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Global Chip Revenue Rises in 2013, Reversing Loss from Earlier Year; Memory and Wireless Lead the Way
Worldwide semiconductor revenue rose a solid 5.0 percent last year, with memory chips the star performers, according to the latest research from IHS Technology (NYSE: IHS). Total...
Continued Progress at Electronics Marketing Drives Year-Over-Year Growth in Revenue and EPS Avnet, Inc. (NYSE:AVT) today announced results for the third quarter fiscal year 2014...
North America-based manufacturers of semiconductor equipment posted $1.28 billion in orders worldwide in March 2014 (three-month average basis) and a book-to-bill ratio of 1.06, according...
Design with caution is the advice for mobile device makers as DRAM prices continue their upward climb and lead times range from six weeks to allocation, according to the latest Market...
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ASIC Prototyping with FPGAs faces global development challenges in the hardware-software IoT and automotive markets.
This episode demonstrates how to create a new project inside of the MPLAB® Xpress IDE.
This video will demonstrate how to use the MPLAB® Xpress IDE Bridge Tool to program a microcontroller. When using a Programmer/Debugger like a PICkit™ 3, or the integrated Programmer/Debugger like the one found on the Curiosity Board in MPLAB® Xpress IDE, the USB Bridge will need to be used.
In this video, an RGB Matrix WS2812B display is interfaced with the MPLAB® Xpress IDE Board. An example project from the MPLAB® Xpress IDE scrolls user text across the display demonstrating just how easy it is to get up and running with MPLAB® Xpress IDE.
Overview of MPLAB® Xpress, a cloud-based streamlined version of Microchip Technologies award winning MPLAB® X IDE. A perfect tool for Makers, Academics and Industry Veterans looking for a fast and intuitive way to get started with the latest products and technologies from Microchip.
With an emphasis on connected devices, engineers are tasked with getting their devices online as quickly as possible. What if you could take an existing system, previously not IOT capable, and get it connected without having to do a redesign? Using Total Phase’s traditional development tools, such as protocol analyzers and host adapters you can collect and analyze data from embedded systems for the purpose of debugging and development. Now, take the same concept and move it to the Internet of Things. Learn how…
[youtube]http://www.youtube.com/watch?v=yqFh9C_bYAI&list=PL1204684BD203E0DC[/youtube] [MNV170] Microchip Technology introduces Lighting Communications Development platform for