Tiny 6410 Hw Spec

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Tiny6410 Hardware Spec

Original Material Copyright FriendlyARM 2010, English Version ARMWorks 2011

Direct comments on Chinese document to [email protected] on English document to [email protected]

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Introduction to the Tiny6410 ARM11 core board

The Tiny6410 is an ARM11 embedded processing board that uses the outstandingSamsung S3C6410 System On Chip (SOC). The core architecture is ARM1176JZF-Sand the SOC integrates a powerful multimedia processing unit with hardware supportfor MPEG4, H.264/H.263, and other media formats. It also has hardware 3D graphicsacceleration which can greatly speed up rendering in OpenGL ES 1.1 & 2.0. TheTiny6410 also has hardware for 2D graphics that smooths scaling, flipping and otheroperations.

Tiny6410 has an excellent high-density 6-layer design only 64 x 50mm in size. Itintegrates up to 256MBytes of DDR RAM and 2GBytes of SLC/MLC NAND Flashmemories. On-board regulators provide all the CPU and interface voltages, allowing useof a simple 5V power source. Standard 2mm spacing headers provide interfaces likeGPIO, SPI, etc. This lets developers concentrate on their specific interface needs anduse a small standardized module that has the computing power of a work station.

The Tiny6410 hardware SDK plus a Tiny6410 Core provides a reference design with allthe I/O and connectors in place for application development. There are three LCDinterfaces, 4-wire resistive touch screen, 10/100M standard Ethernet, standard five-wireserial RS-232 with DB9 connectors, Mini USB 2.0, USB Host 1.1, 3.5 mm audio inputand output ports, RCA type composite TV-OUT port, SD card connector, infraredreceiver, and other common interfaces; also connectors for 4 TTL serial ports, SDIO2interface (which can be used for SD WiFi); a piezo buzzer, I2C-EEPROM, backup

battery, a pot is installed to test A/D or use one of its mounting holes as an A/D input.There are 8 interrupt-style keys or push buttons and much more. Multiple LCD FFCconnectors plus mounting holes make it convenient to use 3.5, 4.3, and 7 LCDs.

Superboot firmware allows a S3C6410 to start from an SD card and even program itselffrom files on the SD (supports up to 32G high-speed large-capacity card).

The results is a very versatile and reliable high performance system. The SDK exactlyfits the size of the 7 LCD option.

Users can go to our website and download the latest update to the latest manuals and

systems Web: http://www.arm9.net http://www.friendlyarm.net

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Item Description

CPU Samsung S3C6410A 533MHzARM1176JZF-S (max 667 MHz)

RAM 256 MByte DDR

Flash 128/256/512/1G/2GByte NAND 2GB standard.

Interface 4 user LEDs10 pin 2x5 2mm JTAG connectorReset button on module

Connector 60 pin headers (2x30 2mm) for mating to carrier.30 pin shrouded keyed headers (2x15 2mm) GPIO

Power Supply 2.0 to 6.0 volt input

Size 64 x 50 x 12 mm (L W H)

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Tiny6410 bottom view

Tiny6410 Core pinouts:The Tiny6410 has double row 2.0mm pitch headers in twogroups. Pin headers P1 and P2 connect the Tiny6410 to a carrier board. In the bottomview, you an see the 2x30 P1 and P2.

CON1 and CON2 are 30 pin 2x15 shrouded headers for ribbon cable and are the GPIO

and other interface connections.

Port Description

P1 LCD, A/D, SDIO2, Interrupts, USB,

TVOUT0 and other interface signals

P2 Serial, SPI1, I2C, SD Card, AC97 (I2S),

system bus interface, etc.

CON1 GPIO, A/D, SPI0, TAVOUT1: CON1 is fullycompatible with the Mini6410 CON6

CON2 CMOS Camera, GPIO, etc. Compatiblewith Mini6410/Mini2440

JTAG Complete JTAG useable with J-Link, etc

Other On board, 4 user green LEDs, red PowerLCD, Reset button.

