cincoze P2100 Series High Performance Convertible Computer User Manual

Revision	Description	Date
1	First Release	1/9/2020
1.01	Correction Made	2/6/2020
1.02	Correction Made	4/9/2020
1.03	Correction Made	2020/10/05
1.04	Correction Made	2020/11/13
1.05	Add DC_IN1 Warning	2021/04/20
1.06	Correction Made	2021/06/28
1.07	Correction Made	2022/02/16
1.08	Correction Made for UL	2022/05/24

Copyright Notice

© 2020 by Cincoze Co., Ltd. All rights are reserved. No parts of this manual may be copied, modified, or reproduced in any form or by any means for commercial use without the prior written permission of Cincoze Co., Ltd. All information and specification provided in this manual are for reference only and remain subject to change without prior notice.

Acknowledgment

Cincoze is a registered trademark of Cincoze Co., Ltd. All registered trademarks and product names mentioned herein are used for identification purposes only and may be trademarks and/or registered trademarks of their respective owners.

Disclaimer

This manual is intended to be used as a practical and informative guide only and is subject to change without notice. It does not represent a commitment on the part of Cincoze. This product might include unintentional technical or typographical errors. Changes are periodically made to the information herein to correct such errors, and these changes are incorporated into new editions of the publication.
Declaration of Conformity
FCC
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.
CE
The product(s) described in this manual complies with all applicable European Union (CE) directives if it has a CE marking. For computer systems to remain CE compliant, only CE-compliant parts may be used. Maintaining CE compliance also requires proper cable and cabling techniques.
UL
A product that carries the “UL Listed” approval mark means that the product has been tested by UL to nationally recognized Safety Standards and has been found to be free from reasonably foreseeable risk of fire, electric shock, and related hazards

Product Warranty Statement

Warranty
Cincoze products are warranted by Cincoze Co., Ltd. to be free from defects in materials and workmanship for 2 years from the date of purchase by the original purchaser. During the warranty period, we shall, at our option, either repair or replace any product that proves to be defective under normal operation. Defects, malfunctions, or failures of the warranted product are caused by damage resulting from natural disasters (such as by lightning, flood, earthquake, etc.), environmental and atmospheric disturbances, other external forces such as power line disturbances, plugging the board in under power, or incorrect cabling, and damage caused by misuse, abuse, and unauthorized alteration or repair, and the product in question is either software or an expendable item (such as a fuse, battery, etc.), are not warranted.
RMA
Before sending your product in, you will need to fill in the Cincoze RMA Request Form and obtain an RMA number from us. Our staff is available at any time to provide you with the most friendly and immediate service.

RMA Instruction

Customers must fill in Cincoze Return Merchandise Authorization (RMA) Request Form and obtain an RMA number prior to returning a defective product to Cincoze for service.
Customers must collect all the information about the problems encountered and note anything abnormal and describe the problems on the “Cincoze Service Form” for the RMA number application process.

Charges may be incurred for certain repairs. Cincoze will charge for repairs to products whose warranty period has expired. Cincoze will also charge for repairs to products if the damage results from acts of God, environmental or atmospheric disturbances, or other external forces through misuse, abuse, or unauthorized alteration or repair. If charges will be incurred for a repair, Cincoze lists all charges and will wait for the customer’s approval before performing the repair.
Customers agree to insure the product or assume the risk of loss or damage during transit, to prepay shipping charges, and to use the original shipping container or equivalent.

Customers can be sent back the faulty products with or without accessories (manuals, cable, etc.) and any components from the system. If the components were suspected as part of the problems, please note clearly which components are included. Otherwise, Cincoze is not responsible for the devices/parts.
Repaired items will be shipped along with a “Repair Report” detailing the findings and actions taken.

Limitation of Liability

Cincoze’s liability arising out of the manufacture, sale, or supplying of the product and its use, whether based on warranty, contract, negligence, product liability, or otherwise, hall not exceed the original selling price of the product. The remedies provided herein are the customer’s sole and exclusive remedies. In no event shall Cincoze be liable for direct, indirect, special, or consequential damages whether based on a contract of any other legal theory.

Technical Support and Assistance

Visit the Cincoze website at www.cincoze.com where you can find the latest information about the product.

Contact your distributor or our technical support team or sales representative for technical support if you need additional assistance. Please have the following information ready before you call:

Product name and serial number

Description of your peripheral attachments
Description of your software (operating system, version, application software, etc.)

A complete description of the problem
The exact wording of any error messages

Conventions Used in this Manual

WARNING This indication alerts operators to an operation that, if not strictly observed, may result in severe injury.
CAUTION This indication alerts operators to an operation that, if not strictly observed, may result in safety hazards to personnel or damage to equipment.
NOTE This indication provides additional information to complete a task easily.

Safety Precautions

Before installing and using this device, please note the following precautions.

Read these safety instructions carefully.

Keep this User’s Manual for future reference.
Disconnected this equipment from any AC outlet before cleaning.

For plug-in equipment, the power outlet socket must be located near the equipment and must be easily accessible.
Keep this equipment away from humidity.

Put this equipment on a reliable surface during installation. Dropping it or letting it fall may cause damage.
Make sure the voltage of the power source is correct before connecting the equipment to the power outlet.
Use a power cord that has been approved for using with the product and that it matches the voltage and current marked on the product’s electrical range label. The voltage and current rating of the cord must be greater than the voltage and current rating marked on the product.
Position the power cord so that people cannot step on it. Do not place anything over the power cord.
All cautions and warnings on the equipment should be noted.
If the equipment is not used for a long time, disconnect it from the power source to avoid damage by transient overvoltage.
Never pour any liquid into an opening. This may cause fire or electrical shock.
Never open the equipment. For safety reasons, the equipment should be opened only by qualified service personnel.
If one of the following situations arises, get the equipment checked by service personnel:
• The power cord or plug is damaged.
• Liquid has penetrated into the equipment.
• The equipment has been exposed to moisture.
• The equipment does not work well, or you cannot get it work according to the user’s manual.
• The equipment has been dropped and damaged.
• The equipment has obvious signs of breakage.
CAUTION: Risk of Explosion if Battery is replaced by an Incorrect Type. Dispose of Used Batteries According to the Instructions.
Equipment intended only for use in a RESTRICTED ACCESS AREA.
The output of the external power source shall comply with ES1, PS3 requirements, output rating between 9-48 VDC, minimum 6-1.5A, with minimum rated maximum ambient temperature 70°C, and has to be evaluated according to UL/IEC/EN 60950-1 and/or UL/IEC/EN 62368-1. If need further assistance, please contact Cincoze for further information.
Ensure to connect the power cord of the power adapter to a socket-outlet with earthing connection.

Package Contents

Before installation, please ensure all the items listed in the following table are included in the package.

Item	Description	Q’ty
1	P2102 / P2102E Embedded System	1
2	Thermal Pad (for CPU Thermal Block)	1
3	Power Terminal Block Connector	1
4	Remote Power On/Off Terminal Block Connector	1
5	DIO Terminal Block Connector	2
6	Utility Driver DVD	1
7	Screws Pack	5
8	Wall / CDS Mounting Kit	1
9	DIN Rail Mounting Kit	1
10	PCI / PCIe Card Installation Kit (For P2102E Only)	1

Note: Notify your sales representative if any of the above items are missing or damaged.

