NXP Semiconductor

Ideal for point-of-sale, industrial and medical/diagnostic applications, the LPC2478 microcontroller (MCU) from NXP Semiconductors is the industry’s only ARM7™ Flash-based MCU offering integrated LCD support. For embedded system designers, the LCD implementation allows code execution on-chip and minimizes bus contention with frame data retrieval from external memory, which reduces cost, simplifies design and leads to shorter development cycles.

Join NXP’s Michael L. Peña for a brief Webcast discussing:

• LPC2478 features and benefits
• LCD design example — connecting TFT LCD panels to the LPC2478
   – Frame buffer requirements and set-up 
   – Functional overview
   – LCD control and configuration overview
   – LCD variable input fields
• NXP’s portfolio of MCUs with integrated LCD controllers

In less than 27 minutes, you’ll gain an understanding of how NXP’s wide range of MCUs with integrated LCD control are enabling an array of applications in a variety of market segments.

Advancements in enabling process technologies such as BiCMOS, SiGe and SiGe C are allowing designers to achieve superior RF performance in a multitude of applications without increasing manufacturing costs, complicating PCB design or lengthening product development cycles. NXP has leveraged these enabling technologies to create the first SiGe C transistor, new LNA MMICs as well as integrated solutions for VSAT and satellite applications.

Join NXP’s Ali R. Firouzabadi for a brief Webcast discussing:

• Overview of enabling process technologies
   – BiCMOS, SiGe, SiGe C
   – Why SiGe C?
• 1st SiGe C transistor
• New SiGe C LNA MMICs
   – Leading into optimized application specific MMICs
• Medium power MMICs
• VSAT and satellite innovations
  – Integrated and discrete front-end solutions

Don’t miss this opportunity to learn how NXP RF devices are achieving breakthrough performance and enhancing application functionality across multiple bands and industry segments.

NXP Semiconductors has adopted an innovative platform approach to addressing the unique design requirements of industrial applications such as building environment (HVAC) and lighting control, white goods, eMetering/AMR, personal medical products and solid state lighting (SSL).

This platform approach accommodates emerging design trends in industrial control while also meeting the demand for scalable implementations that can accelerate time-to-market. Join NXP’s Rob Badhorn for a 17-minute Webcast discussing:

• General trends in industrial control
• LPC2468 Industrial Reference Platform
   – Features and benefits
   – IRD and DALI application board demonstrations
• NXP design ecosystem and example solutions for target applications
   – Reference designs and development platforms
   – Hardware and software suites
   – Middleware and training modules

In less than 17 minutes, you’ll gain an understanding of how NXP technology - from AC line connections to DC MOSFET drivers - is enabling higher efficiency, lower power designs that won’t escalate total system costs or product development cycles.

As a leader in RF, NXP understands many complexities of a typical RF design. This understanding has led to the development of an extensive RF discrete and low integration product portfolio that delivers advanced performance and simplifies the overall product design and development.

With a portfolio that covers most communication and transmission systems, it's easy to find a solution that matches your particular requirements.

Join NXP’s Ali R. Firouzabadi for a 17-minute Webcast discussing:

• PIN and varactor diodes
• Wideband transistors, featuring new SiGe C technology
• Next steps in SiGe C evolution at NXP
• MMICs
• Tuning products

In less than 17-minutes, you’ll gain an understanding of how to select the ideal RF small signal discrete product for your next design and learn about available design resources that can help accelerate product development cycles.