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P1 pin Pin Name Function P1 pin Pin Name Function

1 VDD_5V DC-5V Power In 2 GND Ground

3 VD23 LCD_R5 / GPJ7 4 VD22 LCD_R4 / GPJ6



9 VD15 LCD_G5 / GPI15 10 VD14 LCD_G4 / GPI14



15 VD7 LCD_B5 / GPI7 16 VD6 LCD_B4 / GPI6



21 VDEN VDEN / GPJ10 22 PWM1 PWM1 / GPF15

23 VSYNC LCD field rate / GPJ9 24 HSYNC LCD Line Rate / GPJ8

25 VCLK LCD Clock / GPJ11 26 GPE0 GPE0

27 VBUS VBUS 28 OTGDRV_VBUS OTGDRV_VBUS

29 OTGID OTGID 30 XEINT8 EINT8 / GPN8

31 OTGDM USB Slave D- 32 USBDN USB Host D-

33 OTGDP USB Slave D+ 34 USBDP USB Host D+

35 TSXP TSXP / AIN7 36 TSXM TSXM / AIN6

37 TSYP TSYP / AIN5 38 TSYM TSYM / AIN4

39 AIN0 AIN0 40 AIN1 AIN1

41 WiFi_IO WiFi_IO / GPP10 42 WiFi_PD WiFi_PD / GPP11

43 SD1_CLK SD1_CLK / GPH0 44 SD1_CMD SD1_CMD / GPH1

45 SD1_nCD SD1_nCD / GPN10 46 SD1_nWP SD1_nWP / GPL14

47 SD_DAT0 SD1_DAT0 / GPH2 48 SD1_DAT1 SD1_DAT1 / GPH3

49 SD1_DAT2 SD1_DAT2 / GPH4 50 SD1_DAT3 SD1_DAT3 / GPH5

51 DACOUT0 TV Out 52 PWM0 PWM0 / GPF14

53 XEINT0 XEINT0 / GPN0 54 XEINT1 XEINT1 / GPN1



59 XEINT19 XEINT19 / GPL11 60 XEINT20 XEINT20 / GPL12

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P2 pin Pin Name Function P2 pin Pin Name Function

1 OM3 SD/NAND Select 2 OM4 SD/NAND Select

3 M_nRESET Manual Reset 4 VDD_RTC RTC Power

5 RTSn1 RTSn1 / GPA7 6 CTSn1 CTSn1 / GPA6

7 TXD0 TXD0 / GPA1 8 RXD0 RXD0 / GPA0

9 TXD1 TXD1 / GPA5 10 RXD1 RXD1 / GPA4

11 TXD2 TXD2 / GPB1 12 RXD2 RXD2 / GPB0

13 TXD3 TXD3 / GPB3 14 RXD3 RXD3 / GPB2

15 SPIMOSI SPIMOSI / GPC6 16 SPIMISO SPIMISO / GPC4

17 SPICLK SPICLK / GPC5 18 SPICS SPICS / GPC7

19 I2CSCL I2CSCL / GPB5 20 I2CSDA I2CSDA / GPB6

21 SD0_CLK SD0_CLK / GPG0 22 SD0_CMD SD0_CMD / GPG1

23 SD0_nCD SD0_nCD / GPG6 24 SD0_nWP SD0_nWP / GPL13

25 SD0_DAT0 SD0_DAT0 / GPG2 26 SD0_DAT1 SD0_DAT1 / GPG3

27 SD0_DAT2 SD0_DAT2 / GPG4 28 SD0_DAT3 SD0_DAT3 / GPG5

29 AC97_BITCLK AC97_BITCLK / GPD0 30 AC97_RSTn AC97_RSTn / GPD1

31 AC97_SYNC AC97_SYNC / GPD2 32 AC97_SDO AC97_SDO / GPD4

33 AC97_SDI AC97_SDI / GPD3 34 XEINT12 XEINT12 / GPN12

35 ADDR0 ADDR0 36 ADDR1 ADDR1

37 ADDR2 ADDR2 38 ADDR3 ADDR3

39 nCS1 nCS1 40 XEINT7 XEINT7 / GPN7

41 nWAIT nWAIT 42 nESET Reset output

43 LnWE LnWE 44 LnOE LnOE

45 DATA0 DATA0 46 DATA1 DATA1








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CON1 Pin Name Function CON1 Pin Name Function