Ordering Information

Model No.	Product Description
P2102-i5-R10	8th Generation Intel® Core™ i5-8365UE Quad Core Slim Embedded Computer with CDS Technology
P2102E-i5-R10	8th Generation Intel® Core™ i5-8365UE Quad-Core Expandable Embedded Computer with CDS Technology
P2102-i3-R10	8th Generation Intel® Core™ i3-8145UE Dual Core Slim Embedded Computer with CDS Technology
P2102E-i3-R10	8th Generation Intel® Core™ i3-8145UE Dual Core Expandable Embedded Computer with CDS Technology

Optional Modules & Accessories

Model No.	Product Description
CFM-IGN101	CFM Module with Power Ignition Sensing Control Function, 12V/24V Voltage Detection Selectable
CFM-PoE04	CFM Module with PoE Control Function, Individual Port 25.5W (For P2102 Only)
CFM-PoE05	CFM Module with PoE Control Function, Individual Port 25.5W (For P2102E Only)
RC-E4-02	Riser Card with lx PCIe x4 Slot for P2102E
RC-PI-02	Riser Card with lx PCI Slot for P2102E
MEC-COM-M212- TDB9/UB1203	Mini-PCIe Module with 2x RS-232 Ports, lx Thin DB9 Cable / lx Universal Bracket with 2x DB9 Cutout for P2102E
MEC-COM-M334- TDB9/2xUB1203	Mini-PCIe Module with 4x RS-232/422/485 Ports, 2x Thin DB9 Cable / 2x Universal Bracket each with 2x DB9 Cutout for P2102E
MEC-USB-M102-3 0/UB1214	Mini-PCIe Module with 2x USB 3.0 Ports, lx 30cm cable / lx Universal Bracket with 2x USB Cutout for P2102E
MEC-LAN-M102-3 0/UB1211	Mini-PCIe Module with 2x LAN Ports, 2x 30cm cable/lx Universal Bracket with 2x RJ45 Cutout for P2102E
GST60Al2-CIN1	Adapter AC/DC 12V 5A 60W, GST60Al2-CIN, wide temp (-30°C – +70°C), level VI
GST120A24-CIN	Adapter AC/DC 24V 5A 120W, GST120A24-CIN. wide temp (-30°C – +70°C), level VI
GST220A24-CIN	Adapter AC/DC 24V 9.2A 220W with 3pin Terminal Block Plug 5.0mm Pitch, with TUBES, level VI
51..2-81_3	US 2 heads power cord, US B type to IEC C13, SVT 18AWG/3C Black 1.8M SL-2+SL-3
SL6-SL3	EU 2 heads power cord, EU G type to IEC C13, HO5VV-F 0.75mm2/3G Black 1.8M SL-6+SL-3
OP026-SL3	UK 2 heads power cord, UK I type to IEC C13, H05VV-F 0.75mm2/3G Black 1.8M 0P026+SL-3

Chapter 1 Product Introductions

1.1 Overview
The slim embedded computer P2102 and the expandable embedded computer P2102E are both with onboard 8th generation Intel® Core™ U series processor that brings outstanding computing performance boost up to 84% at a TDP of 15 watts, compared to 6th generation Intel® Core™ U series. To enable faster responsiveness and deal with multi-tasks with ease, the computer is equipped with two DDR4 2400 SODIMM sockets for up to 64 GB of memory. Powered by Intel® UHD graphics 620, the P2100 series supports triple independent displays (CDS/VGA/DisplayPort) and can play 4K UHD video smoothly via DisplayPort. At only 41.5 mm thickness, the P2102 offers extensive I/O to fulfill different connectivities and can easily fit into almost any space-limited environment such as industrial control cabinet. For wireless connectivity, the computer has 1x M.2 2230 E key and 2x full-size Mini-PCIe expansions to support Wi-Fi, 3G, and LTE modules. For expansion requirements, the P2102E has 1x PCI/PCIe x4, 1x M.2 2230 E key, and 2x full-size Mini-PCIe expansions which can be installed with various add-ons cards to increase desired functions. Besides, the P2100 series supports Control Function Module (CFM) Technology to install optional CFM modules for increasing power over ethernet and power ignition sensing functions according to the user’s specific applications. Featuring rigorous industrial protection, fanless/jumper-less design, wide operating temperature (-40°C to +70°C), wide range DC power input (9-48 VDC), high tolerance for vibration/shock (5/50 Grms), the P2100 series is appropriate for harsh environments and critical industrial applications.
Furthermore, by taking advantage of Cincoze’s patented Convertible Display System (CDS) technology, the P2100 series is compatible with CDS display modules and can be easily converted to an industrial panel PC of different sizes for selection.
1.2 Highlights
High Performance Per Watt
Powered by an 8th generation Intel® Core ™ U series processor (up to 4 cores, 4.10 GHz) at a TDP of only 15W, the P2100 series can fulfill a variety of applications that require high-performance computing and low power budget simultaneously.
Slim Design with Multiple Functions (P2102)
The P2102 is designed at only 41.5 mm height and provides a wall-mount kit for easy installation in any space-limited environment. Furthermore, a variety of I/O, 2x 2.5” SATA 3.0 drive bays, and M.2/mPCIe expansions are also available to fulfill multiple applications.
Flexible Expansions (P2102E)
Featuring 1x PCI/PCIe x4 slot, 1x M.2 2230 E key socket, and 2x full-size Mini-PCIe slots, the P2102E is capable of increasing additional I/O, or expansion cards to match your desired applications, such as data acquisition, motion control, and wireless communication.
Patented CDS Technology
Based on Cincoze’s patented Convertible Display System (CDS) technology, the P2102 can be easily converted to an industrial panel PC of different sizes by configuring with a variety of CDS display modules.

1.3 Product pictures

1.4 Key Features

Onboard 8th Generation Intel® Core™ U Series Processor
2x DDR4 SO-DIMM Socket, Supports Up to 2400MHz, 64GB
Supports Triple Independent Display

Integrated USB 3.2 Gen 2 supports up to 10Gbps
M.2 E Key Socket for Wireless Module or Intel CRF Module
Supports Ignition Sensing Function (IGN) (with optional CFM module)

Supports 2x PoE+ Function (with optional CFM module)
1x PCI or 1x PCIe Slot for Add-on Card Expansion: Max. Length 180mm including Bracket (with optional riser card) (For P2102E only)
Supports CDS Technology for Convertible Panel PC

Built-in Two 2W Internal Speakers

1.5 Hardware Specification

Processor System

Onboard 8th Intel® Core™ U Processors (Whiskey
Lake)- Intel® Core™ i5-8365UE Quad-Core Processor
(6M Cache, up to 4.10 GHz)
– Intel® Core™ i3-8145UE Dual Core Processor

(4M Cache, up to 3.90 GHz)
– TDP: 15 W

Memory

2x DDR4 2400 MHz 260-Pin SO-DIMM Socket

Supports up to 64GB (un-buffered and non-ECC)

Graphics

Integrated Intel® UHD Graphics 620

Supports Triple Independent Display
(1x CDS, 1x VGA, 1x DisplayPort)

Audio Codec

Realtek® ALC888-GR

External I/O Interface

1x VGA (1920 x 1200 @ 60Hz)

1x DisplayPort (4096 x 2304 @ 60Hz)
2x GbE LAN (Support WoL, Teaming, Jumbo Frame and PXE), RJ45
– GbE1: Intel® I219-LM
– GbE2: Intel® I210
3x USB 3.2 Gen2 (Type A)

2x USB 2.0 (Type A)
4x RS-232/422/485 with Auto Flow Control (Supports 5V/12V), DB9
1x Speaker-out & 1x Mic-in, Phone Jack 3.5mm

