (4-pin): COM2 Header Pin9 Function Select
JP5→COM2
2 4
6 4 2
1
3
5
2-4 Closed:
RI=RS232;
6
1 3
5
3-4 Closed:
RI= +5V;
2 4
6
1 3
5
4-6 Closed:
RI= +12V.
10
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