1 VDD_IO(3.3V) Output 2 GND

3 GPE1 4 GPE2

5 GPE3 6 GPE4

7 GPM0 8 GPM1

9 GPM2 10 GPM3

11 GPM4 12 GPM5

13 GPQ1 14 GPQ2

15 GPQ3 16 GPQ4

17 GPQ5 18 GPQ6

19 SPICLK0 20 SPIMISO0

21 SPICS0 22 SPIMOSI0

23 EINT6 24 EINT9

25 EINT11 26 EINT16

27 EINT17 Different on

Mini6410

28 AIN2

29 AIN3 30 DACOUT1

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CON2 Pin Name Function CON2 Pin Name Function

1 CAMSDA I2CSDA 2 CAMSCL I2CSCL

3 GPK2 4 CAMRSTn

5 CAMCLK 6 CAMHREF

7 CAMVSYNC 8 CAMPCLK

9 CAMDATA7 10 CAMDATA6




17 VDD_IO(3.3V) Output 18 VDDCAM 2.4-2.8V For CMOS

19 1.8V Output, For CMOS 20 GND

21 GPK8 22 GPK12

23 GPK13 24 EINT18

25 VD0 P1 port can be used 26 VD1 P1 port can be used

27 VD8w t s gna , to

achieve full-color28 VD9

w t s gna , to

achieve full-color LCD

29 VD16 LCD output. 30 VD17 output.

JTAG Pin Name Function JTAG Pin Name Function

1 VDD_IO 3.3V Input Power 2 VDD_IO 3.3V Input Power

3 TRSTn TRSTn 4 nRESET nRESET

5 TDI TDI 6 TDO TDO

7 TMS TMS 8 GND Ground

9 TCK TCK 10 GND Ground

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Mechanical Dimensions. Mounting locations for headers P1 P2.

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Tiny6410 SDK resources: Introduction.

The Tiny2440SDK is a double-layer circuit board that demonstrates a user-friendlyreference design with all the common interfaces. Components and interfaces are alllocated on one side for easy use.

Labels in Chinese should be pretty obvious. For example, the red button right of the SDcard connector is RESET.

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Item Description

CPU Samsung S3C6410A (ARM1176JZF-S)

Frequency Typical 533Mhz, Max 667Mhz

RAM 256M DDR RAM128M Option

Nand Flash 1G MLC Optional 128M/256M/512M/1GB

Multi-media Hardware supports Mpeg4, H.264, H.263, VC1 at 30fps@SD

3D 3D Hardware Acceleration

2D 2D Zoom, Rotate, CLip, etc. in hardware support

Debug Port COM0 + JTAG + USB Slave

PCB Size 180 x 130 mm

Power 5V

LEDs 4 x User LED(on Core Module), 1 x Power LED

Buttons 8 x User ButtonsConnected to interrupts.

USB Slave 1 x mini USB(OTG Function not laid out)

USB Host 1 USB Hub chip allows 4 USB Hosts.

Networking 10/100 EthernetRJ-45 for Cat5, etc.

Audio in/out Standard two input audio. 3.5mm in and out ports.

SD Card Full size. 32GB supported

Serial Ports 3 x RS232 DB9 serial port, 4 x TTL level

TV-OUT 1 x RCA Jack

SDIO2 mainly used for SD-Wifi (includes SPI and I2C)

LCD 0.5mm pitch FFC connectors at two orientations, and 2mm header.

Buzzer 1 x PWM Piezo buzzer

Infrared 1 channel infrared receiver

Temperature Sense DS18B02 temperature sensor

ADC A test pot is connected to A/D channel 0.

RTC On-board battery.

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Memory Map

Hex Addres Range Size

0000_0000 07FF_FFFF 128MB Boot Image

0800_0000 0BFF_FFFF 64MB Internal ROM

0C00_0000 0FFF_FFFF 128MB Stepping Stone (8KB)

1000_0000 17FF_FFFF 128MB

1800_0000 1FFF_FFFF 128MB DM9000AEP

2000_0000 27FF_FFFF 128MB

2800_0000 2FFF_FFFF 128MB3000_0000 37FF_FFFF 128MB

3800_0000 3FFF_FFFF 128MB

4000_0000 47FF_FFFF 128MB

4800_0000 4FFF_FFFF 128MB

5000_0000 5FFF_FFFF 256MB 256M DDR RAM

6000_0000 6FFF_FFFF 256MB

See the S3C6410 data sheet Section 2.2 (page 116 of PDF) for complete memory map.