1x ATX Power On/Off Button
1x Reset Button
1x AT/ATX Mode Switch

1x Clear CMOS Switch
1x Remote Power On/Off Connector, 2-pin Terminal • Block
16x Isolated DIO (8x DI/8x DO), 20-Pin Terminal

Block
1x Ignition DIP Switch (12V/24V, need to work with • CFM module)

Storage

2x 2.5” HDD/SSD Drive Bay (SATA 3.0), Supports
RAID 0/1

Expansion

2x Full-size Mini-PCIe Socket
1x M.2 2230 E Key for Wireless Module, Supports
Intel CRF Module

2x Control Function Module (CFM) Interface
1x Convertible Display System (CDS) Interface
1x PCI or 1x PCIe x4 Expansion slot (with Optional Riser Card) (For P2102E only)

2x Universal I/O Bracket (For P2102E only)
1x Front Accessible SIM Socket
4x Antenna Hole

Other Function

Watchdog Timer: Software Programmable Supports
256 Levels System Reset

Internal Speaker AMP 2W + 2W
OSD Function: LCD On/Off, Brightness Up,
Brightness Down

SuperCap Integrated for CMOS Battery
Maintenance-free Operation
Supports Instant Reboot Technology (0.2 sec)

Power Requirement

Supports AT/ATX Power Type
Power Input Voltage 9-48VDC

1x 3-pin Terminal Block
Power Adapter (Optional): AC/DC 12V/5A 60W,
AC/DC 24V/5A 120W, or AC/DC 24V/9.1A 220W

Physical

Dimension (WxDxH):
254.5 x 190 x 41.5 mm (P2102)
254.5 x 190 x 61 mm (P2102E)
Weight: 2.2 kg (P2102) / 2.7 kg (P2102E)

Construction: Extruded Aluminum with Heavy Duty
Metal
Mounting: Wall / VESA / CDS / DIN Rail

Fanless Design
Jumper-less Design

Environment

Operating Temperature: -40°C to 70°C (with Extended Temperature Peripherals; Ambient
with Air Flow)
Storage Temperature: -40°C to 70°C

Relative Humidity: 95% RH @ 70°C
(Non-condensing)
Shock: Operating, 50 Grms, Half-sine 11 ms

Duration (w/ SSD, according to IEC60068-2-27)
Vibration: Operating, 5 Grms, 5-500 Hz, 3 Axes
(w/ SSD, according to IEC60068-2-64)

EMC: CE, FCC Class A
Safety: UL, cUL, CB, IEC/EN62368-1
MTBF: 231,243 hours

Protection

Reverse Power Input Protection
Over Voltage Protection
– Protection Range: 51-58V
– Protection Type: shut down operating voltage, re-power on at the present level to recover

Over Current Protection: 15A
ESD Protection: +/-8kV (air), +/-4kV (contact)
Surge Protection: 2kV

Operating System

Windows® 10
Linux: Supported by project

1.6 System I/O
1.6.1 Front
Antenna Hole
Used to connect an antenna for an optional wireless module
SIM Card
Used to insert a SIM card
IGN Switch
Used to set up IGN function
Reset Button
Used to reset the system
AT/ATX Switch
Used to select AT or ATX power mode
P2102

1.6.2 Rear
DC IN
Used to plug a DC power input with terminal block
VGA
Used to connect to a monitor with an analog signal interface
LAN
Used to connect to local area network
USB3.2 Gen2
Used to connect to USB 3.2 Gen2/3.2
Gen1/2.0/1.1 compatible devices

Clear CMOS
Used to clear CMOS to reset BIOS
Removable HDD
Used to insert a 2.5” SATA HDD/SSD
Power LED
Indicates the power status of the system
HDD LED
Indicates the status of the hard drive
Power On/Off Switch
Power-on or power-off the system

Display Port
Used to connect a monitor with DisplayPort nterface
Digital I/O Terminal Block
The Digital I/O terminal block supports 16 isolated DIO (8 digital input and 8 digital output)
Remote Power On/Off Terminal Block
Used to connect to remote power on/off switch
Universal I/O Bracket (For P2102E)
Used to expand I/O for Mini-PCIe module or PCI(e) card

1.6.3 Left
Antenna Hole
Used to connect an antenna for optional wireless module
USB 2.0
Used to connect to USB 2.0/1.1 compatible devices

1.6.4 Right
COM Port
Used to connect to RS-232/422/485 serial devices
USB 3.2 Gen2
Used to connect to USB 3.2 Gen2/3.2 Gen1/2.0/1.1 compatible devices
Line-Out
Used to connect a speaker
Mic-In
Used to connect a microphone

COM Port
Used to connect to RS-232/422/485 serial devices

OSD Function (For CDS Display Module)
– LCD On/Off
Press to turn on or turn off the backlight of the display
-Increase Brightness
Press to increase the brightness of the screen
– Decrease Brightness
Press to decrease the brightness of the screen

1.6.5 Top
VESA Mounting Hole
These are mounting holes for VESA mount (75x75mm and 100x100mm)

1.7 Mechanical Dimension

Chapter 2 Switches & Connectors

2.1 Location of Switches and Connectors
2.1.1 Top View

2.1.2 Bottom View

2.2 Switches and Connectors Definition
List of Switch

Location	Definition
AT_ATX1	AT / ATX Power Mode Switch
BL_PWR1	Backlight Power on / off switching
BL_UP1	Backlight Increase
BL_DN1	Backlight Decrease
LED1	HDD / Power Access LED Status
PWR_SW2	Power button
RTC2	Clear COMS Switch
Reset1	Reset Switch
SW1	COM1~4 with Power Select
SW2	Super CAP Switch

List of Connector

Location	Definition
COM1, COM2, COM3, COM4	RS232 / RS422 / RS485 Connector
CN1	Mini PCI-Express Socket (mPCIE/ SIM Module / USB3)
CN2	Mini PCI-Express Socket (mPCIE/ USB3)
CN3	M.2 Key E Socket (M.2 PCIE / Intel CNVi)
DC_IN1	3-pin DC 9-48V Power Input Connector
DIO-1/DIO-2	Digital output/input define setting
DP1	Display Port
LAN1, LAN2	LAN Port
LINE_OUT1	Line-out Jack
MIC_IN1	Mic-in Jack
PCIE1	PCIE Connector
POWER1, POWER2	+5V/ +12V Power Output
PWR_SW1	Remote Power On/Off Switch Connector
SATA1, SATA2	SATA with Power Connector
SIM1	SIM Card Socket
SPK1, SPK2	Internal Speaker Connector
USB2	USB 2.0 Port
USB3.2	USB 3.2 Port
VGA1	VGA Connector

2.3 Definition of Switches AT_ATX1: AT / ATX Power Mode Switch

Switch	Definition
1-2 (Left)	AT Power Mode
2-3 (Right)	ATX Power Mode (Default)

BL_PWR1: Backlight Power on / off

Switch	Definition
Push	Backlight Power on/off switch

BL_UP1: Backlight Increase

Switch	Definition
Push	Backlight Increase

BL_DN1: Backlight Decrease

Switch	Definition
Push	Backlight Decrease

LED1: HDD / Power Access LED Status

LED Type	Status	LED Color
HDD LED	HDD Read/Write	Yellow
HDD LED	No Operation	Colorless
POWER LED	POWER ON	Green
	POWER OFF	Colorless
	Stand by	Blinking Green

