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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Mesh network problems: why IoT mesh networks fail at scale
Mesh networking is often presented as a scalable and reliable foundation for IoT systems. The concept is simple: devices form a network where each node can forward data, creating multiple communication paths and increasing resilience. At small scale, this approach works well. Networks are stable, latency is acceptable, and routing remains manageable. The situation changes […]
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Z-Wave alternative: what to choose for scalable and reliable IoT networks
Z-Wave is a widely adopted solution in home automation and building systems. Its ecosystem, low power consumption, and ease of deployment make it a natural choice for many applications. However, as IoT systems evolve, the requirements placed on wireless communication networks are changing. Larger deployments, higher reliability expectations, and more complex communication patterns expose the […]
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IoT protocols comparison: how to choose the right communication protocol for your system
Selecting the right communication protocol is one of the most critical decisions in IoT system design. The choice directly affects scalability, reliability, energy consumption, and long-term maintainability. There is no single best IoT protocol. Each technology is designed with specific assumptions about network size, data patterns, and operating environment. A meaningful IoT protocols comparison requires […]
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Z-Wave limitations: where Z-Wave falls short in modern IoT systems
Z-Wave is a well-established wireless communication protocol widely used in home automation and smart building applications. It is known for low power consumption, sub-GHz operation, and mesh networking capabilities. In many scenarios, Z-Wave performs reliably and meets the requirements of typical smart home deployments. However, as IoT systems evolve toward larger scale, higher complexity, and […]
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