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Xpedition IC Packaging Solutions

Bringing package and IC design together with tools that operate in both the IC and packaging domains, the Xpedition HDAP (High-Density Advanced Packaging) flow offers a complete solution for HDAP rapid prototyping assembly, physical design, verification, signoff, and modeling.

Xpedition IC Packaging Design

Xpedition IC Packaging Design tools provide a complete design solution for creating complex, multi-die homogeneous or heterogeneous devices using FOWLP, 2.5/3D, or system-in-package (SiP) modules, as well as IC package assembly prototyping, planning, co-design, and substrate layout implementation.

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Graphical virtual prototyping and planning environment tuned for the exploration and integration of heterogenous ASIC/chiplets and interposers using System Technology Co-Optimization (STCO) with predictive multi-physical analysis.

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Complete physical design and verification solution. Support heterogeneous using the latest silicon and wafer-based technologies such as RDL fan-out wafer-level packaging (FOWLP) and 2.5/3DIC.

IC Package Simulation

Analysis of die/package signal and power integrity, EM coupling, and thermal conditions. Fast, easy to use, and accurate, these tools ensure that engineering intent is fully achieved.

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Ensure that you are getting right the first time, avoiding costly overdesign, and saving recurrent test cycles with built-in HyperLynx signal integrity analysis.

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Accurately model power distribution networks and noise propagation mechanisms to identify potential power integrity distribution issues that interfere with package design logic and validate solutions.

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Integrated capacitance field solver delivers reference-level accuracy with deterministic results.

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A powerful  suite of 3D computational fluid dynamics (CFD) software to predict airflow and heat transfer in and around complex 3D IC Package assemblies and associated PCB systems. 

System-Level Package Signoff

Physical verification and signoff that meet foundry and OSAT requirements ensure performance and time-to-market goals are met.

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The Clibre nmDRC platform enables reduced cycle time with revolutionary new capabilities that substantially differentiate Calibre nmDRC design rule checking from traditional DRC tools. 

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Calibre 3DSTACK technology provides comprehensive support for an extensive range of multi-die integration methodologies and processes, including system-level DRC, LVS and PEX.

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Maximized design to manufacturing efficiencies by identifying potential manufacturing issues while in the design stage.

HENISWARE
Henis Hardware Co., Ltd.

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98/32 Moo 4, Bueng Yitho, 

Thanyaburi, Pathumthani, Thailand

12130

+66 (0)2- 531-0997

+66 (0)87- 076 - 2484

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