PWR_SW2: System Power Button

Switch	Definition
Push	Power System

RTC2：Clear CMOS Switch

Switch	Definition
1-2 (Left)	No Operation (Default)
2-3 (Right)	Clear CMOS

RESET1: Reset Switch

Switch	Definition
Push	Reset System

SW1: COM1~4 with Power Select Switch

Location	Function		DIP1	DIP2
SW1	COM1	0V(RI)	ON (Default)	ON (Default)
		5V	ON	OFF
		12V	OFF	OFF

Location	Function		DIP3	DIP4
SW1	COM2	0V(RI)	ON (Default)	ON (Default)
		5V	ON	OFF
		12V	OFF	OFF

Location	Function		DIP5	DIP6
SW1	COM3	0V(RI)	ON (Default)	ON (Default)
		5V	ON	OFF
		12V	OFF	OFF

Location	Function		DIP7	DIP8
SW1	COM4	0V(RI)	ON (Default)	ON (Default)
		5V	ON	OFF
		12V	OFF	OFF

SW2: Super CAP Switch

Location	Function	DIP1	DIP2
SW2	Super CAP Enabled	ON (Default)	OFF (Default)
SW2	Super CAP Disabled	OFF	OFF (Default)

Definition of Connectors

COM1 / COM2 / COM3/ COM4: RS232 / RS422 / RS485 Connector
Connector Type: 9-pin D-Sub

Pin	RS232 Definition	RS422 / 485 Full-Duplex Definition	RS485 Half Duplex Definition
1	DCD	TX-	DATA –
2	RDX	TX+	DATA +
3	TXD	RX+
4	DR	RX-
5	GND
6	DSR
7	RTS
8	CTS
9	RI

CN1： Mini PCI-Express Socket (Support mPCIE & SIM Module & USB)

PIN	Definition	PIN	Definition
1	WAKE#	27	GND
2	3.3V	28	+1.5V
3	NA	29	GND
4	GND	30	SMB_CLK
5	NA	31	PETN0(USB3TN0)
6	1.5V	32	SMB_DATA
7	CLKREQ#	33	PETP0(USB3TP0)
8	SIM_VCC	34	GND
9	GND	35	GND
10	SIM_DATA	36	USB_D-
11	REFCLK-	37	RESERVED
12	SIM_CLK	38	USB_D+
13	REFCLK+	39	RESERVED
14	SIM_Reset	40	GND
15	GND	41	3.3V
16	SIM_VPP	42	NA
17	NA	43	GND
18	GND	44	NA
19	NA	45	NA
20	3.3V	46	NA
21	GND	47	NA
22	PERST#	48	+1.5V
23	PERN0(USB3RN0)	49	NA
24	3.3V	50	GND
25	PERP0(USB3RP0)	51	NA
26	GND	52	+3.3V

CN2： Mini PCI-Express Socket (Support mPCIE & USB)

PIN	Definition	PIN	Definition
1	WAKE#	27	GND
2	3.3V	28	+1.5V
3	NA	29	GND
4	GND	30	SMB_CLK
5	NA	31	PETN0
6	1.5V	32	SMB_DATA
7	CLKREQ#	33	PETP0
8	NA	34	GND
9	GND	35	GND
10	NA	36	USB_D-
11	REFCLK-	37	GND
12	NA	38	USB_D+
13	REFCLK+	39	3.3V
14	NA	40	GND
15	GND	41	3.3V
16	NA	42	NA
17	NA	43	GND
18	GND	44	NA
19	NA	45	NA
20	3.3V	46	NA
21	GND	47	NA
22	PERST#	48	+1.5V
23	PERN0	49	NA
24	+3.3VAUX	50	GND
25	PERP0	51	NA
26	GND	52	+3.3V

CN3:M.2 Key E Socket (Support M.2 PCI-E / Intel CNVi )

Pin	Definition	Pin	Definition	Pin	Definition
1	GND	27	KEY	53	NC
2	+3.3V	28	KEY	54	PULL-UP
3	USB_D+	29	KEY	55	PEWAKE0#
4	+3.3V	30	KEY	56	NC
5	USB_D-	31	KEY	57	GND
6	NC	32	RGI_DT	58	I2C_DATA
7	GND	33	GND	59	WTD1N/PETP1
8	PCM_CLK	34	RGI_RSP	60	I2C_CLK
9	WGR_D1N	35	PETP0	61	WTD1P/PETN1
10	PCM_SYNC/LPCRSTN	36	RBI_DT	62	NC
11	WGR_D1N	37	PETN0	63	GND
12	PCM_IN	38	CLINK_REST	64	REF_CLK
13	GND	39	GND	65	WTD0N/PETP1
14	PCM_OUT	40	CLINK_DATA	66	NC
15	WGR_D0N	41	PERP0	67	WTD0P/PERN1
16	NC	42	CLINK_CLK	68	NC
17	WGR_D0P	43	PERN0	69	GND
18	GND	44	COEX3	70	PEWAKE1#
19	GND	45	GND	71	WTCLK/REFCLKP1
20	UART_WAKE	46	COEX_TXD	72	+3.3V
21	WGR_CLKN	47	REFCLKP0	73	WTCLK/REFCLKN1
22	BRI_RSP	48	COEX_RXD	74	+3.3V
23	WGR_CLKP	49	REFCLKN0	75	GND
24	KEY	50	SUSCLK
25	KEY	51	GND
26	KEY	52	PERST0#

DC_IN1: DC Power Input Connector (9-48V)
Connector Type: Terminal Block 1X3 3-pin, 5.0mm pitch

Pin	Definition
1	9-48VIN
2	Ignition (IGN)
3	GND

Please disconnect the power source before mounting the DC power cables or connecting the DC power connector to the system.

LAN1/ LAN2 LED： LAN1 / 2 LED Status Definition

LAN LED	Status	Definition
Act LED	Blinking Yellow	Data Activity
Act LED	Off	No Activity
Link LED	Steady Green	1Gbps Network Link
	Steady Orange	100Mbps Network Link
	Off	10Mbps Network Link

POWER1 / POWER2: Power Connector
Connector Type: 1×4 4-pin Wafer, 2.0mm pitch

Pin	Definition
1	+5V
2	GND
3	GND
4	+12V

PWR_SW1: Remote Power On/Off Switch Connector
Connector Type: Terminal Block 1X2 2-pin, 3.5mm pitch

Pin	Definition
1	GND
2	PWR_SW

WARNING
Do not apply power to this connector! This port is used to connect a SWITCH!

Chapter 3 System Setup

3.1 Removing the Top Cover
WARNING In order to prevent electric shock or system damage, before removing the chassis cover, must turn off power and disconnect the unit from the power source.

Loosen the eight screws at the front and rear panel.
Raise the edge of the top cover (1), and raise the other side (2) subsequently to remove it from the chassis.
Place the top cover aside gently.

3.2 Installing a Half Size Mini PCIe Card

Locate the Mini PCIe socket on the system board.
Use two screws provided on the adapter bracket to fasten the card and bracket together.
Tilt the Mini PCIe card at a 45-degree angle and insert it into the socket until the golden finger connector of the card is seated firmly.
Press down the card and secure it with two screws.

3.3 Installing a Full-Size Mini PCIe Card

Locate the Mini PCIe slot on the system board.
Tilt the Mini PCIe card at a 45-degree angle and insert it to the socket until the golden finger connector of the card seated firmly.
Press the card down and secure it with 2 screws.

3.4 Installing an M.2 E Key Card

Locate the M.2 E Key slot on the system board.
Tilt the M.2 E Key card at a 45-degree angle and insert it to the socket until the golden finger connector of the card seated firmly.
Press the card down and secure it with 1 screw.

