Embedded systems are often the "brain" of the industrial design, and by necessity, work hand in hand. Our adaptable approaches to design thinking frame ideas, brand and many other topics whilst our embedded designs leverage topics of form, function, environment, constraints and other context. Together with open standards and modular architecture this multi-discipline collaboration provides both a functional and aesthetic solution to your problem or idea.
Contact UsZephyr is fast becoming an obvious choice for IoT products as the focus on real time operating systems grows exponentially. Zephyr comes into its own when IoT product face the constraints of access to low power, limited memory but immediate response.
The concept of Continuous Improvement and Continuous Development (CI/CD) is more widely recognised in the pure digital world outside of edge computing. Nowadays, PCB validation can be performed in CI/CD. Automatic generation of production data during development and test cycles enables faster and more responsive design adaptation.
There are always advantages and disadvantages to the many ways in which we connect a product to the world. We're faced with constraints of bandwidth, battery life, coverage and complexity. But whether using BLE, LoRaWAN, LTE Cat M, NB-IoT or Thread, we can guide you through to the most advantageous use of protocol for you.
IoT and Embedded Linux would seem to be paired at the hip with its steep history in logical partnership. Still today and likely for time to come, Embedded Linux remains a staple for many use cases. Our ecosystem is steeped in Embedded Linux use.
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