DIRECTLY LAYING CABLES IN THE VEHICLE USED TO BE SUFFICIENT TO CONNECT THE FEW EXISTING ELECTRICAL COMPONENTS. MODERN COMMERCIAL VEHICLES, ON THE OTHER HAND, HAVE COMPLEX WIRING HARNESSES THAT CAN ONLY BE DEVELOPED AND MANUFACTURED EFFICIENTLY WITH THE HELP OF POWERFUL SOFTWARE SOLUTIONS. The number of electronic and electrical (E/E) components installed in modern off-road […]Continue reading
Also in this years webinar series FPGA Verification Made Modern, renowned experts in the FPGA field presented their methods and solution approaches for verifying the increasingly complex structures of FPGAs quickly and in high quality.
Get to know this tools and methods too!Continue reading
Continuing education is an important topic and so this year we are again training our customers in innovative design and verification processes as well as in the use of our EDA and ECAD solutions.
This is how we support you in your digital transformation.
OUR CURRENT WORKSHOP OFFERINGS FOR 2023 – REGISTER NOW!Continue reading
Also In the last webinar series FPGA Verification Made Modern, renowned experts in the FPGA field presented their methods and solution approaches for verifying the increasingly complex structures of FPGAs quickly and in high quality.
Get to know this tools and methods too!Continue reading
Electrical design is getting more complicated the electrical systems on even the “ products are sometimes beyond what 25 years ago was cutting edge for more advanced industries such as automotive. They often have big engineering teams and the best CAD tools available Today’s electrical engineers need more than basic electrical drawing software they need tools that take the complexity out of the task helping them work smarter and faster.Continue reading
The beginning of a new year is always an occasion to remember nice events of the last year. One highlight at TRIAS was the FPGA Verification Day at the end of September.
Let’s review FPGA Verification Day 2022!Continue reading
A model-based manufacturing engineering flow for the production of wire harnesses automates data exchange and captures undocumented knowledge about design rules.Modern cars, trucks and other vehicles, with their increasingly sophisticated electrical and electronic functions, also demand increasingly powerful wire harnesses. Current wire harness manufacturing processes are struggling to keep pace with this increasing complexity because […]Continue reading
The growing scale and complexity of electrical systems is driving up development costs and increasing the likelihood of failures, which in turn can lead to even higher costs or damage to brand image. The key to overcoming this challenge is to use advanced analysis and simulation tools to detect errors in the early stages of wiring designs, before they impact the manufactured system.
VeSys provides engineers with design and calculation capabilities to quickly create error-free electrical and wiring harness designs on the first try.Continue reading
Cross-industry trends are challenging traditional methodologies in multiple industries. Electrification is rapidly gaining ground, products in all industries are becoming more intelligent and connected, incorporating sophisticated electronic devices and embedded software. The only way to rise to the challenges of the markets of tomorrow is to evolve your E/E system development methodologies.
Would you like to benefit from a comprehensive E/E system development solution to efficiently develop modern smart products?Continue reading
How ECAD-MCAD INTEGRATION SUPPORTS THE DEVELOPMENT OF MECHATRONIC PRODUCTS THAT ARE INCREASING IN BOTH DEMAND AND COMPLEXITY.The number of electrical systems is rapidly growing, regardless of industry or application. The increasing size of electrical networks can raise the cost of vehicle development two-fold due to the innate cost of the additional wirinig and components and […]Continue reading
Various factors play a role in the “make or buy” analysis. All of these factors must be taken into account when it comes to the question of whether to procure I/O system software as a commercial-off-the-shelf (COTS) or to develop it internally.
Probably the most difficult to evaluate is the emotional attachment to in-house developed legacy solutions.