3.5 Installing Antennas

Remove the antenna rubber cover on front, left or right panel.
Penetrate the antenna jack through the hole.
Put on the washer and fasten the nut with the antenna jack.
Assemble the antenna and antenna jack together.
Attach the RF connector at another end of the cable onto the card.

3.6 Installing a SO-DIMM Module

Locate the SO-DIMM socket on the system board.
Tilt the memory module at a 45-degree angle, and insert it into the SO-DIMM socket until the golden finger connector of the module is seated firmly.
Press down the memory module until retaining clips snap back in place.
For the upper SO-DIMM socket, please follow the same steps described earlier to install.

3.7 Installing a PCI(e) Card

Loosen the two screws as indicated at the rear panel.
Attach the PCI / PCIe Card Installation Kit on, and fasten the two screws back on rear panel to fix the Kit.
Loosen the screw as indicated to remove the PCI bracket.
Align the notch of golden fingers of the Riser card(Optional) with the slot. Insert the card vertically, and press the card straight down into the slot until it’s seated firmly.
Align the notch of the golden fingers of the PCI(e) card with the expansion slot. Insert the card horizontally, and press the card straight down into the slot until it’s seated firmly.
Fasten the screw back to secure the PCI(e) expansion card.
Locate the retention module of the PCI(e) expansion card.
Loosen the two screws as indicated to have the clamp arm slidable.
Slide the clamp arm of the retention module until it contacts the edge of PCI(e) expansion card.
Finally, fasten the two screws that were previously loosen halfway to fix the retention module.

3.8 Installing Thermal Pad of Thermal Block

Place a thermal pad on the top of the CPU thermal block in order to provide seamless contact with the body of the chassis to create an efficient heat dissipation.

CAUTION Before assembling the system’s chassis cover, please make sure the protective film on the Thermal Pad has been removed!

3.9 Installing the Top Cover

Put on the edge of the top cover onto the system, and the other side subsequently.
Fasten the eight screws at the front and rear panel to secure the top cover.

3.10 Installing a SATA Hard Drive at Front Panel

Turn over the system to the bottom side, and remove the screw.
Loosen the screw to remove the HDD bay cover bracket.
Pull the rotating arm of the HDD bracket outward as indicated.
Hold the rotating arm to pull out the HDD bracket.
Place the HDD bracket on the screw-hole side of the HDD. Use four screws provided to assemble HDD on the bracket.
Align the HDD bracket with the entrance of the HDD bay. And insert the HDD bracket and push it until the edge connector of the HDD is fully inserted into the SATA slot.
Put back HDD bay cover at the front panel, and fasten it with the screw.
Fasten the screw to secure the HDD bracket on the system chassis.

3.11 Installing a SATA hard drive on Bottom Side

Turn over the system to the bottom side. Locate the cover of the HDD compartment.
Loosen the two screws, lift the cover, and then remove it.
Loosen three screws and take the HDD bracket out of HDD compartment.
Place the HDD bracket on the screw-hole side of the HDD. Use four screws provided to assemble the HDD on the bracket.
Seat the HDD bracket into the HDD compartment, and line up the connector of the HDD with the SATA slot, then push it until HDD is fully connected into the slot.
Secure the HDD bracket with three screws.
Put back the cover and fasten the two screws.

3.12 Installing a SIM Card

Loosen the screw to remove the Maintenance cover bracket.
Locate the SIM card slot.
Insert the SIM card.

3.13 Connecting with CV Display Module

Prepare the mounting kit that is accompanied by P2100 as shown. (including two mounting brackets and one screw pack)
Remove the six screws at left and right panels.
Assemble two mounting brackets by fastening six screws from the screws pack.
Turn over the system to the bottom side. Locate the connector cover of the display module.
Loosen two screws to remove the cover.
The following photos indicate the male connector (on display module) and female connector (on P2100).
Place the P2100 on the display module through its display connector hole as indicated.
Align the mounting holes of P2100 with the screw holes of display module underneath. Then slide the PC2100 carefully as indicated to have P2100 and display module connected together.
Fasten six screws to secure P2100 on the display module.

3.14 Wall Mount

Prepare wall mount kit (two wall brackets and one screw pack with each screw size of M3-0.5×5) that came with the P2100. De-attach six rubber holes from the mounting
brackets as indicated.
Remove the six screws at left and right panel.
Assemble two wall mount brackets by fastening six screws from the screws pack.
The following picture indicates six wall mounting holes at each side.
Attach the P2100 to wall by fastening six screws through mounting holes at each side as illustrated.

3.15 DIN-Rail Mount Brackets
P2100 series offers DIN-Rail Mount that customers can install the system on the DIN Rail.

Please refer to section 3.14 Wall Mount Brackets to install mounting brackets at both sides of the system.
Fasten 2 DIN rail mounting clips to mounting brackets on both sides with provided 4 screws (with each screw size of T3x10.5) as illustrated.
Clip the system into the DIN rail as illustrated by the following steps. (1) Have a lower end of the mounting clip snap into the DIN rail. (2) Press the system toward to have the upper end of the mounting clip snaps into the other side of the DIN rail.

Chapter 4 BIOS Setup

4.1 BIOS Introduction
The BIOS (Basic Input/ Output System) is a program located on a Flash Memory on the motherboard. When you start the computer, the BIOS program will gain control. The BIOS first operates an auto-diagnostic test called POST (power-on self-test) for all the necessary hardware, it detects the entire hardware device and configures the parameters of the hardware synchronization.
BIOS Setup
Power on the computer and by pressing <Del> immediately allows you to enter Setup. If the message disappears before your response and you still wish to enter Setup, restart the system to try again by turning it OFF then ON or pressing <Ctrl>, <Alt>, and <Delete> keys.

Control Keys
<←> <→>	Move to select screen
<↑> <↓>	Move to select item
<Esc>	Quit the BIOS Setup
<Enter>	Select item
<Page Up/+>	Increases the numeric value or makes changes
<Page Down/->	Decreases the numeric value or makes changes
<Tab>	Select setup fields
<F1>	General help
<F2>	Previous value
<F3>	Load Optimized defaults
<F10>	Save configuration and Exit

Main Menu
The main menu lists the setup functions you can make changes to. You can use the arrow keys ( ↑↓ ) to select the item. The online description of the highlighted setup function is displayed at the bottom of the screen.
Sub-Menu
If you find a right pointer symbol appears to the left of certain fields that means a sub-menu can be launched from this field. A sub-menu contains additional options for a field parameter. You can use arrow keys ( ↑↓ ) to highlight the field and press <Enter> to call up the sub-menu. Then you can use the control keys to enter values and move from field to field within a sub-menu. If you want to return to the main menu, just press the <Esc >.

4.2 Main Setup
Press <Del> to enter BIOS CMOS Setup Utility, and the Main Menu (as shown below) will appear on the screen. Use arrow keys to move among the items and press <Enter> to accept or enter a sub-menu.

4.2.1 System Date
Set the date. Please use <Tab> to switch between data elements.
4.2.2 System Time
Set the time. Please use <Tab> to switch between time elements.

