Sign up to receive live webinar announcements

Complete this survey and let us know about your areas of interest.

Radio Engineering and Antennas   Download eBook  Buy paperback edition
Access webinars below. Use Chrome Browser for best results.

Learning Objectives:
• Basics of Antennas
• Practical Antenna Design Parameters, such as Directivity, Gain, Beamwidth, Aperture, Polarization, EIRP, Field and Power Patterns, Return Loss, Axial Ratio
• Design considerations for cellular Base Station and Handset Antennas
• Antenna types and their characteristics
• Phased Array Antennas and Multiple independent Beamforming
• Smart Antennas and their applications

Learning Objectives:
• Antenna Design Process and Measurements of Impedance, Gain and Field Patterns in the Near and Far Field
• RF Site Surveys for Wireless LAN and cellular networks
• Antenna Diversity techniques and Diversity Combiners
• Techniques to expand Wireless System Capacity, such as Frequency Reuse, Cell Splitting and Cell Sectoring
• Flexible Frequency Reuse in 4G LTE networks
• Overlay macrocell networks and Femto Cells in 4G LTE

Learning Objectives:
• Base Station, Indoor and Mobile Handset Antennas
• Use of Antenna Tilt to improve performance
• MIMO techniques with diversity, beamforming and Space Division Multiplexing
• Applications of MIMO in WiFi, WiMax and LTE

Learning Objectives:
• Basics of MIMO
• Benefits of MIMO
• Basics of Antenna Diversity, Beamforming and SDM
• Applications of MIMO in WiFi, WiMax and LTE
• Future of massive MIMO

Learning Objectives:
• Role of RF propagation characteristics in Wireless Link Design, such as free space loss, reflection, refraction, diffraction, scattering and atmospheric losses
• Basics of RF Link Budget Analysis with applications for microwave links, satellite links and digital communication links

Learning Objectives:
• Statistical fading models as applied to Micro, Macro and Femto Cells, such as Egli Model, Okumara Model, Hata Model, COST-231 Model and COST-WI Model
• Impact of foliage and building penetration losses on RF link budget
• Application of indoor propagation models, such as 1SM, MWM, LAM
• RF Link Budget Analysis Examples for Macro, Micro and Femto Cells as applied to LTE, UMTS and GSM technologies

Learning Objectives:
• Characteristics of a Wireless Receiver, such as Sensitivity, Noise, Selectivity, Stability, Spurious Responses, Phase Noise, Dynamic Range, AGC
• Architectures of Superheterodyne and Direct Conversion Receivers with practical examples
• Digital modulation techniques, such as BPSK, QPSK, QAM, FHSS, DSSS, OFDM and their defining characteristics
• Case study of OFDM and Wireless Receiver Architectures as applied to IEEE WLAN standard
• Software Defined Radio (SDR) architectures and their applications
Take Away
– Live and Interactive Learning Webinars
– Simplified understanding of concepts
– Practical examples and illustrations
– Exciting Learning Experience in the comfort of your desk
– Earn Professional Development Hour (PDH) Credits and claim Certificate of Completion
– Ideal Learning Resource for IEEE Wireless Communication Engineering Technologies (WCET) Certification Examination

Comments are closed.