HAOSENsoft ECAD Connector can manage a variety of ECAD tools from multiple suppliers. The device library can be unified and controlled, data redundancy can be decreased, and the reuse rate of devices can be optimized and increased. At the same time, through integration, more automated and standardized management of data and BOM data can be greatly improved the work efficiency of designers, allowing them to devote more time and energy to product R&D, thus improving the efficiency of the entire R&D team, shortening the product development and design time, and realized the transformation from time to value.
Optimizing the development process of existing electronic products, establishing corresponding management processes, standardizing the release and change process of electronic data.
Achieving a unified data management system with product structure as the core, and electronic data are organized according to the product structure tree.
Users can browse and comment and review independently of the software environment through the integrated visualization function.
Reducing Designers’ manual repetitive work through integrated BOM analysis and simultaneous data check-in functions.
Verifying whether the devices used in the design match the material information in the device library in Aras PLM to reduce design errors.
Synchronizing the device library information of EDA tools with the material library information in Aras PLM, standardizing the using of new devices, and improving device reuse rate.
Managing the software development process and its version control.
ECAD integrated tools cover most EDA design tools on the market, such as Altium, Eplan, Pads, ACE, Mentor, Cadence, and etc.
ECAD integrated tools provide a highly customized design toolset to meet different designer's application scenarios.
ECAD integrated tools in under native development, have great advantages in tool stability, system compatibility, and execution efficiency.
Providing standard API calls and industry-standard methods based on standard adapters to create information flow channels for integrated systems and realize mutual transmission of multi-system information.
Achieving mapping of data models between systems, performing data exchange, reducing integration tool costs, improving the response speed of the integration environment, reducing implementation complexity, and improving maintenance in the future.
Providing a central design library and an ECAD design library for managing, developing, publishing and distributing, supporting the using of the central library in multiple regions, multiple design tools, and multiple product library configurations.
Providing a central design library of components, related supplier information, and the information of complete technology, environment, inventory, and cost. This information is available on the engineer's desktop through Aras PLM, allowing designers to make correct judgments in the early stages of design. Designers can view the supply chain information they need as they view technical data by defining process rules, to make their design decisions. It can be configured to prevent the using of components near the end of their life cycle left over from previous products in new designs. By providing in-depth tool integration, such as reviewing obsolete components in the design, assigning or upgrading device attributes in the schematic diagram from the device database, prototyping by using device logic symbols, and assigning enterprise component certification codes in the later stage, etc.
Supporting the management of design master BOM and derived BOM, releasing BOM and its associated design file packages to Aras PLM. It also supports the management of hierarchical BOMs for different production processes.
Providing web collaboration tools to collaborate with external partners and internal project teams to exchange information and collaborate during the design process.
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