IKIDO’s Post

➢ How did a young man from a middle-class Indian family rise to become a pivotal figure in the global technology industry and earn the moniker 'Father of the Pentium Chip'? ➢ This is the inspiring story of Vinod (Vin) Dham. His groundbreaking work on the Intel Pentium microprocessor in the 1990s revolutionized computing, leaving an indelible mark on the tech world. From humble beginnings to global recognition, Dham's journey is a testament to innovation, perseverance, and the transformative power of technology. Read on, right here 👇 #intel #amd # #Pentiummicroprocessor

Measuring the success of your BOM optimization efforts is crucial to track specific Key Performance Indicators (KPIs) that align with your business objectives. Here are several recommended KPIs and metrics to consider:

6 Mistakes to Avoid for a More Sustainable Supply Chain As companies strive for sustainability, many critical mistakes continue to undermine their efforts in supply chain management. It's time to address these head-on: 🚫 Overlooking Lower-Tier Suppliers While focusing on tier 1, violations by lower-tier suppliers expose companies to major risks. Ensure compliance at every level. 🚫 Inadequate Transparency Lack of supply chain transparency makes it impossible to improve or showcase progress. Prioritize disclosure. 🚫 Insufficient Modernization Outdated infrastructure like ports breeds inefficiency and environmental harm. Invest in modern technology and digitization. 🚫 Lack of Collaboration Limited buyer-supplier collaboration means missing opportunities for innovation. Strengthen partnerships. 🚫 Neglecting Local Sourcing Sourcing locally reduces carbon footprint, supports communities, and increases resilience. Embrace regional suppliers. 🚫 Underutilizing Data Without data-driven visibility, inefficiencies remain hidden. Leverage analytics for complete oversight. Companies fostering truly sustainable supply chains will define the future landscape. What sustainable supply chain initiatives is your company prioritizing? #supplychain #NPI #electroniccomponent #sourcing #PCB

➡ Shuji Nakamura's life story is living proof to the power of innovation and the impact that a single invention can have on the world. ➡ His work on the blue LED has not only transformed the fields of lighting and display technologies but has also played a significant role in global initiatives for energy conservation and environmental protection. To engineers, Nakamura serves as an inspiration, demonstrating what can be accomplished through unwavering dedication and a readiness to challenge the established norms. Read more, right here👇

Western Digital Unveils Massive 2TB 3D QLC NAND Flash Memory🕹️ We're witnessing a game-changer moment in the tech industry! Western Digital has introduced a true titan in data storage - a breakthrough 2TB 3D QLC NAND flash memory die. What’s the key? Western Digital fabricates the CMOS controller circuitry as a separate die, flips it, and finally connects it to the stacked QLC NAND memory layers through hybrid bonding. Why does it matter? High-capacity storage is in high demand, especially in sectors like data centers and AI training. With its colossal capacity and compact size, the flash memory die could satisfy storage needs while maintaining optimal hardware performance. Take this - a single die now accommodates an unprecedented 218 layers. That's nearly double the layers seen in most NAND flash memories in use today. Initially, Western Digital aims to introduce its exceptional storage beast to AI and data center markets, but who knows where its potential might lead it next!🚀 If you're curious for more groundbreaking tech news, check out the full article ➡️ (https://lnkd.in/em8VKw5A) #EngineeringNews #WesternDigital #DataStorage #TechInnovation

Engineers constantly grapple with the challenge of component availability, a critical factor that can derail product development and production processes. Disruptions in the supply chain lead to delays, increased costs, and stalled innovation. Solving component availability challenges with dynamic BOM optimization Enter dynamic Bill of Materials (BOM) optimization software—a game-changer for engineers. By leveraging real-time market data and advanced analytics, this innovative solution offers immediate insights into component availability and viable alternatives. It empowers engineers to proactively manage their projects, ensuring on-time delivery and cost efficiency. Discover how dynamic BOM optimization is revolutionizing the engineering landscape, enhancing supply chain resilience, and streamlining product development. Dive into our latest article to learn more about the strategies engineers are employing to tackle component availability issues effectively. 👇 #EngineeringExcellence #BOMOptimization #SupplyChainInnovation #ElectronicsEngineering #ProductDevelopment

Comparison table between static BoMs and dynamic BoMs with real-time optimization. Are you still doing it the old way? Bill of Materials (BoM) can make or break your success in the design NPI and production phases. Understanding the key differences between static BoMs and dynamic BoMs with real-time optimization is crucial to impacting the supply chain. ➊ Flexibility: Static BoMs: Stuck in the past, unable to adapt to changes in component availability, lead times, or costs. Dynamic BoMs: Agile and responsive, continuously adapting to real-time changes and keeping your production line moving. ➋ Alternative Components: Static BoMs: Leave you scrambling when parts are unavailable, with no automatic suggestions for alternatives. Dynamic BoMs: Leverage AI to automatically identify suitable alternative components, ensuring you always have a plan B. ➌ Updates: Static BoMs: Rely on time-consuming and error-prone manual updates. Dynamic BoMs: Provide real-time data-driven insights and actionable recommendations, saving you time and reducing errors. ➍ Adaptability: Static BoMs: Can’t keep up with fluctuating market conditions and supply chain disruptions. Dynamic BoMs: Adapt dynamically to market changes and disruptions, ensuring resilience and continuity. ➎ Optimization: Static BoMs: Offer limited, static optimization based on initial conditions. Dynamic BoMs: Optimize holistically, considering cost, lead time, supplier availability, and component compatibility. ➏ Scalability: Static BoMs: Struggle as complexity and data volume increase. Dynamic BoMs: Scale effortlessly to accommodate growing complexity and data volume. ➐ Continuous Improvement: Static BoMs: Lack mechanisms for continuous improvement. Dynamic BoMs: Use machine learning to continuously refine predictions and improve over time. ➑ Cost and Lead Time Impact: Static BoMs: Often result in higher costs and longer lead times due to inflexibility. Dynamic BoMs: Demonstrated to reduce total costs by 4.4% and lead times by 24%, driving efficiency and savings. Embrace the future of electronics manufacturing with IKIDO dynamic BoM optimization and take your supply chain to the next level! #SupplyChain #BoMOptimization #Manufacturing #Innovation #AI #RealTimeData #Efficiency #CostSavings #ElectronicsManufacturing #Technology