Our aim is to offer guidance on the ever-changing decision-making processes in the electronics sector and become the "go-to" guide for industry professionals looking to source top components.
The electronics supply chain has traditionally been organised around product lines, authorised territories, and legacy channel structures. Distributors have largely been defined by the manufacturers they represent and the products they carry. For a long time, this model functioned well enough. Production was regional, demand was mostly predictable, and channel responsibilities were clearly defined. Today
Anglia Components is actively advising customers of anticipated supply constraints in the market. The company is warning that the market is flipping from a downward price trend with most components available ex-stock, to an upward price trend and extending lead times. Prices are rising by 5-15%, and lead times from manufacturers for standard products such
For much of the past decade, semiconductor procurement strategies have been optimised for efficiency. Just-in-Time inventory models, lean buffers, and tightly synchronised supply chains reduced working capital and improved responsiveness. However, the experience of 2024 and 2025 has exposed the limitations of such an approach. No longer an occasional disruption, lead time volatility has become
In a recent webinar hosted by Procurement Pro and sponsored by Flip Electronics, I led a panel of senior industry leaders through an in‑depth discussion on how procurement teams can future‑proof their supply chains in 2026 and beyond. The panel brought together perspectives from technology providers, distributors, and supply chain specialists: Simon Thompson – VP
The global electronics supply chain closed out 2025 with renewed momentum as the long-standing component glut finally receded. According to Sourceability’s Q4 2025 Lead Time Report, the industry is emerging from years of pandemic-driven instability and overcorrection, entering a period marked by both growth and heightened volatility. However, while most component categories are stabilising, memory
Electronics manufacturers must brace for unprecedented upheaval in global supply chains despite Trump’s recent tariff climbdown in Davos, according to a UK sustainable technology company. Emma Armstrong, Sustainable Electronics Ambassador at In2tec, says the sector, reliant on imported components, must treat supply chain resilience and component security as a priority. “The certainties that once underpinned
Procurement Pro will host a webinar, sponsored by Flip Electronics, focused on supply chain trends shaping the electronics industry in 2026. Taking place on 24th February at 2pm UK, the session will examine how procurement teams are expected to operate in an environment defined by geopolitical uncertainty, regulatory change, sustainability expectations, and continued digitalisation across
The cable manufacturing industry sits at the centre of many sectors that are currently driving economic growth and technological transformation. It supplies high-power cables and shielded data solutions for electric vehicles (EVs), enabling electrification, connectivity, and safety in next-generation mobility. At the same time, the industry delivers mission-critical components that underpin the renewable energy transition,
It is easy to think of semiconductors as no more than the hidden engines of consumer convenience. They sit quietly inside our mobile phones, televisions, smartwatches, and games consoles, enabling the seamless digital lives many of us now take for granted. However, reducing them to mere enabler of entertainment and communication means missing their true
ByteSnap Design has released a free interactive BOM Health Self-Assessment tool, helping engineering managers and technical directors understand their organisation’s exposure to component obsolescence risk. The online calculator is designed for manufacturers who suspect component obsolescence may be slowing them down but lack clear visibility into whether their current processes are sufficient. Rather than reacting