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Oxeltech Case Studies: Success Stories of Our Innovative Technology Solutions

Embedded World 2023

Global Platform for the embedded community

Oxeltech exhibited in Embedded World Exhibition & Conference 2023. A talk was also given on the topic of ‘Speed Up Your Hardware Design‘ by Oxeltech CEO Fahad Rahim Bhatti. The response from potentials clients and partners from across the globe was great.

Oxeltech will be partnering with various EU and International companies in the coming months to build their hardware and embedded products for eMobility, Agriculture and Industrial IoT applications.

Embedded World 2024

Oxeltech's Keynote at EmbeddedWorld2024 about Use of AI in Hardware Development

At EmbeddedWorld2024, Oxeltech presented its use of AI for the development of hardware to accelerate hardware development and improve quality controls. 

Our CEO and Electronics and Embedded Expert, Fahad Bhatti, showed how using latest tools, you can reduce your time to market and increase the quality of your hardware products.

You can have a brief look at the tools you can use to accelerate electronics development in these slides

Fahad Bhatti CEO

Adaptation of BMS master SW for new battery variant

A leading German Battery manufacturer required a working BMS master software for a battery variant. They wanted us to adapt existing software from another battery and add product specific features.

We adapted the existing software to make it work with the new hardware configuration. This required modification of various state machines, adding CAN communication with vehicle, interfacing an on-board charger (OBC), adding bootloader, solving various bugs in the existing firmware, interfacing isolation monitor, error reporting etc.

All the given requirements were satisfied with a stable firmware behavior and now the customer can use the new battery in the vehicle.

Tools

Eclipse, VS Code, PCAN Explorer, PCAN View, STM32CubeMX

BMS

Adaptation of BMS SW for Battery used in an Electric Car

Oxeltech GmbH embarked on a significant project to develop custom BMS software for a new battery variant in collaboration with a leading German Battery manufacturer. Our task involved integrating the software seamlessly with the low-power STM32 processor. We meticulously adjusted state machines, implemented CANOpen communication protocols for diagnostics, PDOs/SDOs, and other critical features. Additionally, we successfully interfaced an on-board charger (OBC) and integrated a UDS bootloader to ensure secure firmware updates. Throughout development, we prioritized identifying and resolving firmware bugs while implementing robust error handling mechanisms. The outcome is a stable, high-performance firmware solution tailored to meet the precise requirements of the customer’s innovative battery technology.

Our partnership with the customer underscores our dedication to delivering customized solutions that seamlessly integrate with advanced hardware platforms. Leveraging our expertise in embedded systems and proficiency with STM32 series processors, we enhanced the BMS software’s functionality.

Tools

Eclipse, VS Code, Altium, Ozone, PCAN Explorer, PCAN View, STM32CubeMX

Porting of Engine controller firmware to STM32

The microcontroller our customer used for their engine controller was discontinued. This was a serious problem for them as they would be unable to sell those products in the future without changing the hardware. They required experienced firmware developers to port the firmware to STM32 hardware they were developing in-house.

We ported the previous bare-metal application to STM32 application running on FreeRTOS. Separate RTOS tasks were created for CAN, Display, Memory and the main control application, while keeping all the existing functionality intact. Customer can now continue selling their popular product to new and existing end users.

Tools

STM32CubeIDE, FreeRTOS

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