Lack of unified management of multiple types and models of electronic components, resulting in difficulty in accuracy of EBOM data.

Difficulty in collaboration among mechanical, electrical, and software disciplines during product development, and lack of a unified platform for collaborative R&D.

Difficulty in R&D progress and project control, inability to monitor task execution in real-time, and difficulty in controlling the cycle from design results to manufacturing process.

From serial product design to production process design, from design results, design simulation, sample testing to engineering verification and production manufacturing BOM release process, industry enterprises require clarity, transparency, and controllability to accelerate product launch.

Standardize the management of product design process, achieve project initiation, project plan management, project team and task management, multi project matrix diagram, WBS layer by layer decomposition of project plan, and automatically and dynamically reflect project progress through various report forms, achieving information communication among project members. Promote product R&D collaboration, achieve efficient collaboration and data integration among multiple functional teams in the product process.

Design data platform sharing, design process collaboration, and model data synchronization for the electromechanical software design process.

Implement deep integration of design software such as Altium, Eplan, Pads, ACE, Mentor, Cadence, etc., and achieve a unified component library. Provide a central design library and a process for managing, developing, publishing, and distributing ECAD design libraries, supporting the use of central libraries across multiple regions, supporting multiple design tools, and supporting multiple product library configurations.

Support BOM report view management and search for management files. Support the management of design master BOM and derived BOM, as well as publishing BOM and its associated design file packages to PLM. At the same time, it also supports the management of hierarchical BOM for different production processes.

Manage software code security, manage the correct version of the software, and achieve complete transparency and traceability in engineering data. From requirements to design, testing, and release and deployment, collaboration and communication among project stakeholders have been optimized, improving the decision-making process.