Sentence examples for millimeter wave frequencies from inspiring English sources
These systems may operate at millimeter wave frequencies where the needed bandwidth may be available.
Based on the validated model, the multipath channel parameter such as root mean square (RMS) delay spread and the fading statistics at millimeter wave frequencies are easily extracted.
Depending on the end use and specific operation band (i.e. sub 6 GHz and millimeter wave frequencies), it is expected that two versions of 5G radio access waveforms will be standardized.
The increasing demand for higher data rates has motivated research in millimeter wave frequency bands for 5G cellular systems.
The achieved result of conversion gain and isolation characteristic is one of the best performances reported among the quadruple sub-harmonic mixer operating in the V-band millimeter wave frequency.
Metallic rectangular waveguides are often the preferred choice on telecommunication systems and medical equipment working on the upper microwave and millimeter wave frequency bands due to the simplicity of its geometry, low losses, and the capacity to handle high powers.
The results indicate that the proposed antenna prototype – I yields the broadband impedance bandwidth >20 GHz (from 20 to >40 GHz) define by S11 < −10 dB that covers two important millimeter wave frequency bands (28/38 GHz).
Through the extensive measurements, we would like to investigate: (1) whether channel characteristics at different frequency bands are different in the same propagation scenario; (2) whether room electromagnetics theory holds at different frequency bands; and (3) whether diffuse scattering is important to model at millimeter wave frequency bands.
Numerical Simulations: MAGMAS is a numerical software tool, initially developed at the KU Leuven, for electromagnetic problems in the microwave and millimeter wave frequency bands.[ 42, 43] Subsequently, it has been extended to include the special features of plasmonic nano-technology: (near) optical frequencies, strongly dispersive materials and volumetric meshing.
These use cases are similar to other 5G-related investigations, with a focus on millimeter-wave frequencies and their limitations.
Millimeter-wave frequencies: Traditionally, mmWave had been used for long-distance point-to-point communications in satellite communications.
