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Author: Kevin Sharp
By Kevin Sharp March 21, 2017
In this IoT 201 tutorial we discuss testing IoT devices, and how to test the RF and power management efficiency of your final IoT device design.
By Kevin Sharp February 16, 2017
In this IoT 201 tutorial we introduce the ZigBee® and Thread networking technologies and show you how to get started with either.
By Kevin Sharp February 1, 2017
From our post IoT 201: EMC Compliance for IoT Devices, you now have a better idea how to sell your radio-based IoT device legally. In this installment let’s talk about how to sell it successfully.
By Kevin Sharp November 21, 2016
Electro-Magnetic Compatibility (EMC) is the umbrella term for making sure your IoT device does not interfere with or suffer interference from other electronic devices. In this tutorial, we'll take you through the compliance issues you need to be aware of.
By Kevin Sharp November 8, 2016
Taking your IoT design from breadboard to market requires a circuit board design, probably several versions as you iterate your way to product launch. Whether you tackle the job yourself or outsource it, here’s the process that needs to take place and the key decisions that need to be made.
By Kevin Sharp April 29, 2016
In this SDC Day 2 wrap-up, we focus on the many technical sessions presented at SDC. Video links included!
By Kevin Sharp April 28, 2016
A wrap-up of opening day of the Samsung Developer Conference (SDC), complete with the Samsung ARTIK Cloud announcement, some cool tools, and of course, the opening keynote.
By Kevin Sharp March 30, 2016
In IoT 201: Power Management, Part 1 we built a data-logging power meter based on an ARTIK 5. Now let’s use it to increase the battery life of our IoT designs.
By Kevin Sharp March 14, 2016
Today we kick off our IoT 201 series with tips on how to efficiently draw power from your IoT batteries.
By Kevin Sharp December 8, 2015
In IoT 101: Power Supplies, Part 1 we covered batteries as power sources, IoT devices as loads, and regulator circuits in-between. Today, we return to that design pattern and discuss line power and solar panels as sources, our batteries and devices as loads, and regulator circuits between them. Straight to the source Let’s start with ...