We eat boring for breakfast by the box and into the wee hours, and it has stood us in good stead. As you see, it has confused and distracted from the actual topic at hand. Let tech speak for itself, in plain machine or assy language… so to speak. Your bosses are probably writers of the info’tainment field trying to teach/force you to make boring stuff, interesting. Not poetry upon which to meditate, but numbers and CLEARER RATIOS to intrigue us. It will stand on its own without additional help, or maybe fail, with unclear help. Plz stop trying to make a topic interesting. Clearly, we would fail in following the prose to a success. It’s said the proof of a concept is repeatability by others. Or if the original is 1 lb, in my example, maybe the new one is minus 9 lb. But like dilution of a liquid w another for a 10% solution, may be done wrongly with 1 cup and 10 cups, or right with 1 & 9, perhaps a 12x reduction is 1/11th the weight. I take a 12x weight reduction to be, 1/12th. Language is said to have a mathematical basis. Posted in FPGA, Robots Hacks, Software Development Tagged 2 wheel robot, assembler, fpga, fpga bootcamp, servo, sonar Post navigation And if you have your own FPGA creation to share, please let us know via the Tip Line! If ’s FPGA escapades have you wondering how to get started, you can check out this introduction to FPGA from the 2019 Hackaday Superconference. The Pet On A Chip is a wonderfully engineered project and we hope that we’ll be seeing more such from as time goes by. Watch his Pet On A Chip in action in the video below the break. hints at an I2C bus expansion as well as a higher level programming language to make software development less of a hurdle. The results? Twelve times less weight, thirteen times less power draw, better performance, and a lot of room for growth. Programming the CPU is handled by a custom assembler written in Python. Implementing an 8 bit CPU on the amply sized FPGA left plenty of room for a VGA GPU, motor controller, serial UART, and more. Using a modern FPGA chip allows the electronics to shrink by an order of magnitude and provides flexibility for future expansion. embarked on a quest to recreate the monstrosity in miniature, calling it Pet on a Chip. Built during his high school years from the classic 1979 Frank DaCosta book “How to Build Your Own Working Robot Pet”, had learned the hard way the many limitations and complexities of the wire wrapped 74xx series logic chips surrounding its 8085 processor. When needed inspiration for his senior design project, he only needed to look as far as his own robot.

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