What's in the box? Mini6410 with 256M RAM, 1024M NAND. 5V 2A power supply. Ethernet Cross Cable (direct to your PC - don't need a hub). A normal USB to miniUSB Cable. Null MODEM Serial Cable. Parallel port Wiggler style JTAG emulator - can not be used with USB to //port adapters. DVD with docs, images, sources, and tools chains - English manual is in process so DVD has Chinese manual. Check the andahammer.com Downloads page for English doc updates. A free USB to Serial converter if you need one and ask for it in the comments section of the shopping cart.

 

This unit can directly connect to the 3.5", 4.3", and 7" LCDs and the EZVGA adapter. The S3C6410 can handle a very board range of other LCD types and sizes.

 

Customers who use JTAG often get the O-Link USB JTAG Debugger. It is much faster that a Wiggler style and does not need a parallel port. Also popular are the MiniRS232 and the Universal RS232 adapter to add COM ports.

 

Please note: The Mini6410 DB9 Serial COM0 connection is DTE like a PC. It is "normal" in that sense, but it means to connect to your PC you need a NUll MODEM or a crossover cagle. The Mini6410-SDK ships with a serial cable with blue ends. This is a crossover cable! Pin 2 on one end is pins 3 on the other. (The Mini2440 ships with a white cable. It is a straight cable for using DCE connected to a PC. Pin 2 on one end is pin2 on the other.)

 

DB9 Pin       Mini6410        Mini2440 

  1                nc                    nc
  2              RSRXD0          RSTXD0
  3              RSTXD0          RSRXD0
  4                nc                   nc
  5               GND               GND
  6                nc                   nc
  7              RSCTSn0         RSCTS0
  8              RSRTSn0         RSRTS0
  9                nc                   nc





CPU/SOC	S3C6410, Samsung
Core/Clock	ARM1176JZF-S. Factory software set at 533 MHz. 667 MHz max.
RAM	256 MBytes DDR2 (32 bit buss)
Flash	1  GByte NAND Flash
	1  1024 Byte EEPROM on IIC Interface
LCD	Sharp 4.3" 480x272
Touch screen	Integrated in Sharp LCD panel
Ethernet	RJ45 10/100M with DM9000
Serial	1  DB9 RS232 COM0
	4  TTL COM0, 1, 2, 3 with 4-wire sockets  1x4 2mm
USB	1  MiniUSB Device USB2.0
	1  USB Host USB1.1
Audio	Stereo out - 3.5mm Jack
	Built in Microphone
TV	RCA Jack Composite TV output
IR	Infrared Receiver
SD	SD Card standard size. Up to 32 GBytes
SDIO	SDIO header for SDIO WIfi, etc. + SPI and IIC.  2x10 2mm
Alarms	PWM Buzzer on board
User Inputs	8  user push buttons/interrupts
	1  Reset push button
	1  Pot for A/D test
	1  Power switch for 5V power
	1  NAND/PROG switch (PROG is same as NOR)
	1  Microphone
	1  IR Receiver
Indicators	4  User LEDs, Green
	1  Power LED, Red
JTAG	10 Pin JTAG Header 2x5 2mm
LCD	40 pin header,    2x20  2mm
	41 pin Mini/Micro2550 style for FFC
GPIO	30 pin header  2x15  2mm
Camera	CMOS CAM130 or similar.  2x10  2mm
Bus Expansion	2x20  2mm
External Int.	Buttons/Interrupts 1x10  2mm
RTC	Battery BAcked RTC
Software	Supeboot - can auto-program flash from an SD card.
Linux	Linux 2.6.x kernel supports all I/O.
	with file system Qtopia 2.2.0 + Qt + Qt/E
Ubuntu	Some users have loaded dev tools and worked entirely on Mini6410.
Android	Android 2.0
WinCE	WindowsCE6.0r3  .Net Custom/English builds available.
PCB	6 layer 11x11 cm.
Reliability	Less than 1% failure incoming test. Field failures are too low to have
	statistics at this time.

 From the FAQ page.

Q: I am trying to use "SDFlasher" to make a bootable SD for a Mini6410. SDFlasher won't recognize SD cards on my Windows computer. Is the software broken?

A: Right click on SDFlasher and "Run as Administrator". On one of our laptops, in Administrator mode, SDFlasher finds SD cards in the built in reader and in USB to SD adapters. Once they are found, "Relayout" the cards. Then, click on them in the SDFlasher line item window again so they say YES they can be programmed instead of NO. Remember to point the source file to the version of Superboot you will be using.