Design Center

Improving performance, range, and reliability in 802.11n networks
There are many ways to sustain IEEE 802.11n-based signals to achieve higher effective throughput at greater distances. This feature will help you pick the right one.

• Quantifying Gain Compression in RF Power Amplifiers: An Improved Method for OFDM Signals

• EE Times' Top 10 Design Features of 2009

• Book Excerpt--Microwave and RF Design: A Systems Approach (Part 6 of 8)

• How to use optional wireless power-save protocols to dramatically reduce power consumption

• Power-reduction details determine a chip's overall power consumption (Part 2 of 2)

Learning Center

Most Recent Courses

• Design Low Cost - Low Power Wireless Systems With Cyclone III FPGAs
  Educast  10 min.
• Overview of WiMedia UWB Technology, Markets, and Opportunities
  Technology course  90 min
• ZigBee Overview
  Technology course  50 min.
• Reconfigurable Processing for Software Defined Radio Applications
  Lecture  60 min.
• Optimizing PowerPC Performance for Radar and Wideband Wireless
  Product course  1.5 hours
• Introduction to GSM
  Lecture  40 min.
• Broadband Wireless Access
  Lecture  25 min.

Product Center

Latest Product Articles

• Microchip readies ZigBee RF4CE protocol and XLP compliant platform
• Analog Devices unveils new generation of energy metering ICs
• UHF RFID reader combines dense reader mode filtering on chip with LBT level sensitivity
• Multi-standard RF-to-digital converter helps software defined radio drive home its benefits
• 2.4GHz wireless LAN power amplifier claims world-class low power-added efficiency
• Nordic ships ULP Bluetooth silicon and kits

Under the Hood

• Under the Hood: Inside the Apple iPhone
• Under the Hood: Go inside the first commercial UWB hub
• Wireless IC technology continues to evolve

Technical Paper Library

Latest Technical Papers

• LTE-Advanced Technology Introduction
• Production Measurements on 3GPP WCDMA Femtocells
• The Basics of ZigBee Transmitter Testing
• Incorporating Wireless Measurements with Wired Data Acquisition Systems
• How it Works: UWB, WPAN and WiMedia Radio Space
• Home Automation Comes of Age
• Using Virtual Platforms for Pre-Silicon Software Development

Featured Technical Papers

• TrustMe-ViP: A Virtual RF System Platform Project for TPD
  Mentor Graphics
• MD8470A Speeds Development of Video Chips for Cell Phones
  Anritsu
• Designing an RF System-In-Package with Improved IC Design Environment
  STMicroelectronics
• Electro-Migration Check with Eldo
  Mentor Graphics

Webinars

Latest Webinars

• Introduction to LTE-Advanced
  Agilent Technologies
• Making the journey from WiMAX™ to LTE
  Agilent Technologies
• Achieve Higher Performance in your Wireless System Designs
  NXP
• High efficiency Doherty amplifiers based on LDMOS technology for wireless infrastructure
  NXP
• MMIC Co-Design in ADS for 4G LTE applications
  Agilent Technologies
• Detecting Five Distinct Motions with MEMS Inertial Sensors
  Analog Devices