Monday, November 21, 2016

Mpression Odyssey MAX 10 FPGA and BLE Sensor Kit

FPGA development board kit is a chipset based boards developer kit AltMerupakan FPGA Altera MAX chipset-based non-volatile FPGA 10 in which the sensor module is already accompanied kit with bluetooth connectivity 4.0 / Bluetooth low energy (BLE). FPGA development board kit is also compatible with mobile applications for smartphone operating system Android and iOS. With these applications you can monitor the measurement and processing of the data generated by the sensor through BLE connectivity directly from your smartphone.

Here are the features offered by this FPGA development board kit:
1. Mpression Odyssey MAX 10 FPGA
- Powered by Altera MAX 10 FPGA chipset
- Equipped with dual-configuration feature, analog-block, instant-on, and DSP-block
- Supported auxiliary processor NIOS II 32-bit
- Compatible with Arduino
- Equipped with microphones, switches, and led as input and output components.
2. BLE Sensor Kit
- Equipped with Bluetooth® connectivity SMART / Bluetooth Low Energy (BLE) with high speed data transfer.
- Equipped with a wide variety of sensors (light and UV sensor, proximity sensor, heart rate sensors, blood oximetry sensor, temperature and humidity sensors, and accelerometer sensor)
- Supports expansion I²Cera sensor interface through MAX 10 non-volatile FPGA has been accompanied in which the sensor module kit with bluetooth connectivity 4.0 / Bluetooth low energy (BLE). FPGA development board kit is also compatible with mobile applications for smartphone operating system Android and iOS. With these applications you can monitor the measurement and processing of the data generated by the sensor through BLE connectivity directly from your smartphone.

Here are the features offered by this FPGA development board kit:
1. Mpression Odyssey MAX 10 FPGA
- Powered by Altera MAX 10 FPGA chipset
- Equipped with dual-configuration feature, analog-block, instant-on, and DSP-block
- Supported auxiliary processor NIOS II 32-bit
- Compatible with Arduino
- Equipped with microphones, switches, and led as input and output components.
2. BLE Sensor Kit
- Equipped with Bluetooth® connectivity SMART / Bluetooth Low Energy (BLE) with high speed data transfer.
- Equipped with a wide variety of sensors (light and UV sensor, proximity sensor, heart rate sensors, blood oximetry sensor, temperature and humidity sensors, and accelerometer sensor)
- Support the expansion of the sensor via I²C interface