News: Rochester Electronics Design for sustainability Planning for component obsolescence with Rochester Electronics
In today’s rapidly evolving tech landscape, unexpected component obsolescence can jeopardise even the most robust designs. Discover how Rochester Electronics supports design teams from the outset by providing end-of-life components, licensed manufacturing, and authorised replication to ensure long-term reliability, sustainability, and uninterrupted supply.
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n an ever-evolving technological landscape, balancing sustainability, durability, and obsolescence management is crucial for creating products that not only meet current demands but also anticipate future needs and challenges. Product obsolescence – whether planned or inevitable – can disrupt this balance. A sustainable approach to product design harmonizes these elements by anticipating future limitations, replacements, and recyclability.
Sustainable product design is a multifaceted challenge requiring early collaboration, proactive planning, and a commitment to quality and durability. In sectors with product lifespans spanning decades, such as the Industrial, Medical, Aerospace, and Automotive industries, forecasting component availability is particularly challenging. Integrating obsolescence management and sustainability considerations into the design process enables these products to stand the test of time.
6 July/August 2025
The durability of a product or system not only reduces waste but also offers long-term reliability and maintainability. Designing with component modularity in mind can simplify upgrades and replacements, ensuring that critical components can be easily replaced. This approach not only extends product lifecycles but also reduces cost and waste, resulting in long-term reliability and sustainability. With the right partnerships and forward-thinking strategies, a balance can be achieved between performance and long-term sustainability. Through engaging with Rochester Electronics during the concept stage, engineers gain insights into component availability and lifecycle support. Additionally, Rochester Electronics’ long-standing partnership with most of the world’s leading semiconductor manufacturers enables original designs to continue unchanged by leveraging end- of-life (EOL) and obsolete finished goods inventory, licensed manufacturing, and
Components in Electronics
authorized component replication. This proactive approach ensures that products are designed with long-term sustainability in mind, reducing waste and extending product lifecycles.
Over 10 billion of Rochester’s in-stock devices are classed as EOL by the original manufacturer, from which the product is directly supplied. Rochester is well- positioned to offer a continuous source of supply for applications, where the product lifecycle extends the active availability of a device. Components are 100 per cent authorized, traceable, and guaranteed to be direct from the original component manufacturers (OCMs). As a result, Rochester can offer the original component warranties and guarantees. As a licensed semiconductor manufacturer, Rochester offers ongoing solutions using information and technology transferred directly from the OCM. Rochester utilizes the original manufacturer’s die and fab processes,
matching the original designs, assembly solutions, and test protocols. All of the resulting products are 100 per cent certified, licensed, guaranteed, and sold with full approval under the original manufacturer’s part number. In the realm of obsolescence management, the authenticity and quality of components are of paramount importance. Engaging with trusted partners who can provide genuine, high-quality parts is essential for maintaining the integrity of the design process. Rochester’s extensive authorized inventory plays a vital role in supporting sustainable product design. You can’t make obsolescence obsolete. But with Rochester Electronics, you can be ready for it.
Find out more –
www.rocelec.com
www.cieonline.co.uk
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