Supplement: Interconnection
but understanding how a connector will perform in real-world conditions often requires practical experience. Factors like mating durability, corrosion resistance, EMI shielding and resilience to shock and vibration can’t always be fully assessed from datasheets alone.
Distributors with expertise in high- reliability environments can offer valuable insight, helping engineers determine whether a component that meets technical specifi cations on paper is truly suitable for the application at hand.
From a supply chain perspective, partnering with a distributor that stocks component- level parts offers clear advantages. Building connectors to order from stocked components helps reduce lead times and adds fl exibility, especially for projects with multiple unique confi gurations. Distributors can also simplify sourcing by providing consolidated kitting, delivering all required parts for an assembly in one traceable package.
Looking ahead
Getting it right is only part of the equation. Successful connector sourcing also requires anticipating the pressures that will define
system reliability in the years ahead. As systems become more interconnected and regulatory expectations continue to rise, interconnect choices are being shaped not only by technical performance but by demands for traceability, environmental compliance and greater supply chain transparency.
In high-reliability sectors, it’s increasingly important for engineering teams to ensure that all materials used in interconnect components are fully traceable, verifiable and compliant with audit requirements. As regulations such as RoHS, REACH, and PFAS continue to expand, traditional materials like cadmium are under pressure, prompting a shift toward alternatives like zinc-nickel plating that can meet both environmental and performance demands.
Distributors with strong manufacturer relationships and global supply chain visibility are well positioned to help engineers navigate these changes. They can provide early warnings about regulatory developments and advise on compliant substitutes before they impact production timelines.
At the same time, inventory management itself is undergoing transformation. Rather than simply holding stock, leading distributors use forecasting tools and demand analytics to shape smarter, leaner inventory strategies. This approach reduces the risk of shortages, avoids excess and, ultimately, contributes to building more agile and sustainable supply chains. One way that distributors are adding value is through managed inventory programs that align stock levels with real-time demand. These programs help customers improve planning accuracy, reduce the burden of excess inventory, and lower the risk of supply interruptions. By minimising carrying costs and streamlining procurement, they create a more effi cient, responsive supply chain.
The full value of a distribution partner goes well beyond the unit price of components, as strategic services such as inventory optimisation, demand forecasting, technical support and flexible logistics all contribute to lower total cost of ownership. As supply chains grow more complex, choosing a distributor with this
kind of integrated capability can make a decisive difference in long-term resilience and performance.
With decades of experience in defence, aerospace and other high-reliability sectors, WireMasters combines technical expertise with logistical agility. By assembling connectors in-house from a deep component inventory, WireMasters can quickly meet exact part specifications while minimising lead times. The company’s value-added services, such as custom kitting, connector modification and traceability documentation help manufacturers streamline production and meet the highest quality standards. From initial design through to deployment and sustainment, sourcing the right solutions requires alignment with evolving regulations, supply chain realities and mission-specific constraints. By treating connector selection as a critical design discipline and engaging knowledgeable partners early, engineering teams can streamline integration and build systems that are not only robust, but also future-proof.
www.wiremasters.com
E-tec design and manufacture a wide range of high quality socket bases for CCD-CMOS SENSORS.
Various socket terminations including through hole, smt and solder ball allow E-tec to offer a socket with any mounting option.
As with our test sockets, footprints are created to match the sensor in any pitch e.g 0.5mm, 0.65mm, 1.00mm 1.27mm, 2.00mm, 2.54mm, 3.00mm etc.. custompatterns are created with- out additional fees.
Over 25 types of socket contacts are available to match different sensor tail dimensions.
www.cieonline.co.uk
Components in Electronics
June 2025 33
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