Several projects are already underway: hofer powertrain is developing
a state-of-the-art traction inverter, including busbars and EMI filters. With additional resources and Pollmann’s extensive expertise in the high- precision series production of mechatronic components, market-ready solutions can be delivered to customers even faster. These innovations follow a design-to-cost approach, ensuring significant cost savings. Additionally, the companies are developing an innovative battery module
housing engineered for optimal thermal management and maximum structural integrity. Designed specifically for series production, this solution meets the demanding requirements of modern electric vehicles while ensuring cost efficiency through precise and rapid industrialisation.
UV6260 passes 85/85 testing, a common
accelerated aging test often requested in the automotive industry, and has outstanding environmental durability. Offering both excellent chemical resistance and great
resistance to heat and moisture, this product’s high elongation at break means it handles differences in thermal expansion and contraction well. Typical applications for Permabond UV6260 include the assembly
and manufacture of perfume or alcohol bottles, glazing, stained glass, lighting applications, outdoor signage, lens bonding, POS displays and many more.
The new Data Provenance Software Development solution establishes a
trust framework for data created at the Intelligent Edge, ensuring the data remains trustworthy and preserves its fidelity from creation to consumption or storage. Early access kits and software downloads for the solution will be available through
https://developer.analog.com/ on April 25. In recent years, embedded devices have exponentially increased processing
speed, core count, functionality and complexity – delivering reduced cost and space, but increasing the complexity of software development pipelines. Legacy developer tools often lack the flexibility and customisation required to integrate into these pipelines and the established code bases central to effective modern system design. ADI’s CodeFusion Studio System Planner solves many of these project creation and resource partitioning challenges on complex, heterogeneous devices. Using a permissibly licensed, open-source architecture, the Planner
enables flexible project creation across multiple cores and graphical resource allocation of memory and peripherals. The offering also includes config tools that are aware of the real-time operating system or firmware platform being used on a given core, exposing context-aware config settings for a peripheral or memory block assigned to a core. With added insight into system performance and accessible, open-source tools to improve resource allocation, developers will have greater ability to efficiently optimise their designs. It also enables developers to generate the code they need via a plugin-based project creation system. A set of plugins for common firmware platforms – Zephyr RTOS, ADI’s SDK, etc. – will be provided out of the box, but customers are free to duplicate and modify those project creation and config plugins for their requirements. Finally, System Planner provides a graphical utility to partition memory
resources, assigning partitions to one or more cores. This utility aims to help customers generate linker scripts or Device Tree memory overlay files. Peripheral blocks can also be graphically assigned to a core, with RTOS-aware config settings.
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