The ODB++ Solutions Alliance (OSA), the open forum for implementers and developers of the ODB++ format, an intelligent, single-data structure for transferring PCB designs into fabrication, assembly, and test, has announced the next-generation data format with significant enhancements.
Developed according to requirements from thousands of established users globally, these new features and enhancements help PCB designers and manufacturers minimize the manual entry of data into NPI, DFM, and CAM software tools. The newly improved format offers increased time savings, further reduction of manual errors, and even higher levels of automation for enhanced user productivity.
Meeting the needs of the most demanding PCB design and manufacturing technologies, the open ODB++ data format is used daily by over thousands of PCB engineers worldwide, using data interfaces delivered by all leading CAD/CAM software vendors. The proven ODB++ format provides a better design-to-manufacturing methodology to communicate and share data across disciplines, replacing traditional lower-level files such as Gerber, Excellon, netlist, placement list, and drawings. With a maximum level of CAD/CAM automation based on the intelligence embedded in the software model of the PCB product, the ODB++ format reduces PCB fabrication and assembly NPI cycle time, saves cost, and reduces supply chain risk.
Key features in the new ODB++ data format include:
Enhanced PCB structure:
- Automated explicit modeling of flexible and flex-rigid PCB structures.
- Multi-layer PCB build-up information stored in the product model to reduce human error. Build-up information is fed directly into the fabrication material selection and stack-up validation processes.
- Full implementation of metric units.
- Drill span direction for accurate DFM analysis of buried and blind vias, back-drilled holes, and holes drilled with various diameters.
Feature level improvements:
- Extended and rationalized range of attributes, categorized by purpose, such as DFM analysis, product model definition and intended manufacturing process (fabrication, assembly, test, generic).
- Expanded range of standard symbols needed for solder-stencil design openings to match manufacturing process rules; this avoids the need to create and maintain the user’s library of custom symbols.
- Unlimited net name length is preserved across the design through manufacturing flow for effective net-related engineering collaboration based on the ODB++ data, even for the most complex PCBs.