This webinar will provide an overview of the different types of LCDs, their Driver and Control requirements, and highlight the key parameters of their use.

As demands for increasing performance and features are being placed upon semiconductor designers, the amount of on-chip memory continues to grow. Selecting the most optimal embedded memory IP for the application is becoming progressively more important to avoid performance "bottlenecks", reduce system power consumption and cost. Higher resolution displays, advanced 3D graphics, streaming video and higher quality audio are some typical applications that require large amounts of data to be processed, and can benefit from high density, high-performance and low power embedded memory IP.

In this webinar, we'll show how design re-use is one method that embedded developers need to add to their arsenal to keep the product queue filled. We'll examine the process, tools, and techniques that are available today, and paint a picture of what's in store moving forward.

The webinar includes an introduction to NXP's LPC23xx microcontroller family, a series of advanced ARM-based devices with integrated options for each of the key connectivity standards. System-level block diagrams, software solutions, development tools, and demo kits are included in the discussion.

This webinar, geared toward engineers new to design with USB, will cover: USB protocol and common issues with its implementation in today's embedded designs. Considerations necessary to choose between various specifications based on device requirements. USB evaluation and design development tools, especially industry tools that make the process of creating USB devices easier than ever before.

Welcome to this course on the popular PID controller. This brief course explains the two general types of closed loop controllers.

To get the most out of this course, you should have a strong understanding of algebra and be able to read C code. Experience writing software for embedded systems is a plus. Other courses in this series provide a general overview of PID control, examples of what can be controlled with a PID controller, how a PID controller is built, and real-world limitations and quirks with PID control that must be considered during the design phase.

This course summarizes the design, features and benefits that characterize the economical, power-efficient devices in the SLP family

Welcome to the R8C Tiny Product Overview course, which covers the popular line of Renesas microcontrollers (MCUs) that provides high-performance 16-bit solutions for cost-sensitive 8-bit embedded systems.

This course discusses the main design needs of engineers developing embedded systems and introduces the 16-bit R8C Tiny MCUs that address those requirements for 8-bit applications.

In this lab you'll use the RSKSH7124 evaluation board to evaluate the SH7124 SH-Tiny Microcontroller and Starter Kit development environment. For a self guided training session, double click on the VirtuaLab Tutorial link at the bottom of the window when you start the lab.

In this lab you'll use the RSK-M16C29 Renesas Starter Kit (RSK) to evaluate the M16C/29 microcontroller and development environment. For a self guided training session, double click on the VirtuaLab Tutorial link at the bottom of the window when you start the lab.

Use this VirtuaLab to learn the features of the new Luminary Micro LM3S101 microcontroller. Develop software with your choice of ARM/Keil RealView Microcontroller Development Kit or CodeSourcery G++ GNU development environment. In addition, complete example code and driver libraries including a port of FreeRTOS from FreeRTOS.org.

Use this VirtuaLab to learn the features of the new Luminary Micro LM3S811 microcontroller. Develop software with your choice of ARM/Keil RealView Microcontroller Development Kit or CodeSourcery G++