This was a travel heavy quarter for us as we participated in quite a few trade show and training events.
If you caught up with PHYTEC at the events you may have seen some new demos. Our Applications Engineers worked hard together to whip up some exciting new demos that we could bring to our events over the quarter, starting with the phyCADE based on our phyCORE-AM62x SOM. This demo is a mini arcade with no other purpose than to be pure PHUN. While for its debut it was only loaded with PacMan, we plan to add other games to its library for future shows.
Next up we created an EV GUI Zephyr® demo using NXP’s GUI guider based on our phyCORE-RT1170 , a SOM that’s easy to develop with and integrate in a design. The demo simulates an EV charging evaluation tool and includes a night mode that activates when you cover the photo-resistor light sensor, which operates on an ADC signal.
DfM, DfT, DfA are terms you have likely heard before – Design for Manufacturing, Design for Test, and Design for Assembly, and Design for Cost – but have you heard of DfS Design for Software?
Our Hardware Engineering Lead, Zach Hudson, discussed this concept at the Open EV Charging Summit this year. He highlights how a PHYTEC phyCORE-AM62x SOM can be leveraged to accelerate a custom EVSE hardware solution. Topics covered include typical design considerations, component selection, digital and analog circuits, Linux OS and real-time interface selections, and thermal management. In this case, Design for Software principles allow for seamless integration of Pionix EVerest and Basecamp. By minimizing the impact of software it allows you to reduce your overall software development expenses for bring up and maintenance.
Read LF Energy’s blog post recapping the entire thing below, and check out the entire presentation recording while you’re at it!
Hardware Design Considerations for EV Charging Recap and Video
The BSP’s for the following products are now fully upstream in Linux:
Who doesn’t love new gear? We redesigned the carrier board for the phyCORE-i.MX 93 which serves as a reference platform for rapid application development with the SOM. Features include support for LVDS displays, a MIPI-CSI 2 camera interface and Gigabit Ethernet. Interfaces such as Ethernet, USB and others are available via standard connectors and an expansion bar enables the connection of customer-specific circuits and offers a selection of signals from the i.MX 93 processor. With a fully customized Linux® operating system and worldwide technical support, development is made easy. In addition, the phyBOARD offers enhanced security with the EdgeLock® Secure Enclave, tamper detection, watchdog timer, and temperature and voltage monitoring. You can also now download the phyCORE-i.MX 93 symbol and cell from SnapMagic! Check it out below.
While events have largely come to a close, we still have a few exciting things to look forward to in quarter 3!