Welcome to the embe.tech Blog, your ultimate destination for comprehensive insights and technical explorations of our cutting-edge wireless communication solutions. Here, we explore the intricacies of embe.tech’s technology, covering everything from essential features like Time-Slotted Channel Hopping (TSCH) to its powerful applications across diverse industries.
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Hardware Design for IoT: From Prototype to Certified Product
What Makes IoT Hardware Design Different? Designing electronics for the Internet of Things is nothing like creating standard devices. It’s a discipline where every milliamp, every millimeter, and every packet of data counts. Traditional electronics focus on functionality and performance. IoT hardware design, on the other hand, must balance low power consumption, compact form factor, […]
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LoRaWAN Alternative for Industrial IoT: Why embeNET Outperforms LoRaWAN
The Growing Need for a LoRaWAN Alternative LoRaWAN has been one of the most popular low-power wide-area network (LPWAN) technologies in IoT. It enables long-range communication at relatively low cost. However, as industrial IoT deployments scale and become more mission-critical, LoRaWAN shows clear limitations: Industrial companies that need deterministic, secure, and scalable communication are increasingly […]
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Zigbee Alternative for Scalable Mesh Networking: Introducing embeNET
Why Companies Are Searching for a Zigbee Alternative For more than a decade, Zigbee has been one of the most widely used wireless mesh standards for consumer and building automation. It works well in small networks such as home automation or smart lighting. But in industrial IoT deployments, Zigbee shows serious limitations: For enterprises seeking […]
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Bluetooth Mesh vs Thread – which IoT protocol delivers better scalability?
The proliferation of connected devices has intensified the search for robust mesh networking solutions. Two prominent contenders have emerged: Bluetooth Mesh and Thread. Both protocols promise to create self-healing networks that can scale to hundreds or thousands of nodes, yet their underlying architectures reveal fundamental differences in approach and application suitability. Bluetooth mesh fundamentals Bluetooth […]
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