| Features |
Device |
Description |
| Processor |
Atmel SAMS70Q21A-CN |
32 bit ARM Cortex M7, 300MHz, 2048 Flash, 384k RAM |
| TransferJet™ |
Toshiba TJM35420 + Antenova ‘Zoma’ coupler |
Toshiba TransferJet™ module with SDIO processor interface, up to 240Mbps net data rate |
| Memory |
16Gb NAND flash |
2x 8Gb NAND flash |
| Navigation |
Ublox EVA-7M + u.fl connector for active antenna |
GPS/QZSS, GLONASS module with 2.8V active antenna supply |
| Accelerometer |
3-axis linear accelerometer |
Up to +/- 8g acceleration and 800Hz data rate |
| Compass |
3-axis magnetometer |
Up to +/- 1200 µT magnetic sensor and 800 Hz data rate |
| Light sensor |
IR/visible/UV light |
Integrated IR proximity detector, UV index sensor and ambient light sensor |
| Acoustic sensor |
Digital microphone |
Frequency response up to 10kHz |
| Temperature |
I2C digital temperature sensor |
Accuracy: ±1°C Typical (–10°C to 100°C) |
| Interfaces |
Connector |
Description |
| Camera |
Panasonic AXT530124 connector |
Support for OV5640 5MP parallel camera (XGA 1024×768 image capture, QVGA 320×240 video 30fps) |
| Touchscreen Display |
Molex picoblade |
SPI, I2C port provision and GPIO for external serial touchscreen display |
| USART + GPIO + PWM |
Molex picoblade |
4 wire USART port, GPIO and PWM audio for headphones |
| USB High Speed |
Micro USB 2.0 type AB receptacle |
USB 2.0 Device/Mini Host High-speed (USBHS) at 480 Mbps. USB power and charging |
| Battery supply |
JST 2 way connector |
4.2V Li-ion battery supply input/charger |
| Programming |
Molex picoblade |
Serial Wire Debug (SWD) programming interface with Serial Wire Output (SWO) trace |
The TransferJet™ Sensor Board is provided with a Micro Python programming interface which greatly simplifies the use of this platform. You can write your own Micro Python application or run one of our example applications to get going quickly:
- Pedometer
- Digital Compass
- JPEG image capture with GPS geo tagging
- Video recorder
- Sound recorder
Simply upload your application as BOOT.PY from your PC over a TransferJet™ wireless connection and your application will be run following the next boot. Debug can be achieved using a serial console, LEDs, and log files and a Python shell is also available via console.
Icoteq ICO-TJSB-500 TransferJet Sensor Board Product Brief
For more information on some of the key components and technologies used in this product, please refer to the following websites:
Accessories for the ICO-TJSB-500:
The parallel camera interface on the ICO-TJSB-500 is compatible with the E-Con camera e-CAM52A_5640_MOD – 5 Mega Pixel Parallel Camera Module based on the OV5640 image sensor. For more information please visit https://www.e-consystems.com/5MP-parallel-camera-module.asp
If your laptop or PC does not have embedded TransferJet™ you will need a TransferJet™ USB adapter to wirelessly connect to your board. These are widely available through Amazon and other online retailers. For more information please visit http://www.amazon.com/ and search for “TransferJet”.
This product is an evaluation kit designed for laboratory use only for the purposes of component evaluation and software development by professional engineers. This product is not intended for any other use or incorporation into products for sale.
Icoteq Ltd reserves the right to make changes to this product without further notice.
Icoteq Ltd makes no warranty, representation, or guarantee regarding the suitability of this product for any particular purpose. This product is not intended or warranted for use in critical systems where a malfunction or failure may cause loss or injury to life, or damage to property.
Icoteq Ltd assumes no liability whatsoever for this product for any loss or damages howsoever caused, including without limitation loss of profits, loss of opportunities, or business disruption of any kind.
Users of this product should carefully read the limitations of use for any of the components used within this product to assess their suitability for any product or application. Icoteq Ltd does not recommend any of the circuits used within this product as suitable for any particular application. Users of this product are solely responsible for evaluating and determining suitability of using these components and circuits in their own designs. Icoteq Ltd assumes no liability for customers designs and applications.
Do not use or otherwise make available this product or related software or technology for any military purposes, including without limitation, for the design, development, use, stockpiling or manufacturing of nuclear, chemical, or biological weapons or missile technology products (weapons of mass destruction).
