Using FPGAs and SDRs to create real-time testbeds

This video program is a part of the Premium package:

Using FPGAs and SDRs to create real-time testbeds


  • IEEE MemberUS $4.99
  • Society MemberUS $0.00
  • IEEE Student MemberUS $4.99
  • Non-IEEE MemberUS $9.99
Purchase

Using FPGAs and SDRs to create real-time testbeds

0 views
  • Share
Create Account or Sign In to post comments

From the 2019 IEEE ComSoc Summer School at National Instruments, Austin, TX, USA, Sarah Yost, Senior Product Marketing Manager for National Instruments, discusses how in today's wireless communications world, being able to create real-time testbeds to prototype new ideas and algorithms is a critical step in advancing new technologies. The newest communications standards have even tighter timing constraints and larger bandwidths than previous generations and host-based processing no longer sufficient to create prototypes that need a real-time physical layer. This session will dive into some of the hardware and software tools that are available to create testbeds as well as discuss some examples of successful testbeds.

From the 2019 IEEE ComSoc Summer School at National Instruments, Austin, TX, USA, Sarah Yost, Senior Product Marketing Manager for National Instruments, discusses how in today's wireless communications world, being able to create real-time testbeds to prototype new ideas and algorithms is a critical step in advancing new technologies. The newest communications standards have even tighter timing constraints and larger bandwidths than previous generations and host-based processing no longer sufficient to create prototypes that need a real-time physical layer. This session will dive into some of the hardware and software tools that are available to create testbeds as well as discuss some examples of successful testbeds.