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Next Gen State-Of-The-Art Embedded Systems Development Platform Announced by EmbeddetechMarch 19, 2020 | Embeddetech
Estimated reading time: 2 minutes
Embeddetech has announced a powerful yet inexpensive platform for rapidly building electronic hardware prototypes. The platform is expected to revolutionize the development of software that runs on microcontrollers, called "embedded software," by leveraging state-of-the-art microprocessor virtualization technology.
The design and fabrication of custom electronic hardware is typically a prerequisite to developing and testing embedded software for new product designs, for hobbyist projects, as well as for many applied research efforts. This has demanded the time and cost of designing and fabricating custom printed circuit boards which provide the microcontroller with the necessary inputs and outputs to allow the software to perform the necessary tasks.
The new platform's first innovation involves virtualizing the microcontroller so that it can run on a normal computer in a virtual environment. In this environment, virtualized components can be effortlessly connected to the microcontroller. The virtual components behave just like real components as far as the virtualized microcontroller is concerned, and provide the same behaviors to the user, like touch screen LCDs, sensor inputs and outputs.
The platform's versatility was initially driven by an unlimited number of virtual components; however, the virtual microcontroller is now able to interface directly to hardware components with the introduction of Embeddetech's QuickDAQ.mikroBUS™ development board. This development board provides the most common electronic interfaces to the "real world" and can be connected to the virtual microcontroller as easily as other virtual components. Developers only need to connect the necessary individual components to complete their custom development system, without having to completely design a new platform from scratch.
The QuickDAQ.mikroBUS™ development board is the first in a QuickDAQ product line which is geared towards incorporating real-world hardware into the virtualized simulation loop. The QuickDAQ.mikroBUS™ allows virtual microcontrollers to interface to three mikroBUS™ slots, which are industry standard slots which have become a de facto standard in the embedded systems community. MikroE, the company that first standardized the interface, offers over 750 Click boards™ which provide a comprehensive variety of sensor inputs, output controllers, and connectivity solutions.
A Kickstarter campaign will be launched on March 18th, 2020, to fund the final design, testing, and production of the new platform. Embeddetech is partnering with MikroE in the promotional Kickstarter offering, by bundling the QuickDAQ.mikroBUS™ with a variety of Click boards™. The bundle options will provide developers with a wide variety of peripherals to construct their desired development platform. Early bird backers of the Kickstarter campaign will get Click discounts of 35% as well as a discounted QuickDAQ.mikroBUS™. All backers will additionally receive a Virtuoso embedded virtualization software license, worth $150, for one year of non-commercial use.
Absolute EMS, Inc., an award-winning EMS provider of turnkey contract manufacturing services, continues to harness the power of nitrogen to enhance the quality, reliability and efficiency of their manufacturing processes. The company’s state-of-the-art facilities are equipped with nitrogen reflow ovens and selective soldering machines, ensuring consistent, high-quality results for every project.
Altus Group, a leading supplier of capital equipment for the electronics industry in the UK and Ireland, has added to their product line-up with MagicRay’s latest innovation in inspection, the V320 THT Pre-Reflow AOI system.
Repair of soldered components is a constant necessity in the electronics industry. Product performance enhancement, damaged components, and exchange of wrong placed components are some of the motivations behind a repair. Dispensing and placing a 400 μm pitch component manually is very time consuming and could cause collateral damage to the already populated components. A novel automatic repair method and tools with no human interaction were developed. Learn about this method…
One of my great joys as a grandfather of eight is spending time with them at the park. It doesn't take too long until I'm getting stuck on a slide that is too small for me or on the seesaw, with me on one side and them trying to lift me. At that point, they learn some harsh lessons in physics and how heavy Grandpa really is. A seesaw is a relatively simple device, but it’s a great way to explain a rather complex concept in PCB design: design tradeoffs. Each decision made throughout a design comes with inherent pros and cons.
IPC’s Kris Moyer teaches design techniques for embedding components, and he’s noticed an upswing in his students’ interest in embedded component design. We recently spoke with him about embedding component design: best practices, pros and cons, and when it makes sense for designers to start embedding.