Each year, RS observes, many individual parts and components reach the end of their lifecycle and become obsolete. EOL notices can lead to substantial costs, as it means products often have to be redesigned or re-engineered. Significant product delays can also occur, as well as increased inventory sourcing and handling charges. All electronic and automation components will at some point reach EOL status, but how quickly they reach obsolescence can vary considerably. While many companies may have prepared for this eventuality – having built-in flexibility in their designs for example, enabling them to accommodate the volatility of component supply – there are also many at risk from the consequences of obsolescence. The search for a viable replacement component can also be extremely time consuming. In most circumstances, a replacement part will need to be at least as good as the original in terms of specifications such as footprint, pin-out, power consumption and heat dissipation, among others.
To address the challenges of component end-of-life issues, RS has developed the Obsolescence Manager, which is a completely free component-lifecycle risk-assessment tool that has been designed to enable engineers and buyers to proactively monitor and manage the risks caused by obsolescence. Initially the tool will be able to support engineers creating new electronic designs, RS is considering further expansion to cover the industrial sector including new panel designs and existing production-line machines.
The lifecycle management tool can summarise a Bill-of-Materials or parts list against a list of parts available from RS and thereby mitigate the risk of obsolescence. Customers will also be able to anticipate component end-of-life issues against predicted project timelines, as well as enabling users to find solutions for difficult-to-source parts. Overall, the tool can reduce product and manufacturing costs and ensure faster time-to-market through greater design efficiency.
The tool provides a large range of features including product lifecycle status: for example, whether components are ‘Active’, ‘Not Recommended for