Embedded developers can quickly connect their embedded systems securely to Amazon Web Services (AWS) using Amazon FreeRTOS.

IoT gateways provide a drop-in solution to the problem of bridging low-power wireless networks to the Internet of Things.

Each of the many short-range wireless technologies has unique benefits, requiring careful attention to product complexity, power consumption, and cost.

The multitude of short-range wireless technologies provides engineers with optimized solutions for their applications, but makes careful selection paramount.

A single-chip Hall effect sensor and a magnetic assembly can form a miniature 2-axis joystick with high sensitivity, smooth operation, low power, and low cost.

Powering IoT sensors requires designers to optimize hardware and software, while also looking for ways to apply energy harvesting techniques.

Incorporating numerous sensor types into IoT applications.

Learn how integrated motor drivers and controllers can accelerate the design process and lower costs.

How hardware offloading of flow sensors increases CPU core sleep time and increases overall system energy efficiency.

Learn how integrated sensors and associated software packages dramatically simplify the implementation of sensor fusion for orientation-aware designs.

A comparison of Bluetooth, ZigBee, and other wireless connectivity and network protocols that can be used in smart LED lighting systems.

Different vehicle to vehicle and vehicle to infrastructure link technologies for in autonomous vehicles around the world include 5.9GHz DSRC and LTE.

The software needed to drive brushless DC and permanent-magnet synchronous motors (PMSMs) is complex, but NXP’s Kinetis Motor Suite greatly simplifies matters.

Designers rely on Heterogeneous multicore devices from TI and NXP to add precision and adaptive control autonomous device applications.

Transitioning to a digital domain for power conversion is a complex process but has many benefits including adding efficiency and flexibility to your design.

Comparing “Schmitt Trigger” and “Schmitt Trigger Action” Transitions.

This designer's guide helps you discover how you can safely and rapidly charge lithium (LI-ion) batteries to 20%-70% capacity in about 20-30 minutes.

Processors from NXP and hardware-based algorithms from Digilent help develop the capabilities for real-time video processing applications.

Capacitive proximity sensing is a contactless technology with multiple IoT applications, but designers must avoid certain pitfalls to achieve optimum performance.

Compare the benefits and downfalls of inductive and resonant wireless charging methods, and find which charging method is the best fit for your application.