eInfochips Demonstrates Complete ASIC Solution with New Test Chip

eInfochips, an Arrow Electronics subsidiary and provider of semiconductor engineering services, has announced the successful development, manufacturing, packaging, and bring-up of its own proprietary test chip. With this project, the company demonstrates its comprehensive expertise in realizing turnkey Application-Specific Integrated Circuit (ASIC) designs. By consolidating the entire development and manufacturing cycle, customers from the automotive and industrial sectors can streamline their processes and minimize handoffs between multiple specialized service providers.

Integrated Control and Diagnostic Functions
The architecture of the new test chip integrates a microcontroller for current and voltage monitoring, an intelligent programmable controller, and extensive diagnostic functions. By combining these system-critical functions into a single device and adding software configurability, the total number of required discrete components on the printed circuit board is significantly reduced. This not only simplifies board design but simultaneously improves system-level monitoring, protection, and control. According to Sumit Sethi, Vice President and General Manager of Engineering Services at eInfochips, companies developing custom chips often have to intricately coordinate the complex ecosystem of design, semiconductor fabrication, and final packaging themselves—a challenge that this end-to-end approach eliminates.

End-to-End Coordination in the Semiconductor Ecosystem
With more than two decades of market experience, eInfochips handles holistic project coordination. The service spectrum ranges from system architecture, IP development, analog and mixed-signal design, verification, and Design for Testability (DFT) to physical design and post-silicon engineering. The now-presented, fully functional test chip proves the company's ability to precisely adapt deep engineering expertise to customer-specific requirements and to efficiently and centrally manage the entire chip development lifecycle from a single source.

Additional Context: Challenges in Fabless Semiconductor Manufacturing
This section details technical specifications and competitive benchmarking not included in the original company announcement.

In the modern semiconductor industry, most chip developers and industrial OEMs operate on a "fabless" model, meaning they do not own semiconductor manufacturing plants (fabs). This requires a complex, highly fragmented supply chain. An OEM typically needs to license intellectual property (IP) from third parties, outsource the actual chip design to a design house, book manufacturing capacity at a foundry (such as TSMC or GlobalFoundries), and subsequently forward the finished silicon wafers to an OSAT (Outsourced Semiconductor Assembly and Test) company for dicing, packaging, and final testing. Each of these handoff points carries significant risks of delays, tape-out errors, and compatibility issues. Turnkey ASIC service providers solve this problem by acting as a central hub. They abstract the entire supply chain logistics, iteratively optimize the layout for the foundry's specific process node, and ultimately guarantee the delivery of fully tested, specification-compliant semiconductor devices to the customer.

Edited by industrial journalist Lekshman Ramdas, with AI assistance.

www.einfochips.com