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Mini6410-SDK details.

Power connector and socket: The SDK board requires 5V DC and has two power inputports. CN1 is the barrel jack for the 5V / 2A PSU included with SDK kits. The 4 pin white CON8

takes a connector with a click in place for secure power in enclosures or commercialapplications. With pins 2 and 3 being GND, and 1 and 4 being VDD5 and VDDin, you canarrange power so that cables can be twisted 180 degrees and still work correctly.

Serial:The Tiny6410 has four UARTs. Three of them are connected to DB9s through RS232level converters. All four are also available as TTL signals on CON1, CON2, CON3, and CON4.CON1, CON3, and CON4 have GND, 5V, Tx and Rx. CON2 has six pins and includes RTS and

CTS for flow control.

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The DB9s are configured as COM0, COM1, and COM2 in most operating systems,including Linux.

COM0 Function COM1 Function COM2 Function COM3 Function

1 NC 1 NC 1 NC 1 NC

2 RSRXD0 2 RSRXD1 2 RSRXD2 2 RSRXD3

3 RSTXD0 3 RSTXD1 3 RSTXD2 3 RSTXD3

4 NC 4 NC 4 NC 4 NC

5 GND 5 NC 5 GND 5 GND

6 NC 6 NC 6 NC 6 NC

7 NC 7 RSRTS1 7 NC 7 NC

8 NC 8 RSCTS1 8 NC 8 NC

9 NC 9 NC 9 NC 9 NC

NC = No onnection

USB Host: The Tiny6410-SDK has three A-type USB 1.1 host interfaces that functionthe same as on PC's. You can access USB camera, USB keyboard, USB mouse, USBflash drives and other common USB peripherals. You can also use USB Hubextensions. Each OS has native USB Hub drivers.

USB Host Function

1 5V

2 D-

3 D+

4 GND

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USB Slave: The Tiny6410-SDK has MiniUSB (2.0) OTG, generally used to downloadfrom a host. If you use WinCE, connecting from a PC to this USB port will invoke

ActiveSync and the Tiny6410 can be viewed as a volume. Data and programs can thenbe dragged and dropped between host PC and the Tiny6410.

MiniUSB Function

5 GND

4 OTGID

3 D+

2 D-

1 Vbus

SCON: To make it much easier to develop serial peripherals, we designed a specialSCON interface. You might call it a "Serial Connector Nexus". SCON contains twoserial ports, an I2C interface, an SPI interface, a USB Host interface, plus GPIO lines.SCON also has 5V and 3.3V.

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SCON Signal Notes SCON1 Signal Notes

1 GND 2 5V out

3 USB_D- 4 USB_D+

5 I2CSCL 6 I2CSDA

7 TXD1 TTL 8 RXD1 TTL

9 CTSn1 TTL 10 RTSn1 TTL

11 TXD2 TTL 12 RXD2 TTL

13 SPIMOSI 6410 SPI1 14 SPIMISO 6410 SPI1

15 SPICS 6410 SPI1 16 SPICLK 6410 SPI1

17 nRESET Reset 18 EINT8 Disconnect tempsensor to use this pin

19 GND GND 3.3V out

Network Interface: The Tiny6410-SDK has a DM9000 LAN chip for adaptive 10/100MEthernet. The RJ45 connector includes the magnetics. You can use ordinary Cat5 withRJ45 to connect to your router or switch.

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Audio Interface:The S3C6410 supports I2S/PCM/AC97 and other audio interfaces.The SDK uses the AC97 interface with the WM9714 CODEC. The green 3.5mm jack isoutput and audio input is on the blue.

TV output: TheS3C6410 has composite TV output. The Tiny6410-SDK produces thevideo by amplifying output from DACOUT0. Basically, this is composite videosynthesized from digital sources. (Composite video signals are rather slow compared

to computer speeds. NTSC video has a bandwidth of less than 5 MHz). You can use anAV cable to connect the Tiny6410-SDK to a TV that accepts composite video.