4.3 Advanced Setup

4.3.1 CPU Configuration

Intel® Virtualization Technology [Enabled]
Enables or disables Intel® Virtualization Technology. Virtualization enhanced by Intel® Virtualization Technology will allow a platform to run multiple operating systems and applications in independent partitions. With virtualization, one computer system can function as multiple virtual systems.
Active Process Cores [All]
Allows you to choose the number of active processor cores.
Configuration options: [All] [1] [2] [3]

Hyper-Threading [Enabled]

Allows you to enable or disable the Intel® Hyper-Threading function of the processor.
4.3.2 PCH-FW Configuration

Intel AMT [Enabled]
Allows you to enable or disable Intel® Active Management Technology BIOS execution.
Firmware Update Configuration

ME FW Image Re-Flash [Disabled]
Allows you to enable or disable ME firmware image re-flash function

4.3.3 Trusted Computing

■ Security Device Support [Disabled]
Allow you to enable or disable the Security Device Support function.
4.3.4 ACPI Settings
This item allows users to configure ACPI settings.
■ Enable ACPI Auto Configuration [Enabled]
Enables or disables BIOS Advanced Configuration Power Interface® (ACPI) auto-configuration.
■ ACPI Sleep State [S3 (Suspend to RAM)]
Allows users to select the highest Advanced Configuration Power Interface® (ACPI) sleep state that the system will enter when suspend button is pressed.
[Suspend Disabled]: Disables entering suspend state.
[S3 (suspend to RAM)]: Enables suspend to RAM state.
4.3.5 F81866 Super IO Configuration
The screen allows users to select options for the Super IO configuration, and change the value of the selected option.
Serial Port 1~4 Configuration

❑ Serial Port [Enabled]
This item allows users to enable or disable serial ports.
❑ Change Settings [Auto]
This item allows users to change the address & IRQ settings of the specified serial port.
❑ Onboard Serial Port 1 Mode [RS232]
This item allows users to select Serial Port Mode.
Configuration options: [RS232] [RS422/RS485 Full Duplex] [RS485 Half Duplex] ■ Watch Dog [Disabled]
Enables or disables watch dog function.
■ Watch Dog Mode [Sec]
Changes the Watch dog mode. Select [Sec] or [Min] mode.
■ Watch Dog Timer [0]
Users can set a value in the range of 0 to 255.

4.3.6 Hardware Monitor
These items display the current status of all monitored hardware devices/ components such as voltages and temperatures.

■ Internal Smart Fan Function [Enabled]
Enables or disables internal smart fan function.
■ Internal Smart Fan Configuration
Allows users to set internal smart fan parameters.
4.3.7 S5 RTC Wake Settings

■ Wake System from S5 [Disabled]
This item allows users to change the way to wake the system from the S5 state.
[Fixed Time]: Set the specified time (HH:MM: SS) to wake the system.
[Dynamic Time]: Set the increased time from the current time to the wake system.
4.3.8 Serial Port Console Redirection

■ Console Redirection [Disabled]
These items allow users to enable or disable the COM1, COM2, COM3, and Com4 console redirection function.
4.3.9 USB Configuration

■ Legacy USB Support [Enabled]
This item allows users to enable or disable legacy USB support. When set to [Auto], legacy
USB support will be disabled automatically if no USB devices are connected.
■ XHCI Hand-off [Enabled]
This item allows users to enable or disable XHCI (USB3.2) hand-off function.
■ USB Mass Storage Driver Support [Enabled]
Enables or disables support for USB mass storage devices.
4.3.10 CSM Configuration
■ CSM Support [Disabled] This item allows users to enable or disable UEFI Compatibility Support Module (CSM) to support a legacy PC boot process.
4.3.11 NVMe Configuration
The screen allows users to select options for the NVMe configuration, and change the value of the selected option. The options will show as the NVME Device is found.

4.3.12 Network Stack Configuration

■ Network Stack [Disabled] Enables or disables UEFI Network Stack.
4.4 Chipset Setup
This section allows you to configure chipset-related settings according to the user’s preference.
4.4.1 System Agent (SA) Configuration

■ Memory Configuration
This item displays detailed memory information in the system.
■ Graphics Configuration
❑ Primary Display [Auto] Allows users to select which graphics device should be the primary display or select SG for switchable graphics.
Configuration options: [Auto] [IGFX] [PEG] [PCIe] [SG]
❑ Internal Graphics [Auto] This item allows users to enable or disable Internal Graphics. When set to [Auto], it will detect by BIOS. Configuration options: [Auto] [Disabled] [Enabled]
■ VT-d [Enabled] This item allows users to enable or disable Intel® Virtualization Technology for Directed I/O(VT-d) function.
4.4.2 PCH-IO Configuration
■ PCI Express Configuration

PCI Express Root Port (CN1 mPCIe)
PCI Express Root Port [Enabled]
Allows you to enable or disable the PCI Express Port.
PCIe Speed [Auto]
Allows you to select PCI Express interface speed.
Configuration options: [Auto] [Gen1] [Gen2] [Gen3].
PCI Express Root Port (CN2 mPCIe)
PCI Express Root Port [Enabled]
Allows you to enable or disable the PCI Express Port.
PCIe Speed [Auto]
Allows you to select PCI Express interface speed.
Configuration options: [Auto] [Gen1] [Gen2] [Gen3].
PCI Express Root Port (CN3 M.2 PCIE)
PCI Express Root Port [Enabled]
Allows you to enable or disable the PCI Express Port.
PCIe Speed [Auto]
Allows you to select PCI Express interface speed.
Configuration options: [Auto] [Gen1] [Gen2] [Gen3].
PCI Express Root Port (PCIe1 Slot X4)
PCI Express Root Port [Enabled]
Allows you to enable or disable the PCI Express Port.
PCIe Speed [Auto]
Allows you to select PCI Express interface speed.
Configuration options: [Auto] [Gen1] [Gen2] [Gen3].

SATA Configuration

SATA Controller(s) [Enabled]
Enables or disables Serial ATA controller.
SATA Mode [AHCI]
This item allows users to choose [AHCI] or [RAID] mode.
Serial ATA Port 0
Port 0 [Enabled] Enables or disables SATA Port 0.
Serial ATA Port 1
Port 1 [Enabled]
Enables or disables SATA Port 1.

HD Audio ConfigurationHD Audio [Enabled]

Allows you to select HD Audio options.
[Enabled]: HD Audio device is unconditionally enabled.
[Disabled]: HD Audio device is unconditionally disabled.
LAN i219LM Controller [Enabled]
Enables or disables i219LM LAN Controller.
Wake On LAN (i219) [Enabled]
Enables or disables integrated LAN i219LM Wake On LAN function.
LAN i210AT Controller [Enabled]
Enables or disables i210 LAN Controller.
Wake# event (PCIe) [Enabled]
Enables or disables integrated LAN i210 Wake On LAN function.
M.2 function Switch [CNV]
Select CNV/PCIe for M.2 connector.
CN1 USB3 Function Switch [Disabled]
Enables or disables CN1 USB3 Controller.
CN2 USB3 Function Switch [Disabled]
Enables or disables CN2 USB3 Controller.
Power Over Ethernet Function [Disabled]
Enable or disable Power Over Ethernet (POE) function.
Power Failure [Keep last state]
Allows you to specify which power state system will enter when power is resumed after a power failure (G3 state).
[Always on]: Enters to power on state.
[Always off]: Enters to power off state.
[Keep last state]: Enters to the last power state before a power failure.

4.5 Security Setup
This section allows users to configure BIOS security settings.
4.5.1 Administrator Password
Administrator Password controls access to the BIOS Setup utility.
4.5.2 User Password
User Password controls access to the system at boot and to the BIOS Setup utility.
4.5.3 Security Boot

Secure Boot [Disabled]
Enable or disable Secure Boot function.
Secure Boot Mode [Standard]
Allows you to select Secure Boor Mode. Configuration options: [Standard] [Custom].

