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 rethink things. So first we cut the whole day into to half (after all, who can take an online conference for a whole day) and then create an interesting agenda.
No sooner said than done – invitations sent, posts on social media – and the registrations for the first digital edition of FPGA Verification Day came in non-stop. In the end, almost 100 participants from 15 countries participated!
On top of the agenda on September 26th were the latest findings from the Wilson Research Group, presented by Harry Foster in person. Harry had recorded the presentation for us beforehand – the time difference to his home office in the USA was simply too great. The highlight of this presentation were the European figures, and caused great interest among the participants.
Stefan Bauer followed up and presented a large number of progressive verification solutions for the challenges identified in the study, as well as a practical “road map”.
Tobias Baumann is a physicist and FPGA developer and could really go into depth. FPGAs are also used in medical technology nowadays, and verification plays an even more important role due to potential patient risks. His lecture explained in detail how FPGA development should be carried out based on IEC 62304 in the medical technology – although the relevant documents do not have to be submitted for approval. However, safety first in the medical world!
As every year, there was also a prize to be won – and we had come up with a quiz for this. During the coffee break, the participants were asked their first questions. Since the questions related to the previous presentations we could see who had really listened 🙂
The tendency towards VHDL and the use of UVVM in Europe are increasing and so, Espen Tallaksen’s presentation after the coffee break was another program highlight The extensions to the ESA project in particular appear to be very exciting.
Finally, Hans-Jürgen Schwender addressed another important topic – the tracking of verification results. solutions offer a unified environment to create, reuse and approve requirements, but for the most part go no further. The solution is a new integration of Questa in Polarion ALM – a great help.
Under normal circumstances, we would have invited everyone to lunch at the end. Unfortunately, in this case it was only “virtual” – however, the experts were again available to answer numerous questions.
Of course, we also carried out a short survey after the event – and among other things, we wanted to know whether an online conference or personal networking in Berlin is preferred. We shouldn’t have been surprised that the majority would prefer a FPGA Verification Day 2021 live online version ….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 our little minds at that time. Now my children are at the age when they are receiving such questions. The answers are funny, ranging from software developer to ski instructor and from professional gamer to vlogger or famous singer.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 this.
Germany-based Ottobock, now produces the world’s only active prosthetic foot and ankle solution available in the market – the emPOWER Ankle (formerly from BionX Medical). It replaces the function of the muscles and tendons with an actively driven ankle joint, and supports the user by supplying additional energy while walking.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 for the rear fog light had been on for quite some time. The Police was kind enough to give me a warning only, so I went to an auto repair shop to check that rear fog 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 manage all product related information such as component data, Bill of Materials (BOMs), product documentation, engineering changes and revisions, quality issues, and compliance data. These systems reduce the number of manual/home-grown systems that are commonly used by SMBs (such as Excel spreadsheets, network files and folders, and paper process), for managing engineering documents/drawings, datasheets, and manufacturing files. PLM provides a single system for all users to access this information and delivers more accurate product information, improves knowledge sharing and supports better design processes. In addition, PLM can support better resource allocation for the SMB’s already strapped staff by eliminating the time required to keep spreadsheets/files up to date and cross referencing between spreadsheets.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 we hear about new developments and progress in the fields of FPGA design, PCB design and wiring harness design. Progress only spoken about yesterday has become reality today. The necessity for Lifecycle Management Systems for new products (PLM) and application development (ALM) is more important than ever before.
Together with international industry experts we will regularly bring you constructive suggestions, news and technical information. Let us inspire you with our vision for the digital world to become a reality.
Your TRIAS TeamContinue reading