New standard simplifies electronic device thermal model data sharing

Siemens Digital Industries Software announced the establishment of JEP181—a neutral file, XML-based standard from the JEDEC Solid State Technology Association, which is the global leader in standards development for the microelectronics industry. The JEP181 standard simplifies thermal model data sharing between suppliers and end-users in a single file format called ECXML (Electronics Cooling eXtensible Markup Language).

The new standard was created to meet a significant challenge for electronics manufacturers: as increasingly powerful processors allow companies to pack more performance and functionality into their designs, the effective management of heat dissipation and other thermal factors has become essential to the successful design of their next-generation electronics products. Advanced electronics cooling simulation technologies enable the creation of highly accurate thermal models of new product designs. But the absence of a uniform format for the exchange of thermal simulation data throughout supply chains has created unnecessary duplication of effort and the potential introduction of errors into the stream.

Proposed through the JEDEC JC15 committee, the new JEDEC JEP181 standard simplifies thermal model data sharing. With this universal thermal model sharing standard, electronics manufacturers can reduce the time required to simulate and validate their thermal models.

Thermal model data availability and sharing are some of the key limiting factors in capitalizing on the benefits of thermal simulation throughout the product design process. Countless hours spent on mining product data sheets for thermal information, or re-implementing 2D engineering drawings within thermal simulation tools can now be replaced by seamlessly importing commercial 3D simulation tools from software suppliers. The JEP181 standard is ideal for emerging technologies and trends such as miniaturization, 2.5D and 3D semiconductor packaging, and 5G technology– all of which demand increased power dissipation density.