An advanced Auto Accompaniment feature provides you with access to a large collection of ethnic rhythms from around the world, with a special emphasis on Latin rhythms. In addition to Bossa Nova, Samba, and other basic rhythms, you also get Cumbia, Reggaeton, Calypso, and more! Game Ready Drivers provide the best possible gaming experience for all major new releases, including Virtual Reality games. Prior to a new title launching, our driver team is working up until the last minute to ensure every performance tweak and bug fix is included for the best gameplay on day-1.
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NovaPi is the new generation of main control board used in the MakeX Robotics Competition, featuring a high-performance M7 processor ATSAMS70N20A-AN and an STM32F030CCT6 coprocessor. There are five sensor interfaces, and six intelligent motor interfaces. The sensor interface uses serial communication, with 5V output. The motor interface also uses serial communication, with 12V output. NovaPi comes with a 6-axis sensor to measure both the acceleration and angular velocity of ratation in x, y, and z axes. NovaPi can also work with a power extension board to achieve more functions.
Specifications
- Dimensions: 85 mm × 56 mm × 13 mm
- Working voltage: 6V - 13V
- Operating current: 60mA
- Communication interface: serial / mbuild
Use mBlock 5
Use mBlock 5 to program with NovaPi.
Firmware Update
1. Use a USB cable to connect NovaPi to the computer.
2. Open mBlock 5 and add Novapi from the Device Library. Then click Connect to connect your device. (You need to start mLink first if you use mBlock 5 on the web.)
3、Click Setting, and then click Firmware Update. Click Updates in the dialog box that appears.
Hello Community,I have a question regarding the Arduino Due and the SAM3X ARM MCU. I have prototyped a project of mine over multiple stages and I am developing a board using the SAM3X. I was wondering if it possible to compile Arduino sketches onto a SAM3X embedded on a custom board rather than the Arduino.
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Derek Malloy shows how to do this using the Arduino Uno and another ATMEGA328. He essentially removes the DIP package ATMEGA328 chip from the Arduino board and pulls out the RX/TX lines to compile programs onto another ATMEGA328.
http://www.youtube.com/watch?v=_m9aciePKEk
I want to do the same process but using the Arduino Due and the SAM3X. Unfortunately you cannot take off the chip from the Arduino and try to do the same thing. I would like some advice on how to do this.
I have a couple of ideas, but I am unsure if it will work:
1 - On my custom board, pull out the ICSP pins from the SAM3X and attempt to serial program using an external ARM-type programmer with the Arduino IDE.
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* I am unsure if this will work because I do not know if compiling code on an ARM chip is a similar process as compiling on an AVR chip.
2 - Somehow prevent the SAM3X on the board to get programmed (perhaps damaging the board :( ) and then passing the RX/TX lines to the SAM3X on my custom board. Bossa Nova Robotics Competitors
* I do not know how, but if it is possible to bypass the SAM3X on the Arduino Due and compiling the code on another bootloaded SAM3X, that would be optimal.Bossa Nova Robotics News Blog
I hope the community can help me out :DThanks,
Daniel