Macnica Americas Inc. ODSY001 Manual De Usuario
Odyssey MAX 10 FPGA and BLE Sensor Kit
User Guide Odyssey MAX 10 FPGA and BLE Sensor Kit -
13
© Mpression by Macnica Group
2.
Overview
2.1 Introduction
The Mpression Odyssey MAX 10 FPGA and BLE Sensor Kit is an evaluation board ideal for doing
Internet of Things (IoT) proof-of-concept development. The board is designed to allow users to
evaluate the use of and write software for the BCM20737S BLE module, Max10 FPGA, Energy
Micro Giant Gecko microcontroller, and the sensors included in the kit for use in their own end
products.
This kit encompass everything users need to connect wirelessly using Bluetooth
Internet of Things (IoT) proof-of-concept development. The board is designed to allow users to
evaluate the use of and write software for the BCM20737S BLE module, Max10 FPGA, Energy
Micro Giant Gecko microcontroller, and the sensors included in the kit for use in their own end
products.
This kit encompass everything users need to connect wirelessly using Bluetooth
®
Low Energy
(BLE), collect information from the environment and even add custom designs using programmable
logic.
logic.
Figure 2-1 Mpression Odyssey MAX 10 FPGA and BLE Sensor Kit
The Odyssey MAX 10 FPGA and BLE Sensor Kit contains a BLE sensor board, an FPGA expansion
board and a battery board. The BLE sensor board has a Bluetooth SMART device, a
microcontroller and various sensors. The sensors include UV and ambient light, pulse rate and
blood oximetry, temperature and humidity as well as acceleration. It also features a physical
interface to either the battery board or the FPGA expansion board. The FPGA expansion board
includes an FPGA for programmable logic, a microphone, LEDs, switches, push-buttons and
expansion capabilities to an Arduino Nano. The battery board allows the user to power the BLE
sensor board off a coin cell battery for true wireless applications. An I
2
C expansion port and a
J-Link interface to program the microcontroller are also integrated on the battery board.
The kit is designed to interact with a Smartphone via the BLE link. This communications link is
used to exercise the sensors and other interfaces by means of a complex firmware infrastructure.
Depending on individual needs, users can easily use the existing framework to implement a design
or users can modify the firmware to achieve unique design goals.
The kit is designed to interact with a Smartphone via the BLE link. This communications link is
used to exercise the sensors and other interfaces by means of a complex firmware infrastructure.
Depending on individual needs, users can easily use the existing framework to implement a design
or users can modify the firmware to achieve unique design goals.