CAD/SOFTWARE FEATURE When we think about current trends and consumer needs shaping the
technology created, there is a greater demand for smart technology more than ever – but this can be challenging to develop. Smart products require detailed modelling and simulation of complex systems, meaning the development of embedded software needs to be mastered in the context of the complete product. We can see this taking place
with the customer Bosch Car Multimedia, which is utilising the smart product development solutions to combine vehicle technology and the data cloud, as well as digital services, to offer complete mobility solutions to drivers and passengers. Connectivity opens new horizons to develop smart vehicles and mobility services that make cars safer, more efficient, more convenient and more fun. Using the systems engineering solution, Bosch Car Multimedia is able to eliminate silos, increase productivity and accelerate time to market.
VIRTUAL IS THE WAY FORWARD Innovation is not limited to what can be made physically, but ideas can be
continuously built upon in a virtual environment and undergo numerous tests. Designing and engineering products in a virtual environment also reduces product waste. As the government continues its mission to net zero, and consumers are increasingly looking at their business’ carbon footprint, virtual design and engineering technology can support in driving sustainability initiatives. CATIA solutions can also support in helping to select the right materials for a new product and, at this stage, users can select the most sustainable. From Bosch Car Multimedia
to Dasan Consultants and Eviation Aircraft, customers have fully embraced our solutions to create truly
innovative products. This technology is beneficial for businesses that want to maintain a competitive edge. Those who successfully and strategically implement this technology early will be able to innovate faster and, going forward in this new normal, be even more resilient.
Dassault Systèmes
www.3ds.com
“Digital prototyping, combined with digital analysis and simulation, allows product development teams to create and analyse a virtual mechanical product in its operating
environment. This enables them to ensure that the design will satisfy customer needs virtually, before making the investment in creating physical prototypes”
J-LINK SOFTWARE FOR LINUX ON ARM
SEGGER’s portfolio of J-Link software is now available for Linux on ARM, for both 32-bit and 64-bit platforms. This includes both the command-line programs and GUI tools such as J-Flash, J-Flash SPI, J-Scope, the J-Link Configurator and the GUI version of the GDB Server. “J-Link can now be used on Raspberry Pi
and other ARM-based machines, without any limitations,” said Alex Grüner, CTO at SEGGER. “Small single-board ARM computers now offer the same functionality as x86 powered machines. The inexpensive Raspberry Pi and similar boards are now viable options, especially in test farms and production environments.” J-Link for Linux on ARM supports the
same target devices and features found in existing J-Link packages for other platforms. This includes high-speed download into flash memory and an unlimited number of breakpoints, as well as the GDB Server to make it compatible with all popular development environments, the company explains.
SEGGER
www.segger.com
NEW PLUGIN ALLOWS ENGINEERS TO PLACE CAD MODELS FROM THE CLOUD DIRECTLY INTO THEIR DESIGNS
SnapEDA has launched a new plugin for Altium Designer to cater to engineers and product designers who want to search, discover, and then place parts directly within their PCB design tool. This contains CAD models for millions of electronic components, which can be placed directly onto an Altium Designer schematic or layout for instant use, or added to the designer’s library folder for future use. Prior to launching this new plugin, designers would
use SnapEDA’s web platform to download CAD models, and then import them into their designs. This new plugin removes the extra step of importing the CAD model, and then placing or saving it to a library folder, in addition to creating a native experience for searching directly within Altium Designer. This means that engineers will no longer have to leave their design environment when adding CAD models into their designs, further streamlining their workflows. The plugin’s component database is also updated in real-time as soon as new supplier parts are added
to the SnapEDA ecosystem. In addition, designers can also request CAD models via SnapEDA’s InstaPart service – a popular service among large OEMs –when they are unavailable. So, after installing it, designers simply search for a part they need, and will be prompted to either
place or save the part to a desired library, or project. All models imported via the plugin are native Altium .SchLib and .PcbLib file types. The Altium Designer plugin by SnapEDA is available for free at
www.snapeda.com/plugins. For corporate
customers who are unable to install add-ons, they can access native library files from SnapEDA’s website and simply double-click to open them. SnapEDA also offers other innovative tools for engineers such as InstaBuild, a free computer vision-
based CAD model creation tool, and InstaVerify, its patented real-time CAD model verification technology. SnapEDA
/ DESIGNSOLUTIONS
www.snapeda.com DESIGN SOLUTIONS | FEBRUARY 2021 37
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