Chipsee Products Naming Rules
|CS||Chipsee Product Abbreviate|
80 Means 800 Pixel
10 Means 1024 Pixel
12 Means 1280 Pixel
14 Means 1440 Pixel
19 Means 1920 Pixel
480 Means 480 Pixel
600 Means 600 Pixel
768 Means 768 Pixel
800 Means 800 Pixel
900 Means 900 Pixel
102 Means 1024 Pixel
108 Means 1080 Pixel
|T(F/U)||Product based on TI(Freescale iMX6Q/ Freescale iMX6UL) CPU|
050 Means 5.0 Inch
070 Means 7.0 Inch
080 Means 8.0 Inch
097 Means 9.7 Inch
101 Means 10.1 Inch
104 Means 10.4 Inch
120 Means 12.0 Inch
150 Means 15.0 Inch
170 Means 17.0 Inch
190 Means 19.0 Inch
215 Means 21.5 Inch
|E||Means Embedded PC or Panel PC
E Means Embedded PC without Case
P Means Panel PC with Case
|C||Means Touch Type
R Means Resistive Touch
C Means Capacitive Touch
|1||Means LCD Brightness
1 Means Common Brightness
2 Means High Brightness
Baseboard PCB Version Number
SOM Module PCB Version Number
|CPU||AM3354ZCZ100,ARM Cortex A8, 1GHz|
|Storage||TF card, supports up to 32GB SDHC|
|Display||10.1 Inch LCD,1024*600 Pixel Resolution|
|Touch||Capacitive Touch (10-Point) or Resistive Touch|
|USB||2 x USB 2.0 Host, 1x USB 2.0 OTG
(can be customized to HOST or OTG)
|LAN||1 Channel 100M LAN|
|Audio||3.5mm Audio In/Out Connector, 2W Speaker Internal|
|CAN||1 Channels (Can change to 2 channels)|
|GPIO||8 Channels,4 Input,4 Output|
|WiFi/BT||On Board WiFi/BT. Optional. Not Mount on by Default|
|4G||On Board 4G. Optional. Not Mount on by Default|
|Power Input||6~42V DC|
|Current @ 12V||500 mA max|
|Power Consumption||10W Typical|
|Working Temperature||-20°C to +70°C|
|OS||Android, Linux, Debian, Angstrom|
Figure 1 Top View
Figure 2 Back View
Figure 3 Top View
Figure 4 Back View
Power Input Connector
The product CS10600T101E/CS10600T101P uses a wide range power input: DC 6~42V. The total power consumption is normally about 10W. The Power Input Connector is 3 Pin 3.81mm Screw Terminal Connector as Figure 5 shows. The Character “+” means power Positive input, The Character “–” means power Negative input. The Character “G” means system Ground. Table 1 has detailed descriptions about the connector definition.
Figure 5 Power Input Connector
|Power Input Pin Definition:|
|Pin 1||Positive Input||Connect to DC Power Positive Terminal|
|Pin 2||Negative Input||Connect to DC Power Negative Terminal|
|Pin 3||Ground||Connect to Power System Ground|
The system ground “G” has been connected to power Negative “–” on board.
Capacitive Touch or Resistive Touch
The product CS10600T101E/CS10600T101P uses 10-point capacitive touch or resistive touch, as Figure 6 shows.
Figure 6 Resistive Touch Connector
Capacitive touch is very sensitive to power noise. Ripple voltage/current from the power adapter will cause the LCD ripples, and will also cause the capacitive touch malfunction: If you use the APK Multi-Touch under Android to test, you can find the touch point float. There are several ways to solve this problem:
1) Use a high quality power adapter. Or use battery to provide the power like cell phone or tablet PC.
2) If user power adapter isn’t good enough, there’s another effective method to solve this problem: Make sure the power input connector Pin 3 really connect to user “Power System Ground”. This method can eliminate the problem totally. User can also use another method to test this problem: touch the GND of the product by one hand, the other hand operates on the capacitive touch screen. In this case, user’s body acts as the Power System Ground.
The CAN+RS485+RS232 connector is a 12 Pin 3.1mm Screw Terminal Connector, as Figure 7 shows. As for the definition of every pin, please refer to Table 2.
