Altium Case Studies Streamlining Semiconductor and Sensor Solutions Development with Altium Designer: A Case Study on AustriaMicrosystems

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	Streamlining Semiconductor and Sensor Solutions Development with Altium Designer: A Case Study on AustriaMicrosystems Altium

Streamlining Semiconductor and Sensor Solutions Development with Altium Designer: A Case Study on AustriaMicrosystems

Altium

Technology Category	Functional Applications - Manufacturing Execution Systems (MES) Processors & Edge Intelligence - Microcontrollers & Printed Circuit Boards
Applicable Industries	Electronics Semiconductors
Applicable Functions	Product Research & Development
Use Cases	Additive Manufacturing Time Sensitive Networking
Services	Hardware Design & Engineering Services
Challenge	AustriaMicrosystems (AMS), a company with over 30 years of experience in designing and manufacturing advanced analog sensor solutions, was facing significant challenges in their development process. Their customer base, under pressure to deliver increasingly complex products in shorter time frames, relied on AMS to provide component reference designs, application samples, and sensor technologies that worked flawlessly. However, AMS was struggling to meet these expectations due to errors in their development process that were affecting their customers. The issues stemmed from AMS's reliance on multiple sets of software for their in-house electronic design, leading to data conversion and exporting issues, and corrupted databases. The existing systems were causing more harm than good, and it was clear that a unified design solution was needed to integrate their entire workflow under one common thread. Read More
About Customer	AustriaMicrosystems (AMS) is a company with over three decades of experience in designing and manufacturing advanced analog sensor solutions. They have a broad customer base that relies on them for component reference designs, application samples, and sensor technologies. These customers are under pressure to deliver more complex products in shorter time frames, and they look to AMS to provide solutions that work right the first time. However, AMS was struggling with their development process due to the use of multiple sets of software for their in-house electronic design, leading to a range of issues including data conversion and exporting problems, and corrupted databases. Read More
Solution	AMS discovered Altium and decided to migrate to Altium Designer for all of their in-house PCB designs. This allowed them to unify their electronics design workflow and streamline their entire development and manufacturing process. Altium Designer integrated AMS’s schematic design and PCB layout processes into one seamless workflow, enabling AMS to create PCB designs faster and more efficiently. The software made project hierarchies easy to manage, and engineers were able to easily link between block diagrams and project hierarchies. The ability to visualize board layouts in 3D allowed AMS to optimize the placement of discrete components on their PCBs, keeping form factors as compact as possible and in line with the latest industry-standard trends. The issues of corrupted databases and conversion difficulties were completely eliminated as engineers no longer had to import or export files between software. Read More Log in to view content
Contents

Technology Category

Functional Applications - Manufacturing Execution Systems (MES)

Processors & Edge Intelligence - Microcontrollers & Printed Circuit Boards

Applicable Industries

Electronics

Semiconductors

Applicable Functions

Product Research & Development

Use Cases

Additive Manufacturing

Time Sensitive Networking

Services

Hardware Design & Engineering Services

Challenge

AustriaMicrosystems (AMS), a company with over 30 years of experience in designing and manufacturing advanced analog sensor solutions, was facing significant challenges in their development process. Their customer base, under pressure to deliver increasingly complex products in shorter time frames, relied on AMS to provide component reference designs, application samples, and sensor technologies that worked flawlessly. However, AMS was struggling to meet these expectations due to errors in their development process that were affecting their customers. The issues stemmed from AMS's reliance on multiple sets of software for their in-house electronic design, leading to data conversion and exporting issues, and corrupted databases. The existing systems were causing more harm than good, and it was clear that a unified design solution was needed to integrate their entire workflow under one common thread.

About Customer

AustriaMicrosystems (AMS) is a company with over three decades of experience in designing and manufacturing advanced analog sensor solutions. They have a broad customer base that relies on them for component reference designs, application samples, and sensor technologies. These customers are under pressure to deliver more complex products in shorter time frames, and they look to AMS to provide solutions that work right the first time. However, AMS was struggling with their development process due to the use of multiple sets of software for their in-house electronic design, leading to a range of issues including data conversion and exporting problems, and corrupted databases.

Solution

AMS discovered Altium and decided to migrate to Altium Designer for all of their in-house PCB designs. This allowed them to unify their electronics design workflow and streamline their entire development and manufacturing process. Altium Designer integrated AMS’s schematic design and PCB layout processes into one seamless workflow, enabling AMS to create PCB designs faster and more efficiently. The software made project hierarchies easy to manage, and engineers were able to easily link between block diagrams and project hierarchies. The ability to visualize board layouts in 3D allowed AMS to optimize the placement of discrete components on their PCBs, keeping form factors as compact as possible and in line with the latest industry-standard trends. The issues of corrupted databases and conversion difficulties were completely eliminated as engineers no longer had to import or export files between software.

Impact #1	The implementation of Altium Designer brought about significant operational improvements for AMS. The software provided multiple workflow and productivity enhancements that would not have been possible with AMS’s existing multi-tool approach. The integration of schematic design and PCB layout processes into one seamless workflow enabled AMS to create PCB designs faster and more efficiently. The ability to visualize board layouts in 3D allowed for the optimization of the placement of discrete components on their PCBs, keeping form factors compact and up-to-date with industry trends. The issues of corrupted databases and conversion difficulties were completely eliminated, leading to a more reliable, accurate, and easy-to-use design process.

Impact #1

The implementation of Altium Designer brought about significant operational improvements for AMS. The software provided multiple workflow and productivity enhancements that would not have been possible with AMS’s existing multi-tool approach. The integration of schematic design and PCB layout processes into one seamless workflow enabled AMS to create PCB designs faster and more efficiently. The ability to visualize board layouts in 3D allowed for the optimization of the placement of discrete components on their PCBs, keeping form factors compact and up-to-date with industry trends. The issues of corrupted databases and conversion difficulties were completely eliminated, leading to a more reliable, accurate, and easy-to-use design process.

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Overview

Streamlining Semiconductor and Sensor Solutions Development with Altium Designer: A Case Study on AustriaMicrosystems

Operational Impact