Integrity 3D-IC multi-die co-design and warpage analysis
Addresses late discovery of hotspots, mechanical stress or warpage in 2.5D/3D multi-die systems that forces repeated changes across dies, interposers, packages and boards.
Official website ↗
SOLUTION RANKPublic-source company profile
Cadence
Capabilities
3D-IC co-design · electro-thermal analysis · package and PCB implementation
HBM2.5D / 3DFCBGACHIPLET / HYBRID BONDINGAUTOMOTIVE / HIGH RELIABILITYChiplet, 2.5D and 3D heterogeneous integration2.5D/3D IC, packages and systems
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Related solutions
Celsius Studio thermal-stress and warpage analysis for 3D-IC
Evaluates temperature, thermal stress, deformation and cooling conditions together during die-package-system design, avoiding thermal analyses that miss mechanical reliability risk.
Official website ↗Official materials
02
Related questions
How does incomplete material data affect 3D-IC thermal-stress and warpage results in Cadence Celsius Studio?
When evaluating large 2.5D/3D packages in Cadence Integrity 3D-IC, how should structural compensation be balanced against interface stress?
When building a thermal-mechanical model of a large 3D IC in Cadence Celsius Studio, how much detail is needed for the package, substrate, PCB, cooling hardware and constraints to capture both global warpage and local interface stress without making the model impractical to solve?
When comparing Cadence Celsius Studio results with measured temperatures and room- or high-temperature warpage, what calibration sequence and acceptance criteria help prevent incorrect boundary conditions from being hidden by material-parameter tuning?
OFFICIAL SUPPLIER ANSWERS