This white paper examines the specific advantages and disadvantages of buying a solution on the one hand and in-house development on the other in the area of E/E system development – a process also referred to as the “make-or-buy” decision.Continue reading
Are you looking for a way to improve RTL code and increase team productivity – right from the start?Then Questa Lint might interest you!Questa Lint is part of Questa Design Solutions. Questa Lint implements pre-congruent methodologies for IP, SoC and FPGA development to improve your team’s productivity from the start. It also provides pre-built test […]Continue reading
The majority of safety critical standards contain a section discussing the activities and analysis required to ensure tools deployed in the development of an electronic device won’t introduce bugs into the final product.Continue reading
The automotive industry is currently experiencing an electronic revolution. As design complexity increases, OEMs’ traditional methods and tools are barely able to meet the demands of the new automative landscape.Engineers are being asked to deliver even more sophisticated designs amidst a “perfect storm” of increasing pressures caused by complexity, cost, and change management. Generative design […]Continue reading
We had really hoped that everything would change with this pandemic … The pharmaceutical industry developed and approved a vaccine in no time at all. But then, there was a bit of a hitch with the distribution at the beginning – and then there were the ever-changing contact regulations. With a heavy heart, we had […]Continue reading
With the increasing chip complexity checking the design correctness has become a more challenging task.Continue reading
Electronics is a branch of physics (hence of electrical engineering) that analyses the emission and the effects of electrons in relationship to electronic devices.Continue reading
Since the beginning of the year, the Corona crisis has kept us from maintaining personal contacts – and so this year’s FPGA Verification Day had to be switched to the digital track. We were actually looking forward to Berlin and had already found a great hotel as a conference venue, now it was time to […]Continue reading
Requirements management is one of the 9 main management disciplines that make development processes efficient and secure. The requirements are at the very beginning of the process, which means that the more carefully the requirements are recorded and formulated, the smoother and error-free the process will be.Continue reading
Digitize sounds very similar to digitalize. Actually, the dictionary would tell you they have the same meaning. However, for us, they have very different meanings and the results of the actions are hugely different.Continue reading
We’ve done it – and are proud to be called Smart Expert Partner of Siemens Digital Industries Software for the ECAD solutions VeSys I Capital, for the development of electrical systems and wiring harnesses.Continue reading
“What do you want to be when you grow up?” This is a question which most us of us have been asked when we were children. Each of us answered with the job we esteemed the most –the job of one of our parents, that of a movie character or whatever else was going through […]Continue reading
When speaking to customers and prospects, very often we have to explain the differences between enterprise CAD software and desktop CAD software because our portfolio includes both.Continue reading
Schematic design has been part of the CAD world since its very beginning. Both schematic and layout for the IC and PCB realms were two major directions used in the CAD world.Continue reading
Many of us use 3rd-party IP to accelerate our development process and time-to-market. While IP reuse is certainly helpful, we see customers who are encountering timing and performance issues because of integration challenges. This problem becomes more apparent with design involving high-speed interfaces. Why High-speed Interfaces? Many of these problems have to do with designs.Continue reading
Normally you would expect a review at the beginning of a year – or even a preview on what is to come. Do we always have to follow trends? Why not go back even further? And so here is a little story from our Support Team with food for thought.Continue reading
Our last blog post, 5 Reasons for Small to Mid-size Manufacturers to Adopt PLM, provides insight into why PLM adoption is important for SMBs in order to meet product development goals and the benefits of selecting a solution that is designed with the SMB in mind. The below case study is a great example of […]Continue reading
Just in time for IESF 2018 in Munich we received a little story on wiring harnesses. Thanks for sharing this Vlad. Some time ago I was pulled over by the Police because my rear fog light was not switched on although it was a misty morning. Only then did I realize my dashboard warning light […]Continue reading
For Small to Mid-size Manufacturing Businesses (SMBs) who are hesitant to adopt a Product Lifecycle Management (PLM) system, this article offers the top five reasons why they should consider moving forward and investigate solutions (for their market). Reason 1: Reduce Independent Systems and Separate Silos of Data PLM provides a central location to track and […]Continue reading
In the future our blog will regularly inform you about the latest developments in the areas of Electronic Design Automation (EDA) as well as the complete digitalisation of business processes. The digital future is here already. Cloud Computing, Internet of Things, Industry 4.0 and Autonomous Driving are already part of everyday business. Nearly every day […]Continue reading