Note: When using DACOUT0, you need the TV set to CVBS input mode.

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JTAG interface:The S3C6410 firmware for booting from SD has replaced the need forJTAG during manufacturing and production. It is still useful for trouble-shooting. JTAGis a standardized way to trace, single step, test, and control processors by directlymanipulating their address and data buss contents and stepping them throughinstructions or special operations. JTAG can be used to make the S3C6410 programitself when all else fails.

In normal operation, firmware in the Core Module can search for an SD Card thatcontains a script for loading RAM or NAND memory from files on the SD Card. Withthis SD Card boot system, there is no need for JTAG, and in production as many SDCards can be prepared as needed to meet programming speeds. For example, if ittakes 5 minutes to program a system from SD and you need to produce a systemevery 30 seconds, just use 10 SD cards to program 10 systems. As one finishes, start

the next.

The most common use of JTAG is single-step debugging. The simplest and slowestJTAG interface is a Wiggler style that uses the old PC parallel port. Since most PCstoday do not have parallel ports, the USB after market high speed JTAG interfaces likethe JLINK, ULINK, and O-LINK connect through the same JTAG interface. Thestandard 4-wire JTAG interface is: TMS, TCK, TDI, TDO, which are mode selection,clock, data input and data output lines, plus power and ground, or a typical total of sixlines. Most simulators also provide a reset signal.

Therefore, the JTAG interface can fit many formats like 20 Pin or 10 Pin standards. This

is like a USB interface, which can be square, or flat, or mini or micro. As long as aJTAG connector has required signals, it can be called a standard JTAG interface. TheSDK provides a full JTAG standard with 10 Pin JTAG interface.

Note:For beginners in Linux or WinCE development, the JTAG serves no real purpose.Until you begin making changes to the BSP or working on drivers, the likelihood ofneeding JTAG is very low. Even then, the software debugging available in Linuxthrough GDB and Eclipse can handle nearly all problems. If stepping throughinstructions with JTAG, you can move from your application to the OS code withoutknowing and things get very complicated very quickly. Our JTAG signals are 3.3V logic.

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User LED:There are 4 user LEDs on the Core Module. These are directly connected toGPIO.

LED1 LED2 LED3 LED4

GPK4 GPK5 GPK6 GPK7

User buttons:The SDK has eight user definable buttons connected directly to the

CPU interrupt pins. They trigger low when closed. The SDK push buttons are normallyopen so they will not interfere with alternate configurations of their GPIO pins.

Button K1 K2 K4 K4 K5 K6 K7 K8

Interrupt EINT0 EINT1 EINT2 EINT3 EINT4 EINT5 EINT19 EINT20

Alternate GPN0 GPN1 GPN2 GPN3 GPN4 GPN5 GPL11 GPL12

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LCD Interface:For convenience in mounting various displays, the Tiny6410-SDK hasthree LCD connectors: LCD1, LCD2, and LCD3. LCD1 and LCD2 are 0.5mm pitch 40pin SMDs for FFC (Flat Flexible Conductor) cables - the white cables you see on theLCDs; LCD3 is a 40 Pin pin (2x20) header with 2.0mm spacing with keyed shroud for1mm ribbon cable.

The LCD control signals are the same on all connectors with horizontal and verticalscan, clock and enable, etc., and 6:6:6 models of RGB data. Pins, 37, 38, 39, 40 are forthe four-wire touch-screen interface. These four signals lead directly to the CPU. Thetouch screen interface of the S3C6410 can be used as the touch-screen controller.

Note:The LCD interface on the SDK uses the 6 least significant bits of the video. If youneed full-color LCD signals (ie, 8:8:8 mode) on a board of your own design, you will

also need the signals from CON2 of the Tiny6410 Core Module. The table below showsthe first 30 pins of the LCD connectors. The no-connects are the 2 least significant bitsof R, G, and B. You can find the missing signals on pins 25-30 of CON2 for your owndesigns.

