As we facilitate your design activity with foundries, we can also select, design, qualify, and produce your package based on your chip-to-package co-design requirements.
We work with high quality and well-known assembly houses, we know their possibilities and can suggest which fab meets your project requirements.
Our package engineers have experience in all lead frames and laminate-based, BGA to surface mount packages, smart card modules, and in-lays and flex circuits, as well as wafer-level packaging and bumping options for WLCSP optimal soldering.
We are also able to define, route and optimize the stack up substrate and lead frame form factor through simulation.
Utilizing our interface libraries and in-house design capabilities, we can provide you with the ideal substrate stack, lead frame setup, and construction materials. Furthermore, we can optimize the routing of multilayer and chiplets to improve the electrical, thermal, and reliability performance of your final package.
More often than not, packaging and System in a Package (SIP) requires a full custom package development to fit the application form factor constraint or operating condition from ultra-high voltage/current, optical spectrum and to environmental conditions.
Global Chip Design can create, integrate heterogeneous materials inside the package and qualify this extremely custom package solution and form factors for specific end market application requests from Commercial and Industrial to Automotive Grade and Medical Class.
Global Chip Design Advanced Packaging Design is supported by our Service Quality Planning proprietary process making your project more predictable and reducing risk during development and ramp phases while providing both transparency and traceability.