4.6 Boot Setup
This section allows you to configure Boot settings.

4.6.1 Setup Prompt Timeout [1]
Use this item to set number of seconds (1..65535) to wait for setup activation key.
4.6.2 Bootup NumLock State [Off]
Allows you to select the power-on state for keyboard NumLock.
4.6.3 Quiet Boot [Disabled]
Allows you to enable or disable Quiet Boot function.
4.6.4 Fast Boot [Disabled]
Allows you to enable or disable Fast Boot function.

4.7 Save & Exit

4.7.1 Save Changes and Exit
This item allows you to exit system setup after saving changes.
4.7.2 Discard Changes and Exit
This item allows you to exit system setup without saving changes.
4.7.3 Save Changes and Reset
This item allows you to reset the system after saving changes.
4.7.4 Discard Changes and Reset
This item allows you to reset system setup without saving any changes.
4.7.5 Save Changes
This item allows you to save changes done so far to any of the setup options.
4.7.6 Discard Changes
This item allows you to discard changes done so far to any of the setup options.
4.7.7 Restore Defaults
This item allows you to restore/ load default values for all the options.
4.7.8 Save as User Defaults
This item allows you to save the changes done so far as user defaults.
4.7.9 Restore User Defaults
This item allows you to restore the user defaults to all the options.

Chapter 5 Product Application

5.1 Digital I/O (DIO) application
This section describes DIO application of the product. The content and application development are better understood and implemented by well experienced professionals or
developers.
5.1.1 Digital I/O Programming Guide
5.1.1.1 Pins for Digital I/O

Item	Standard
GPIO70 (Pin103)	DI
GPIO71 (Pin104)
GPIO72 (Pin105)
GPIO73 (Pin106)
GPIO74 (Pin107)
GPIO75 (Pin108)
GPIO76 (Pin109)
GPIO77 (Pin110)
GPIO80 (Pin111)	DO
GPIO81 (Pin112)
GPIO82 (Pin113)
GPIO83 (Pin114)
GPIO84 (Pin115)
GPIO85 (Pin116)
GPIO86 (Pin117)
GPIO87 (Pin118)

5.1.1.2 Programming Guide
To program the Super I/O chip F81866A configuration registers, the following configuration
procedures must be followed in sequence:

Enter the Extended Function Mode
Configure the configuration registers
Exit the Extended Function Mode

The configuration register is used to control the behavior of the corresponding devices. To configure the register, use the index port to select the index and then write data port to alter the parameters. The default index port and data port are 0x4E and 0x4F, respectively. Pull down the SOUT1 pin to change the default value to 0x2E/ 0x2F. To enable
configuration, the entry key 0x87 must be written to the index port. To disable configuration, write exit entry key 0xAA to the index port.
Following is an example to enable configuration and to disable configuration by using debug.
-o 4e 87
-o 4e 87 (enable configuration)
-o 4e aa (disable configuration)
5.1.1.3 Relative Registers
To program the F81866A configuration registers, see the following configuration procedures.

7.7.11.1 GP 107 Output Enable REsister Index 80h

Bit	Name	RNV	Reset	Default	Description
7	GPI077 OE —	RNV	LRESEr#	0	0: GPI077 is in input mode. 1: GPI077 is in output mode.
6	GPI076 OE	1	LRESET#	0	0: GPI076 is in input mode. 1: GPI075 is in output mode.
5	GPI075 OE _	RAW	LRESEr#	0	0: GPI075 is in input mode. 1: GPI075 is in output mode.
4	GPI074 OE	RNV	LRESET#	0	0: GPI074 is in input mode. 1: GPI074 is in output mode.
3	GPI073 0E _	1	LRESET#	0	0: GPI073 is in input mode. 1: GPI073 is in output mode.
2	GPI072 OE	RNV	LRESET#	0	0: GPI072 is in input mode. 1: GPI072 is in output mode.
1	GPIO71 0E _	1	LREsErst	0	0: GPIO71 is in input mode. 1: GPIO71 is in output mode.
0	GPI070 OE —	RNV	LRESET#	0	0: GPI070 is in input mode. 1: GPI070 is in output mode.

8.7.13.3GP107 Pin Status Register— Index 82h (This byte could be also read by base address + 3)

Bit	Name	R/W	Reset	Default	Description
7	GP1077_IN	R	–		The pin status of GPI077/STB#.
6	GP1076_IN	R			The pin status of GPI076/AFD#.
5	GP1075_IN	R	–	–	The pin status of GPI075/ERR#.
4	GP1074_IN	R	–	–	The pin status of GPI074/INIT#.
3	GP1073_IN	R	–	–	The pin status of GP1073/SLIN#.
2	GP1072_IN	R	–	–	The pin status of GPI072/ACK#.
1	GPIO71_IN	R	–	–	The pin status of GPIO71/BUSY.
0	GPI070_IN	R	–	–	The pin status of GPI070/PE/FANCTL3/PWM_DAC3.

7.7.12.1GPIO8 Output Enable Register—Index 88h

Bit	Name	RAN	Reset	Default	Description
7	GPI087 OE	RNV	PRESETS	0	0: GPI087 is in input mode. 1: GPI087 is in output mode.
6	GPI086 OE	RNV	LRESET#	0	0: GPI086 is in input mode. 1: GPI085 is in output mode.

5	GPI085 OE	RNV	PRESETS	0	0: GPI085 is in input mode. 1: GPI085 is in output mode.
4	GPI084_0E	1	LRESET#	0	0: GPI084 is in input mode 1: GPI084 is in output mode.
3	GPI083 OE	R/VV	LRESET#	0	0: GPI083 is in input mode. 1: GPI083 is in output mode.
2	GPI082 OE	1	PRESENTS	0	0: GPI082 is in input mode. 1: GPI082 is in output mode.
1	GPI081 OE	1	LRESET#	0	0: GPIO81 is in input mode. 1: GPIO81 is in output mode.
0	GPI080 OE	RAN	LRESET#	0	0: GPI080 is in input mode. 1: GPI080 is in output mode.

7.7.12.2GP108 Output Data Register— Index 89h (This byte could be also written by base address + 2)

Bit	Name	RNV	Reset	Default	Description
7	GPI087 VAL _	1	LRESET#	1	0: GPI087 outputs 0 when in output mode. 1: GPI087 outputs 1 when in output mode.
6	GPI086_VAL	WW	LRESET#	1	0: GPI086 outputs 0 when in output mode. 1: GPI086 outputs 1 when in output mode.
I In	GP1085 VAL _		LRESET#	1	0: GPI085 outputs 0 when in output mode. 1: GPI085 outputs 1 when in output mode.
4	GP1084_VAL	1	LRESET#	1	0: GPI084 outputs 0 when in output mode. 1: GPI084 outputs 1 when in output mode.
3	GP1083_VAL	RNV	LRESET#	1	0: GPI083 outputs 0 when in output mode. 1: GPI083 outputs 1 when in output mode.
2	GP1082 VAL _	1	LRESET#	1	0: GPI082 outputs 0 when in output mode. 1: GPI082 outputs 1 when in output mode.
1	GPIO81 VAL _	1	LRESET#	1	0: GPIO81 outputs 0 when in output mode. 1: GPIO81 outputs 1 when in output mode.
0	GP1080 VAL _	RNV	LRESET#	1	0: GPI080 outputs 0 when in output mode. 1: GPI080 outputs 1 when in output mode.