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LCD1, LCD2 & LCD3 Signal LCD1, LCD2 & LCD3 Signal

1 5V 2 5V

3 NC 4 NC

5 VD2 6 VD3

7 VD4 8 VD5

9 VD6 10 VD7

11 GND 12 NC

13 NC 14 VD10

15 VD11 16 VD12

17 VD13 18 VD14

19 VD15 20 GND21 NC 22 NC

23 VD18 24 VD19

25 VD20 26 VD21

27 VD22 28 VD23

29 GND 30 GPE0 / LCD_PWR

ADC input: The S3C6410 has internal 12 bit analog to digital conversion. TheTiny6410-SDK has AIN0 connected to a variable resistor for testing or analog input.

The S3C6410 A/D converter can be configured for 10 or 12 bit data (see Data SheetChapter 39). The variable resistor, W1 has been placed near the edge of the SDK sothat it will not be covered if a 4.3 LCD is mounted.

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PWM Buzzer:The Tiny6410-SDK has a piezo buzzer controlled by PWM. It isconnected to the PWM0 output (GPIO GPF14).

Temperature Sensor:The SDK includes a Maxim DS18B20 temperature sensor. TheDS18B20 measures from -55 to +125 degrees C. Each DS18B20 has a unique 64 bitnumber for addressing on a 1-wire multi-drop bus. Conversions are user selectablefrom 9 to 12 bits and the the GPIO EINT12 line can be used for 1-wirecommunications.

Note:At the time of this writing, the silk screen legend for the DS18B20 is reversedand will be corrected in the next spin.

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Infrared receiver:The SDK includes an infrared remote control receiver modelIRM3638 (or compatible), it is connected to GPIO pin EINT12. See the data sheet fordecoding scheme.

I2C-EEPROM:The SDK has a direct connection to an AT24C08 - an I2C EEPROM -which has a capacity of 256 bytes. This is mainly for users to test the I2C bus. It doesnot store specific parameters and you are free to use the entire space.

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SD Card:The S3C6410 has an SDIO interface. SDIO0 is often used for ordinary SD/uSD/TF cards. On the Tiny6410-SDK the SD socket is CON6. The interface cansupport SDHC, that is, high-speed large-capacity cards up to 32GBytes.

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SDIO-II/SD-WiFi Interface:A second S3C6410 SDIO interface is connected toCON11, a 2.0mm pitch 2x10 pin header for versatile GPIO. It has 3.3v power andground, SDIO, SPI, and I2C. Some of these can be configured as GPIO. The intentionis to allow the easy creation of small daughter boards.

Description:The SD WiFi module is not standardized, users can create shapes andsizes of daughter boards according to their needs, or purchase the appropriatepackage.

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Software resource

Linux system resources

Kernel version - Linux 2.6.38 Bootstrap (BootLoader)

U-boot-1.6.1 full source code, with configuration file to choose versionsthat start from NAND or SD

Superboot: no source code, program or run from SD Supported file systems Yaffs2: read-write file system, recommended UBIFS: read-write file system, recommended

Cramfs: compressed read-only file system Ext2 / 3: standard PC Linux file system used by Fat32: support for long file names

NFS: Linux Network File System UBIFS: Developed specifically for Flash file systems Drivers

4 standard serial driver (source code) DM9000 driver (source code) Audio driver (WM9714) (source code) RTC driver (can power down to save time) (source code) 4 user LED lamp driver (source code) USB Host driver (source code)

LCD driver

3.5 ", 4.3", 7 ", 8" LCD2VGA1024x768, LCD2VGA800x600 LCD2VGA640x480 EZVGA800x600 display driver, etc. (source code)

Four-wire touch screen driver (source code)

Precision Touch line driver (source code) The universal drive free USB camera driver (source code) USB wireless network card driver (source code) USB 3G card driver (source code) SD WiFi driver (source code)

USB keyboard and mouse driver

USB flash drives, removable hard disk (source code) SD card driver supports high-speed SD card maximum capacity up to 32G (source code) I2C-EEPROM (source code) LCD backlight driver (source code)

Watchdog driver (cold reset watchdog) (source code)

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Multimedia Drive including Jpeg, fimc, MFC

2D/3D acceleration, TVENC, TVSCALER CMOS cameras) (driver module)

SPI driver (source code) ADC driver (source code)

Basic applications,services, and testing procedures

Busybox1.17 (Linux tool set, including the common Linux commands) Telnet, Ftp, inetd (network remote login tools and services) Boa (web server) Madplay: console-based mp3 player, using the ALSA Interface Snapshot (console-based capture software)

