Manufacturing and Automation White Papers

Artificial Intelligence (AI) and Machine Learning (ML) have evolved from mere buzzwords to crucial technologies that are shaping the future of the manufacturing industry. They present a unique opportunity to streamline supply chains and operations, predict business outcomes, and transform traditional manufacturing processes. But like any technology, their true potential emerges not just from their advanced capabilities, but from how they are utilised. In our previous white paper, we discussed the benefits of AI and ML and how they can be utilised in the manufacturing industry. In this white paper we dive into how artificial intelligence can improve decision making, managing expectations, and how to prepare your organisation.

Through in-depth interviews with leading global manufacturers, International Data Center (IDC) worked to establish the value and impact of Parsec’s manufacturing execution system, TrakSYS, on manufacturing operations. In its 20-page analysis, IDC explores the cost and resource efficiencies businesses gained by utilizing TrakSYS.

We invite you to explore the world of optimized Printed Circuit Board (PCB) design in our white paper, "Improved PCB Design with Hardware Description Languages (HDLs): What to Know". Dive deep into the mechanics of digital circuit design, as we unravel the immense potential of Hardware Description Languages in achieving more efficient and innovative PCB layouts. Explore a comparative analysis of the two most popular HDLs - VHDL and Verilog, delve into the intricacies of mixed-language design environments, and get a glimpse into the emerging technologies in digital design. This paper is a treasure trove of insights that will empower you, whether you're an experienced electrical engineer or a novice PCB designer. Don't miss the chance to stay ahead of the curve in the ever-evolving world of digital design.

To excel in the fast-paced electronics industry, you need not just adaptability, but a cultivated expertise to discern the far-reaching impact of your design decisions. This eBook is your key to building such expertise. "Engineering Essentials: The PCBA Design Handbook" equips you with the skills necessary to create exceptional PCBAs that consistently surpass expectations while keeping to stringent deadlines and budgets. From the basic principles of PCBA design to the most sophisticated techniques and best practices, this 75-page resource is your secret weapon to conquer even the most intricate design challenges.

Edge computing is becoming more common across industries. A growing number of cutting-edge technologies, including 5G, augmented reality, and virtual reality, depend on edge devices. This PDF will provide you with: A look at why edge devices are becoming increasingly popular; Perspectives on edge applications currently in use and those to come Edge devices' primary benefits; The three factors driving edge device adoption; The four most important factors to consider when designing edge computing devices;

In the midst of today's dynamic electronics manufacturing environment, the urgency to innovate and bring products to market is more pronounced than ever before. As technology propels us forward and customer demands continuously shift, companies grapple with daunting barriers. They're tasked with achieving a quicker new product introduction (NPI) pace, all while maintaining an uncompromising commitment to quality. Amid these complexities, our white paper serves as a beacon. It delves into the intricate dynamics of electronics manufacturing, offering keen insights. More than just an exploration, it presents actionable strategies and solutions to adeptly navigate these challenges, guaranteeing that the spirit and execution of innovation remain paramount.

With mobile asset management at the center of success for asset-intensive industries, AI is entering the picture just in time to ease the challenges associated with frontline data and enterprise adoption.

The white paper reveals how an optimized approach to design, development, distribution and manufacturing is enabling IoT products to have a positive impact while minimizing energy consumption, environmental impacts and costs for the end user. Critically, intelligent development means that the cost of technologies and components has reduced, democratizing access to innovation and enabling it to be applied to use cases that previously would have remained unviable.

How leading manufacturers are harnessing technology to improve quality, drive higher profitable growth, and outpace the competition in 2023 – and beyond

To start, this whitepaper identifies all of the most common programmable tasks and how you can begin mobilizing your automated workforce at the lowest cost and highest productivity. Download the full whitepaper to see where robots can help!

Embrace the future of the manufacturing industry and implement solutions that allow you to navigate change with ease.

Current advancements in robotics are shrinking the design-to-deployment cycle from years to months, and 5G alone is enabling a host of new capabilities. Read about AI, ML, cloud computing, and how they all enable a new intelligent edge device.

Production scheduling is the process of maximizing the efficiency of production by the detailed planning of manufacturing operations in the near-term. It is aimed at preventing stock-outs, spotting bottlenecks, matching production with demand, optimizing workforce and machinery allocation, as well as balancing inputs and outputs between workstations.

No matter how complex and detailed the requirements, developing tailored products results in a specific set of challenges. That’s why we identified 10 essential ways manufacturers can improve and enhance their production lifecycle.