Hardware Resources	CPU	Freescale i.MX6D processor,ARM® Cortex™-A9 core,1.2GHz
	RAM	DDR3 SDRAM,4*256MB, total 1GB
	Flash	4GB EMMC
	Network	AR8035 Network Chip, adopt RGMII mode, support 10M/100M/1000M
	Communication	5-ch RS232, 1 port (com0) as the debug UART, 2-ch RS232 Compatible with RS485
		1-ch High speed OTG,4-ch USB, 1-ch connects to MIN_PCIE Interface
		2-ch CAN, support CAN2.0, 1-ch TTL Output, 1-ch CAN output
		1-ch 10/100/1000Mbps Ethernet port, with ACT/LINK indicator
	Display	18-bit TFT-LCD(Compatible with 16, 24 bits), resolution up to 1920 * 1200
		VGA, can be connected with universal display
		2-ch LCDS Interface, each channel can support resolution up to 1920*1200
		HDMI Interface, support HDMI 1.4

	Audio	McASP audio interface; binaural output; MIC audio input
	Input Interface	4-wire resistive touch panel
		Standard I2C Capacitive panel
		CAMERA Interface, standard interface support OV5642 camera module
	Expansion Interface	MINI_PCIE 2.0
	Expansion Interface	SIM Card
	Memory Interface	1-ch SD Card interface
	Memory Interface	1-ch SATA Hard disk interface, SATAII standard, speed up to 3.0Gbps
	Other	Reset circuit, Watch dog, RTC, Buzzer, JTAG interface
	Power Input	+12V power supply, can support +4.75V~+18V wide range voltage supply
Resource	Development Tools	Development environment: Virtual Machine VM9.0.2+ubuntu12.04.1
		Application layer development debug tool
		Cross-compiler
		Common terminal development debugging tool
	Image File	OS image file, support multiple resolution display
	Test Program	Interface using demo test program and test program source code
	Source Code	Bootloader, kernel, system source code
	Manual	Mainboard User manual,Device Manual
	Schematic	Mainboard structure size chart
Electrical Specification	Size	160mm*105mm
	PCB	8-layer high precision immersion gold process
	Power Consumption	≤3W
	Operation Temperature	-20°C ~ +70°C
	Operation Humidity	5% ~ 95%, Non-Condensing

Cortex-A9 Freescale imx6 Development Board:

• Textile Industry, Numeric Control Industry, Automobile Electronics, Industrial Touch Screen Control System, Robot Vision, Media Deal Wireless Application, Digital Applicance, On-board Equipment, Communication Equipment, Network Terminal, android tablet etc.

Company Information

Packaging & Shipping

the normal packing is each touch screen raspberry pi 2 one box

Our Services

Custom Service for the touch screen raspberry pi 2

Cooperation Mode	Based on Core Module Customization	The Whole Board Customization
Specification	Customize expanded board based on our core module	Offer complete mainboard customization based on the process platform we choose for you
Service	Provide device selection, design suggestions, plate type design; Principle diagram design, PCB design/modification, driver debug, driver source code, test source code, secondary development document writing, prototype; Provide upper development, and the follow-up with long-term technical support, quality tracking service.	Provide device selection, design suggestions, plate type design Principle diagram design, PCB design/modification, driver debug, driver source code, test source code, secondary development document writing, prototype; Provide upper development, and the follow-up with long-term technical support, quality tracking service.
Development Cycle	Provide mainboard test usually in 8-10 weeks(no fly line)	Provide mainboard test usually in 2-3 months(no fly line)
Deliver	Principle diagram, PCB, driver source code, prototype, etc.	Principle diagram, PCB, driver source code, prototype, etc.
Service Extension(optional)	Offer trial production/batch production, make production process, ensure the quality and delivery time; EMC/MI Test; Perfect quality assurance and after-sales service; Product system, software and hardware upgrades.	Offer trial production/batch production, make production process, ensure the quality and delivery time; EMC/MI Test; Perfect quality assurance and after-sales service; Product system, software and hardware upgrades.
Expense	Low, according to user's requirements and difficulty level of R&D; The user who choose OEM could return part of R&D costs	High, according to user's requirements and difficulty level of R&D; The user who choose OEM could return part of R&D costs