Ifconfig, ping, route, etc. (commonly used networking tools command)

USB WiFi Kits: USB wireless network card toolset Graphics system Qtopia-2.2.0: Source code is divided into two versions. x86 and ARM QtE-4.7.0: Source code for the ARM version Qt-extended -4.4.3: mobile version of Qtopia, also known as Qtopia4

SD card automatically mount and unmount USB mouse, touch screen, keyboard Support for touch-screen calibration cycle Qtopia practical procedures

Note: The following are FriendlyARM GUI apps for testing. Source code is notprovided. ADC conversion test Hardware decoding SMPlayer, for smooth movie playback H.263/H.264/Mpeg4 Wireless LAN setup, supports thousands of USB wireless network cards, can be

set to manual / automatic IP address

Universal free USB camera imaging with dynamic preview Qt4 demo by switching desktops Qtopia4 switch 3G dial-up

GPRS dial-up Internet access, Short Message

Backlight adjustable delay and fade out

Voice recorder Language setting: can be set to Chinese, English, or Japanese. Ping test app MMC / SD cards and USB flash drives automatic mount and unmount LED control

Buttons Key Test

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I2C-EEPROM read and write test LCD test

Web browser Watchdog

Network settings (save parameters) Backlight control Readily write: Mainly used to test the accuracy of the touch pen

Cross-compiler Arm-none-linux-gnueabi-4.5.1: default to armv6 instruction set, hardware

floating point support

WindowsCE Embedded 6.0

BSP features Support to achieve fast boot (15 seconds)

Startup screen BMP can be loaded by USB. Support for SD card offline to change the boot screen Modified Nboot header files can easily customize the progress

bar color, position, length and width, and location of the boot image,and background

Backlight adjustable delay off and fade out. CMOS camera driver LED Drivers 8 key driver

PWM control buzzer driver

LCD driver (supports 3.5 ", 4.3", 7 ", 8", LCD2VGA1024x768, LCD2VGA800x600, LCD2VGA640x480, EZVGA800x600 other display

drivers, easy to modify) RTC driver

DM9000 network card driver

High-speed large-capacity SD card drivers Touch screen driver Audio input and output drivers: Based on the WM9714 chip USB, USB keyboard, USB mouse drivers Serial port driver: Currently, only COM2, 3,4 tested

Multimedia Drive (including Jpeg, fimc, 2D/3D acceleration, MFC, TVENC,

TVSCALER, etc.) Support for USB WiFi plug and play Support for USB Bluetooth Plug and Play

Easy to use serial Assistant

Key test program LED test procedure PWM test program

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Recording test procedures OpenGL test program

Android system resources

Linux kernel version used Linux-2.6.36 Cross-compiler: Arm-linux-gcc 4.5.1, defaults armv6 instruction set, hardware

floating point support Bootloader U-boot-1.6Supported file systems FAT32: format support FAT32/FAT USB and SD card, SDHC Card YAFFS2: support for downloading via USB or SD card file system image

installation YAFFS2 UBIFS: support SD card via USB download or install UBIFS file system image EXT2 / 3: run from the SD card support EXT3 file system image

Android system version and features

The first to offer Android 2.3 Backlight adjustable delay and fade-out exclusive. Support for 3G wireless Internet access (Unicom, Mobile, Telecom) Support for USB Bluetooth Plug and Play Support USB plug and play implementation

Support line to achieve precise touch, touch screen calibration cycle Support for SD-WiFi wireless Internet access Support for USB WiFi wireless Internet access USB wireless adapter Support for GPS Support touch screen for audio adjustment status bar, Back button

Support SD card Plug and Play

Android serial Assistant Test apps for LED, PWM, EEPROM, recording, playback, ADC

Ubuntu Ubuntu System Features Linux kernel version used Linux-2.6.36 Bootloader

Superboot: Boot from the SD card to load the kernel and file system Supported file systems FAT32: format support FAT32/FAT USB and SD card, SDHC Card EXT2 / 3: run from the SD card support EXT3 file system image UBIFS: support SD card install UBIFS file system image

Date post:	20-Feb-2018
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Tiny 6410 Hw Spec

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