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IoT Design Optimization: Smart Strategies for PCB Designers and Manufacturers

IoT Design Optimization: Smart Strategies for PCB Designers and Manufacturers

A microchip being placed onto a prefabricated circuit board with forceps. IoT is at the forefront of the industry right now, and Sourcengine can help you with your procurement needs.

The Internet of Things (IoT) is the current hot topic for designers, engineers, academics, researchers, and other professionals. What is the IoT? Picture millions of users with literally billions of devices across the globe, all connected via a single data-sharing source: the Internet.

With advanced wireless networks and ultra-fast computing speeds, the IoT is a natural byproduct of today’s evolving technology. An IoT connected device processes real-time data automatically or at regular intervals, enhancing the end user experience for everything from common household appliances to exercise apps and industrial equipment to smart factories.

An example of an IoT system is the “smart home” thermostat and environmental control. Wireless sensors automatically collect information on temperature, sunlight, humidity, and other data points. If the temperature rises, the thermostat responds to cool the house without human interaction. With smart blind and window cover technology, even the slightest increase in sunlight prompts the blinds to block additional light, creating optimal indoor conditions.

All that data, all those devices, endless users all connected with smart technology – it’s only possible with printed circuit boards (PCBs). Every PCB consists of precise, carefully selected electronic parts. If your enterprise is involved with PCB design, production, testing, or distribution, it helps to have the best electronic components procurement system. Giving your supply chain software an IoT-worthy boost in productivity and parts ordering isn’t a luxury – it’s a necessity in today’s hyper-competitive marketplace.

The IoT universe is all about optimization, efficiency, and interconnectivity. It only makes sense that the on-board “brains” behind practically every IoT device leverage these smart, next-generation technologies in production, manufacturing, and distribution.

IoT Board Design: A Focus on Efficiency, Lean Manufacturing Processes, Wireless Technology, and More

Every PCB designer and manufacturer has the same goal: efficient design, cost-effective production, and satisfied customers within the expanding IoT realm. Here are a few design, research, and e-procurement tips for any PCB enterprise:

·      Smaller is simpler. As the IoT expands, actual IoT devices are getting smaller by the hour. In order to scale functionality and simultaneously shrink physical device footprints, two types of PCB designs are recommended: rigid-flex PCBs and high-density interconnect (HDI) PCBs. Both types of PCBs save precious board space with thoughtful, well-designed board architecture.

·      Tomorrow’s technology for today. Just like regular electronic parts, wireless module performance benefits from advanced performance metrics. Depending on your PCB security protocols, data transfer requirements, and battery usage, it helps to explore multiple data, identification, and communication protocols. Extra research is critical for harnessing the technology you’ll need for the most efficient PCB design. With traceable sources and approved vendors, Sourcengine™ shows the way to on-point, professional electronic components procurement.

·      Keep hardware in focus. IoT devices naturally focus on wireless networks, Internet connectivity, Bluetooth technology, and more. But the most advanced software processes are only as strong as their supporting hardware, including electronic parts, modular parts, and other essential accessories. For any PCB design project, it helps to differentiate between true product prototypes and actual production hardware. Coordination with designers, engineers, and other parts procurement personnel is critical for determining your PCB design goals, as prototypes tilt toward factors like ease of use, portability, and cost optimization. Production hardware, meanwhile, focuses on modularity, integration, durability, and similar attributes.

Before selecting electronic components for your PCB project, figure out hardware functionality. Once you’re ready, Sourcengine’s BOM integration tools will take you from prototype to purchasing invoice with just a few mouse clicks.

·      Streamline supply chain software functionality. Laser-like efficiency enhances PCB production planning. Actually implementing an effective strategy, however, is impossible without the tools to deliver electronic components on time and under budget. Sourcengine offers the perfect vehicle to source, select, trace, and deliver high-quality electronic parts for any PCB design initiative.

Leverage IoT-Ready Technology for PCB Manufacturing and More with Sourcengine!

True IoT connectivity goes well beyond the processes and responsibilities that go into PCB parts ordering, assembly, testing, and manufacturing. Like the IoT itself, Sourcengine’s e-commerce marketplace tools enhance and optimize the connected global marketplace, thanks to a suite of streamlined tools and resources for all sourcing professionals.

Learn more about the IoT advantages Sourcengine provides. We encourage you to set up a demo or sign up today. Ensure you’re getting everything possible out of the IoT. Improve your supply chain software. Experience the most advanced, easy-to-use procurement software available anywhere. We look forward to assisting you soon.

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