Figure 7 RS232 / RS485 / CAN Connector
|RS232 / RS485 / CAN Pin Definition:|
|Pin 1||GND||Isolated Ground Output|
|Pin 2||CAN_L||DCAN0 of CPU,CAN L Signal|
|Pin 3||CAN_H||DCAN0 of CPU,CAN H Signal|
|Pin 4||A2||UART4 of CPU, RS485 A Signal|
|Pin 5||B2||UART4 of CPU, RS485 B Signal|
|Pin 6||A1||UART2 of CPU, RS485 A Signal|
|Pin 7||B1||UART2 of CPU, RS485 B Signal|
|Pin 8||TXD2||UART1 of CPU,RS232 TXD Signal|
|Pin 9||RXD2||UART1 of CPU,RS232 RXD Signal|
|Pin 10||TXD1||UART0 of CPU, RS232 TXD Signal|
|Pin 11||RXD1||UART0 of CPU,RS232 RXD Signal|
|Pin 12||+5V||System +5V Power Output, No more than 1A Current output|
All the CAN signal and RS485 signal have not mount on the 120Ohm Matched Resistance.
The product CS10600T101E/CS10600T101P has two USB HOST connectors as Figure 8 shows.
Figure 8 USB HOST Connector
USB OTG Connector
The product CS10600T101E/CS10600T101P has one USB OTG connectors as Figure 9 shows.
Figure 9 USB OTG Connector
The product CS10600T101E/CS10600T101P has one channel 100Mbit Ethernet Connector, as Figure 10 shows.
Figure 10 LAN Connector
As in Figure 11 uSD card connector labelled as P5 on the PCB.The device supports uSD cards up to 32GB.
Figure 11 TF Card (uSD) Connector
Please note: The uSD card Slot is NOT Mounted with any uSD card by default.
The product CS10600T101E/CS10600T101P has one TF (uSD) card connector as Figure 11 shows. This device supports a TF (uSD) card up to 32GB.
Figure 11 TF Card Connector
The TF card slot is NOT mounted with any TF card by default.
The product CS10600T101E/CS10600T101P has one Audio Input (“Line-in”) and one Audio (“Line-out”) output, as Figure 12 shows. And the product has an internal 2W speaker.
Figure 12 Audio Connector
The product CS10600T101E/CS10600T101P has one WiFi+BT. It uses Realtech RTL8723 which integrates WiFi and BT, as Figure 13 shows. For CS10600T101P, there is a connector on the backside case which can connect external WiFi/BT Antenna, as Figure 14 shows.
Figure 13 WiFi+BT Module
Figure 14 WiFi+BT Antenna
WiFi/BT module is optional, the module is NOT mounted by default.
The product CS10600T101E/CS10600T101P has a mini-PCIe connector inside, customer can mount on 4G module to it, as Figure 15 shows. Then it will need the SIM Card Holder and 4G Antenna Connector, as Figure 16 shows.
Figure 15 4G Module
Figure 16 SIM Card Holder and 4G Antenna Connector
This product is Not Mounted on any 4G module by default. And only Android 4.1 driver for 4G module is available at present.
The GPIO connector is a 10 Pin 3.81mm Screw Terminal Connector, as Figure 17 shows. As for the definition of every pin, please refer to Table 3.
Figure 17 GPIO Connector
The GPIO has been Opto-Isolated. If you try to use the GPIO, you should provide isolated power input. The Power Input range is 5~24V DC. The output high Level is your Power Positive input, Low Level is your Ground Input. And the Output it can drive 500mA current on every channel, at most. This voltage and current are enough for most relays.
If you don’t need isolation, you can just use the power which inputs to the Power Input Connector, you can also use the 5V voltage onboard: Just solder on R292, R293 by 0ohm Resistor. Then the 5V voltage on-board was connected to the “Isolated Power Input” Pin.
|GPIO Pin Definition:|
|Pin 1||Isolated Power Input|
|Pin 2||Isolated Ground Input|
The product CS10600T101E/CS10600T101P has a boot switch which can be used to change boot sequence, as Figure 18 shows. It is defined as SW2 on the PCB. The position can either be eMMC or uSD. The device will boot from the location that’s selected.
Figure 18 Boot Switch
Measurements and Mounting
Measurements of CS10600T101E
The measurement of CS10600T101E is 252*150*26mm.
Mounting of CS10600T101E
The product CS10600T101E can be mounted using the 4 screw holes on the PCB .Please make sure the display is not exposed to high pressure when mounting into an enclosure.
Measurements of CS10600T101P
The measurement of CS10600T101P is 280*187*29.5mm.
Mounting of CS10600T101P
The product CS10600T101P can be mounted using the mounting set, as Figure 19 shows. Please make sure the display is not exposed to high pressure when mounting into an enclosure.
Figure 19 Mounting Method
How to Get Support
Chipsee assumes no responsibility for any errors, which may appear in this manual. Furthermore, Chipsee reserves the right to alter the hardware, software, and/or specifications detailed herein at any time without notice, and does not make any commitment to update the information contained herein. Chipsee products are not authorized for use as critical components in life support devices or systems.