RF Instrument Type
Average Noise Floor @ 1 GHz (typical)
NI is collaborating with top researchers focused on wireless research, specifically 5G wireless communications. The graphical system design approach combines LabVIEW Communications System Design software with the software defined radio (SDR) platform to help researchers innovate faster. Using this approach, engineers can reduce the time from theory to results by testing their designs in a real-world environment.
Massive multiple input, multiple output (MIMO) is an exciting area of 5G wireless research. For next-generation wireless data networks, it promises significant gains that offer the ability to accommodate more users at higher data rates with better reliability while consuming less power.
To transition from concept to reality, researchers must prototype with real signals and waveforms. A rapidly expanding prototyping solution, known as millimeter wave (mmWave) or extremely high frequency (EHF), is the highest radio frequency band in practical use today. EHF includes frequencies from 30 GHz to 300 GHz.
Learn about the latest efforts to utilize unlicensed spectrum to improve capacity of cellular networks through LTE/Wi-Fi coexistence. NI’s testbed provides a fully customizable platform allowing designers to experiment with this rapidly evolving topic using NI software defined radio hardware and LabVIEW Communications.
Every year the number of wireless-enabled devices and the amount of data consumed continue to grow at an exponential rate. The mmWave bands may be an answer to this increasing demand. The first question that must be answered will be which bands will be adopted for 5G?
Rapidly design, simulate, prototype, and deploy real-time wireless communications systems using the NI SDR platform and the power of LabVIEW.