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Delta’s Development Process for Automotive-grade Mobile Device Wireless Charging Systems Achieves TÜV NORD Taiwan ASPICE CL2 Assessment
The ASPICE CL2 assessment confirms that Delta's development process for automotive-grade smartphone wireless charging systems meets internationally recognized automotive software process maturity requirements, reinforcing product quality, engineering consistency and continuous process improvement.
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Delta, a global leader in power management and smart green solutions, announced today that its development process for automotive-grade smartphone wireless charging systems has achieved the ASPICE CL2 (Capability Level 2) assessment, conducted by the certification organization TÜV NORD Taiwan, a member of TÜV NORD GROUP. ASPICE (Automotive Software Process Improvement and Capability dEtermination) is a globally recognized framework for assessing software and systems development processes in the automotive industry. The assessment demonstrates compliance with the process maturity expectations of global vehicle manufacturers and suppliers. This milestone confirms that Delta has established standardized, measurable and continuously improving engineering and quality management processes across the product development lifecycle that are in line with the industry's demanding quality standards.
Mr. Calvin Cheng, Deputy General Manager of Delta’s Power and System Business Group, said, "With the rise of software-defined vehicles (SDV), the software complexity and safety standards of automotive electronics are rapidly evolving. Achieving the ASPICE CL2 assessment demonstrates that Delta boasts a robust development and quality management system across the entire product lifecycle, from R&D and testing to final validation. Moving forward, we will continue to leverage our engineering expertise and disciplined development processes to reduce development risks, accelerate time-to-market and deliver reliable wireless charging solutions that help automotive customers bring next-generation mobility technologies to market faster."
An example of Delta's engineering capabilities is its latest Qi 2.2 MPP-compliant automotive wireless charging module for smartphones, developed using the company's standardized development processes. Designed for both conventional and electric vehicles, the module delivers up to 25W of power, boosting a smartphone's battery to 50% in just 30 minutes. This breakthrough helps overcome the limitations of slow in-vehicle wireless charging and frequent charging interruptions caused by thermal conditions. Its advanced Magnetic Alignment technology also helps maintain charging performance despite vehicle vibrations and device misalignment. Furthermore, the module integrates NFC functionality to support digital car keys, alongside foreign metal object detection (FOD) and card protection mechanisms to ensure safe and reliable charging performance while driving.
www.deltaww.com
Mr. Calvin Cheng, Deputy General Manager of Delta’s Power and System Business Group, said, "With the rise of software-defined vehicles (SDV), the software complexity and safety standards of automotive electronics are rapidly evolving. Achieving the ASPICE CL2 assessment demonstrates that Delta boasts a robust development and quality management system across the entire product lifecycle, from R&D and testing to final validation. Moving forward, we will continue to leverage our engineering expertise and disciplined development processes to reduce development risks, accelerate time-to-market and deliver reliable wireless charging solutions that help automotive customers bring next-generation mobility technologies to market faster."
An example of Delta's engineering capabilities is its latest Qi 2.2 MPP-compliant automotive wireless charging module for smartphones, developed using the company's standardized development processes. Designed for both conventional and electric vehicles, the module delivers up to 25W of power, boosting a smartphone's battery to 50% in just 30 minutes. This breakthrough helps overcome the limitations of slow in-vehicle wireless charging and frequent charging interruptions caused by thermal conditions. Its advanced Magnetic Alignment technology also helps maintain charging performance despite vehicle vibrations and device misalignment. Furthermore, the module integrates NFC functionality to support digital car keys, alongside foreign metal object detection (FOD) and card protection mechanisms to ensure safe and reliable charging performance while driving.
www.deltaww.com
