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DECA – Arrow’s Altera MAX® 10 evaluation kit
Arrow Electronics introduces the DECA evaluation kit, available at https://www.arrow.com/en/products/deca/arrow-development-tools
Questions? deca [at] arrow [dot] com
DECA is equipped with many different sensors and interfaces to address a wide range of applications. DECA features the MAX® 10 FPGA with two ADC blocks, temperature sense diode, onchip-RAM, user flash memory, dual non-volatile self-configuration images, and an external memory interface connecting to DDR3.
One MAX10 FPGA (10M50DAF484C6GES)
The DECA Linux project has been completed. This release is for early adopters as this material is currently provided as a pre-release. Once this material has been finalized, it will make its way to RocketBoards.org where everything Altera Linux resides.
Please provide your updates and feedback to: deca [at] arrow [dot] com.
Demo.bat – contained in the completed lab zip, this quick download allows you to try the completed lab on your DECA board
Demo.bat – contained in the completed lab zip, this quick download allows you to try the completed lab on your DECA board
Demo.bat – contained in the completed lab zip, this quick download allows you to try the completed lab on your DECA board
Demo.bat – contained in the completed lab zip, this quick download allows you to try the completed lab on your DECA board
Demo.bat – contained in the completed lab zip, this quick download allows you to try the completed lab on your DECA board
Demo.bat – contained in the completed lab zip, this quick download allows you to try the completed lab on your DECA board
Demo.bat – contained in the completed lab zip, this quick download allows you to try the completed lab on your DECA board
Demo.bat – contained in the completed lab zip, this quick download allows you to try the completed lab on your DECA board
The following reference designs were created by Terasic to interact with each FPGA peripheral. These demonstration designs can be found on the DECA system CD download available here
In some cases, the labs may differ so people with REV B boards may have an extra step to take. You can use this reference design to determine what board revision you have. which_deca_rev.sof Download this .sof file to your board and view the LEDs
Additionally, you can launch nios2-terminal from the Nios II Command Shell to see this:
https://www.intel.com/content/dam/altera-www/global/en_US/uploads/4/47/Which_rev_console_output.jpg [ Which rev console output.jpg - click to view image ]
There are two reference designs provided and a programming file that can be used to return the board to the factory default setting.
Community support is provided during standard business hours (Monday to Friday 7AM - 5PM PST). Other contact methods are available here.
Intel does not verify all solutions, including but not limited to any file transfers that may appear in this community. Accordingly, Intel disclaims all express and implied warranties, including without limitation, the implied warranties of merchantability, fitness for a particular purpose, and non-infringement, as well as any warranty arising from course of performance, course of dealing, or usage in trade.
For more complete information about compiler optimizations, see our Optimization Notice.