CMP - United Business Media TechOnline
All Articles Products Courses Papers VirtuaLabs Webinars Web



 
LoginRegister
      TechOnline > Electronics Company Directory > Freescale Semiconductor

Electronics Company Directory

Freescale Semiconductor
indicator A TechOnline Member Company

The FTF Design Challenge encourages embedded engineers and engineering students to create new products that will improve the environment. The second annual challenge offers engineers the chance to get complimentary or discounted tools, access virtual labs, experience designing with CodeWarrior® development tools, win cash and attend FTF. Five global challenges will open in September through December, 2008. Do you have the next green idea? Click to get started.

 
Recent Additions

ABI Research ranks TI as top 802.15.4 IC vendor
Design Article
Texas Instruments has been ranked at the top of the latest IEEE 802.15.4 IC Vendor Matrix released by ABI Research.

Verification of 1M+ Transistors Mixed-Signal IC for Cellular and Multimedia Applications
Technical Paper
White Paper
This paper demonstrates how at Freescale we take up this challenge. It will present most aspects of our flow, starting with testbench architecture, database management, functional coverage, then with mixed-level and full transistor simulations, floating nodes, power consumption and regression tests.

MC9328MX21
Virtualab
This i.MX21 VirtuaLab allows designers to try out the latest i.MX Applications Processor and experience the superior performance i.MX21 has to offer.

Optimizing Routing Congestion across nodes using a Novel Window based placement algorithm (WPA)
Technical Paper
White Paper
This paper proposes a novel algorithm to alleviate congestion hot-spots by first estimating the standard cell local pin density and subsequently modifying physical attributes of identified culprit cells based on timing criticality.

Automated timing and congestion aware decap Placement for dynamic IR hotspot removal
Technical Paper
White Paper
Using EDA tools available to perform DvD analysis and give us the amount of decap to be added, this paper describes an effective method to ensure that this requirement is met by ensuring addition of decaps in hotspots.
 
Freescale Semiconductor
Address:
Global Headquarters:
6501 William Cannon Dr. W
Austin, TX 78735-8598
USA
Phone: 800-521-6274 or 480-768-2130
http://www.freescale.com
Related Links
companydescription Company Description
pressreleases Press Releases
ondemandwebcasts On-Demand Webinars
courses Courses
virtualabs Virtualabs
technicalpapers Technical Papers
products Products
Design Articles Design Articles