5.1.1.4 Sample Code in C Language
5.1.1.4.1 Control of GP70 to GP77
#define AddrPort 0x4E
#define DataPort 0x4F
<Enter the Extended Function Mode>WriteByte(AddrPort, 0x87)
WriteByte(AddrPort, 0x87)
// Must write twice to enter Extended mode
<Select Logic Device>
WriteByte(AddrPort, 0x07)
WriteByte(dataPort, 0x06)
// Select logic device 06h
<Output/Input Mode Selection>
WriteByte(AddrPort, 0x80)
WriteByte(DataPort, (ReadByte(DataPort) ǀ 0x00))
// Set (bit 0~7) = 0 to select GP 70~77 as Input mode.
// Set GP70 to GP77 input Mode
// Select configuration register 80h
<Input Value>
WriteByte(AddrPort, 0x82)
ReadByte(DataPort, Value)
// Select configuration register 82h
// Read bit 0~7 (0xFF)= GP70 ~77 as High.
<Leave the Extended Function Mode>
WriteByte(AddrPort, 0xAA)
5.1.1.4.2 Control of GP80 to GP87
#define AddrPort 0x4E
#define DataPort 0x4F
<Enter the Extended Function ModeWriteByte(AddrPort, 0x87)>
WriteByte(AddrPort, 0x87)
// Must write twice to enter Extended mode
<Select Logic Device>
WriteByte(AddrPort, 0x07)
WriteByte(DataPort, 0x06)
// Select logic device 06h
<Output/Input Mode Selection>
WriteByte(AddrPort, 0x88)
WriteByte(DataPort, (ReadByte(DataPort) & 0xFF))
// Set (bit 0~7) = 1 to select GP 80 ~87 as Output mode.
// Set GP80 to GP87 output Mode
// Select configuration register 88h
<Output Value>
WriteByte(AddrPort, 0x89)
WriteByte(DataPort, Value)
// Select configuration register 89h
// Set bit 0~7=(0/1) to output GP 80~87 as Low or High
<Leave the Extended Function Mode>
WriteByte(AddrPort, 0xAA
5.1.1.5 Change base address
<Enter the Extended Function Mode>
WriteByte(AddrPort, 0x87)
WriteByte(AddrPort, 0x87)
// Must write twice to enter Extended mode
<Select Logic Device>
WriteByte(AddrPort, 0x07)
WriteByte(dataPort, 0x06)
// Select logic device 06h
WriteByte(AddrPort, 0x60)
WriteByte(DataPort, (ReadByte(DataPort) ǀ 0x03))
// Select configuration register 60h
WriteByte(AddrPort, 0x61)
WriteByte(DataPort, (ReadByte(DataPort) ǀ 0x20))
// Select configuration register 61h
<Leave the Extended Function Mode>
WriteByte(AddrPort, 0xAA)
Cincoze default GPIO Port base address is 0xA00h

5.1.1.6 DATA Bit Table (DIO)

5.1.1.7 DIO I/O Port Address

DI8	DI7	DI6	DI5	D14	D13	D12	Dll	DO8	DO7	DO6	DO5	DO4	DO3	DO2	DO1	Pin Definition
7	6	5	4	3	2	1	0	7	6	5	4	3	2	1	0	Data Bits
DI								DO								DIO
OxA03								OxA02								I/O Port address

5.2 P2100 Digital I/O (DIO) Hardware Specification

XCOM+ / 2XCOM+ : Isolated power in V+
XCOM- / 2XCOM- : Isolated power in V-
Isolated power in DC voltage : 9-30V
8x / 16x Digital Input (Source Type)
Input Signal Voltage Level
– Signal Logic 0 : XCOM+ = 9V, Signal Low – V- < 1V
XCOM+ > 9V, V+ – Signal Low > 8V
– Signal Logic 1 : > XCOM+ – 3V
Input Driving Sink Current :
– Minimal: 1 mA
– Normal : 5 mA
8x / 16x Digital Output (Open Drain)
– DO Signal have to pull up resistor to XCOM+ for external device, the
resistance will affect the pull-up current
– Signal High Level: Pull up resistor to XCOM+
– Signal Low Level : = XCOM-
– Sink Current: 1A (Max)

5.2.1 P2100 DIO Connector Definition
DIO-1/DIO-2 : Digital Input / Output Connector
Connector Type: Terminal Block 2X10 10-pin, 3.5mm pitch

Location	Pin	Definition
DIO-1	1	DC INPUT
	2	DI1
	3	DI2
	4	DI3
	5	DI4
	6	DI5
	7	DI6
	8	DI7
	9	DI8
	10	GND

Location	Pin	Definition
DIO-2	1	DC INPUT
	2	DO1
	3	DO2
	4	DO3
	5	DO4
	6	DO5
	7	DO6
	8	DO7
	9	DO8
	10	GND

Reference Input Circuit

Reference Output Circuit

Chapter 6 Optional Modules & Accessories

Pin Definitions and Settings
6.1 Pin Definition and Settings of IGN Module
SW2 on CFM-IGN101: IGN Module Timing Setting Switch
Set shutdown delay timer when ACC is turned off

Pin 1	Pin 2	Pin 3	Pin 4	Definition
ON (IGN enabled) / OFF (IGN disabled)	ON	ON	ON	0 second
	ON	ON	OFF	1 minute
	ON	OFF	ON	5 minutes
	ON	OFF	OFF	10 minutes
	OFF	ON	ON	30 minutes
	OFF	ON	OFF	1 hour
	OFF	OFF	ON	2 hours
	OFF	OFF	OFF	Reserved (0 second)

Default setting of Pin1 to Pin4 is OFF/ON/ON/ON.

24V_12V_1: IGN Module Voltage Mode Setting Switch
12V / 24V Car Battery Switch

Pin	Definition
1-2	4V Car Battery Input (Default)
2-3	12V Car Battery Input

6.2 Installing an IGN Module

Locate the power Ignition connector on the system motherboard as indicated.
Insert the female connector of power ignition board to the male connector on system motherboard.
Fasten two screws to secure the power ignition board.

6.3 Installing a PoE Module

Place a thermal pad on the top of the heatsink, and locate the two regions as marked.
Turn over the heatsink and paste the thermal pad at the marked region.
Before putting on the thermal block, please make sure the protective film on the Thermal Pad has een removed!
Paste the thermal pad onto the coil of the CFM-PoE module.
Locate the PoE connector on system motherboard as indicated.
Insert the female connector of PoE daughter board to the male connector on system motherboard.
Put on the PoE thermal block and fasten two screws to secure the PoE board.
Before assembling the system’s chassis cover, please make sure the protective films on the Thermal Pads have been removed!

6.4 VESA Mount
The following picture indicates VESA mounting hole pattern on P2100, which is compliant with VESA mounting standard.

1. The following picture uses a panel PC (P2100+CV display module) as a demonstration. To attach the panel PC to a VESA stand, please fasten eight screws as indicated to fix it on the stand. (Please refer to section 3.13 in this manual for how to attach PC2100 to CV/CS display module.)

© 2019 Cincoze Co., Ltd. All rights reserved.
The Cincoze logo is a registered trademark of Cincoze Co., Ltd.
All other logos appearing in this catalog are the intellectual property of the respective the company, product, or organization associated with the logo.
All product specifications and information are subject to change without notice.

Documents / Resources

cincoze P2100 Series High Performance Convertible Computer [pdf] User Manual
P2100 Series High Performance Convertible Computer, P2100 Series, High Performance Convertible Computer

References

User Manual

P2100 Series High-Performance Convertible Computer

Preface