•Design with non-volatile, instant-on MAX 10 FPGA
•Interact with a wide range of sensors including: Light, Gesture, Temperature and Humidity
•Leverage the benefit of dual-configuration options.
•Use the integrated analogue blocks with the new analogue toolkit in Quartus II
•Reduce board area, cost and complexity using Enpirion power solutions with MAX 10 FPGAs
•Implement a single chip integrated solution using Altera's Nios II Gen2 32-bit RISC soft core processor
•Explore TI’s analogue products which drive the majority of the board’s functionality
•Leverage full- featured IoT hardware and software
•Use Arrow’s BLE/WIFI BeagleBone compatible cape, showcasing Texas Instrument’s new families of BLE and WiFi solutions
•Capture a 8M-pixel CMOS image using a MIPI interface
Agenda
•Introduction to MAX 10 FPGA Architecture
•Using Altera Development Tools and IP
•Introduction to the DECA Evaluation Board
Labs
•FPGA Introduction Lab: Going over the basics
•Qsys Introduction Lab: Using System Console to display the board temperature
•Embedded Systems Lab: Building a Nios II Gen2 processor system
•Data capture using the MAX 10 ADCs
•Interact with your Smartphone and DECA development kit using your BLE/WIFI module
•USB2.0 to SD/MMC reference design
•CMOS image capture using the MIPI camera interface and output to HDMI
•Interact with the Gesture Sensor using the Nios II Gen2 processor
•Boot Linux on the DECA platform
PC Requirements (laptop needed):
•Windows 7
•4 GB RAM
•Minimum of i3 core
•Approximately 20 GB free hard disk space
•Internet access
Register Today for only $99 for your hands-on workshop and 3-in-1 DECA Development Kit Bundle featuring the DECA Max10 Board, Texas Instruments BLE/WiFi cape and a camera module.
To register please click on your chosen location and enter your details, then place an order for DECA-WORKSHOP with your local Arrow sales office.
Your development kit bundle will be delivered at the event.
Your reminder emails will supply all Getting Started Information for your workshop.
