TenByTen6410-OEM

TenByTen6410-OEM

The TenByTen6410-OEM ARM11 power on 10x10cm. Drop-In replacement for our MINI2440(V2). Without cables, power supply, etc.

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The TenByTen6410 is a high performance ARM11 single board computer specially designed for consumer electronics, industrial control equipment. It features exactly the same dimensions and footprint as the popular MINI2440V2 from Hiteg Ltd. and can therefore be used as a drop-in replacement for existing projects where more CPU power are needed. 

With the TenByTen6410 you can offer your customers a choice between two of your products. The MINI2440 for minimal comfort and abilities and the TenByTen6410 with high comfort and astounding visuals. And as the TenByTen6410 is a drop-in replacement you don't even have to change much to make that work. You can use any housing which fits for the MINI2440 and use it for the TenByTen6410, or vice versa. Our very own plastic enclosure for 7inch shows this ability.   


TenByTen6410 USB controlUSB control provides your TenByTen6410 the unique ability to control the USB host 5V power line, which feeds connected devices; thus, if attached devices are not responding, you now have the ability to restart them. This is extremely useful for G3, Bluetooth, or GSM modems in a 24/7 environment. Secondly, you can save energy by disabling currently unneeded devices and therefore save up to 500mA!
TenByTen6410 LCD power control

LCD control enables you to switch off the display at any given time. In this way, you can save up all that precious energy. Save up to 700mA!


TenByTen6410 Ethernet controlEthernet control enables you to take the TenByTen6410 entirely off the net. If your applicaion doesn't need Ethernet at all and you would like to prevent the user from messing with it, then simply switch ethernet off in the boot loader section, and the OS doesn't even know that there is an ethernet chip in the first place!

TenByTen6410 SDIO control
SD control gives you the power over all attached SDIO devices on port 1. Whether it is our SD WiFi module, our internal SD-card module, or your very own module, you may easily and efficiently control its power.


TenByTen6410 CVBS / S-Video controlCVBS / S-Video control enables you to switch the video amplifier completely off. This feature is extremely useful if you have to connect devices with an auto-sensing feature to the TenByTen6410. In the "OFF" state, absolutely no signal reaches the device, thus auto-sensing will find nothing and therefore no disturbing actions will occur. This is useful if more than one source is connected to a screen, or similar device.


The TenByTen6410 SBC is based on the Samsung S3C6410 ARM11 micro controller, which provides the TenByTen6410 with abundant internal resources and a powerful video processing capacity operating at a 667MHz (optional 900MHz) peak frequency. Beside its powerful processor, the TenByTen6410 is also equipped with 256MB mobileDDR RAM, 256MB/1GB (SLC/MLC) NAND Flash, as well as some common external interfaces like USB, UART, SD, LCD, Camera, audio, ethernet, etc., making the TenByTen6410 full featured and easy to use SBC. With its vigorous internal resources and excellent capacity for 3D video processing, the TenByTen6410 is fully competent for various kinds of hand-held devices, consumer electronics, industrial controllers, Mobile Internet Devices, Notebooks, etc.

The TenByTen6410 uses a reliable 8-layer PCB measuring 100mm by 100mm, it is designed and produced in strict accordance with UL and CE standards, with full consideration of signal integrity, electrostatic protection and electromagnetic compatibility to assure that the TenByTen6410 is capable of working in various environments. Hiteg Ltd. will provide an industrial temperature range version of the TenByTen6410 upon request.

On the software part
The TenByTen6410 supports a wide diversity of operating systems, such as Android, WinCE and several other Linux distributions.  Together with the TenByTen6410 we provide full featured BSPs WinCE6R3. WinCE 7 (soon) and Linux (eBoot and Kernel). The BSPs provide device drivers for all the low-level interfaces.

The TenByTen6410 is carefully designed to fit perfectly into any enclosure designed for the MINI2440v2. 


Includes

  • One TenByTen6410 Development board
    • WinCE 6 YES
    • WinCE 5.0 NO
    • Width 100mm
    • Weight 200g
    • USB Host one
    • USB device one, USB OTG
    • Serial port [TTL 3.3V] 4
    • RS232 one
    • RAM type mobile DDR 1.8V
    • RAM 256MB
    • OS less have
    • NOR NONE
    • NAND 256MB, 1GB, SLC and MLC versions
    • Linux-2.6.3x YES
    • Length 100mm
    • LCD I/F have, IIC controlled
    • JTAG have: 10pin
    • Height PCB:1.6mm | bottom solder: 2.5±0.1mm
    • GPIOs total: 56
    • Ethernet DM9000AE 10/100MBit
    • CPU type ARM11
    • CPU speed 667MHz, optional 800MHz
    • CPU SAMSUNG S3C6410
    • Camera I/F 8Bit, IIC control
    • Buzzer YES
    • BUS I2C
    software Debian Bootstrap for ARMEL

    Explains how to setup and build a debian distribution for ARMEL CPUs, like SAMSUNGS S3C2440 as found on the MINI2440 as well as for SAMSUNGs S3C6410 SOC found on Hitegs TenByTen6410


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    hardware Assembling the MINI2440 or TenByTen6410 board into the Plastic Enclosure for MegaDisplay 7S

    Instructions on how to assemble the MINI2440, MINI2440v2, or TenByTen6410 into Hiteg's Plastic Enclosure for MegaDisplay 7S


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    hardware Proper usage of a touchscreen connector

    A step-by-step tutorial instructing you how to properly connect a touchscreen's 4pin cable into its display controller PCB's connector.


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    software Unleash the power of the TenByTen6410

    The TenByTen6410 is a power house, no question.
    However, coming from the MINI2440(v2) the visual effects and performance are not “earth shaking” as expected or hoped for.
    Are you one of those users who feels disappointed by the graphical performance?
    Do you want to know what you have done wrong in the past and now?


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    software Install WinCE6R3 to NAND Flash

    A detailed, step-by-step tutorial in how to install WinCE6R3 from a SD-Card to SLC and MLC NAND


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    hardware Proper usage of an LCD connector

    A detailed article instructing you how to properly connect an FFC into an LCD connector with the necessary precautions to take.


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