Videos

Quasonix antennas are going places, through innovative engineering that allows for greater size, mobility, and utility, while maintaining extended durability and jitter-free precision tracking. This slideshow gives you a taste of the ways we are responding to customers’ needs. You CAN take it with you.

antenna
ground station
HyperTrack
mobile
portable
QTrack
trailer

Brief demonstration of how our RDMS™ Adaptive Equalizer can conquer multipath, transforming an SOQPSK signal with severe three-ray multipath distortion into nearly perfect data.

Adaptive equalizer
Data quality
Demonstration
Gen3
IF port
Multipath distortion
RDMS™
receiver
third generation
signal quality
spectrum
Three-ray

Brief demonstration of how our RDMS™ Adaptive Equalizer can conquer multipath, transforming a PCMFM signal with severe three-ray multipath distortion into nearly perfect data.

Adaptive equalizer
Data quality
Demonstration
Eye pattern
Gen3
IF port
Multipath distortion
RDMS™
receiver
third generation
signal quality
spectrum
Three-ray

Simulation of maximal-ratio diversity combining, showing how it phase aligns and coherently sums two signals but non-coherently sums their noise, resulting in up to 3 dB improvement in signal-to-noise ratio. Used in TM Smorgasbord training.

Original, received (three-ray), and equalized PCMFM signal. Used in TM Smorgasbord training.

Original, received (three-ray), and equalized SOQPSK signal. Used in TM Smorgasbord training.

Demonstration of the agility of a QTrack™ antenna as it auto-tracks a drone. Quasonix QTrack™ portable low-gain antennas, coupled with industry-leading Quasonix RDMS™ telemetry receivers, are the perfect solution for portable or mast-mounted antenna applications. Can your antenna do this?

Antenna
Auto-tracking
Camera
Drone perspective
Fly-by
Pirouette
Portable
QTrack
Video feed

Distributed-antenna example with 5 RF patches, 5 CRC units, a NetAcquire A-CSS, and a rotating RF source. In addition to clock and data, the CRC units provide a real-time quality metric, allowing the BSS function to produce the optimum bit decisions as the RF source moves through space.

adaptive beam-forming
adaptive equalizer
advanced correlating source selector
ARTM
BERT
combiner
composite response
CRC
data quality metric
demonstration
diversity combiner
DQE
DQM
dual-channel receiver
error-free
LDPC
NetAcquire A-CSS
optimum bit decisions
patches
real-time
receiver
RF
STC
true trellis demodulation

An example of a custom portable enclosure manufactured by Quasonix. Take a closer look inside this mobile, full-featured PD450 tracking system, which includes a retractable roof, hydraulic scissor lift, and interior control center.

acquisition aid
antenna control unit
conscan feed
control room
differential GPS
enclosure
HD surveillance camera
hydraulic scissor lift
mobile
PD450
RDMS rackmount receiver
retractable roof
tracking

Using a 6-foot dish with a PD450 pedestal mounted to a trailer, we auto-track a drone, with near-perfect results. Filmed in California, this video highlights some of the key features of our antennas and the limitless potential of Quasonix’s full product line.

ACU
Antenna Control Unit
camera
drone
Ethernet
portable
RDMS
receiver
system
tracking
trailer
view-finder

Recording from an early test flight showing how Space-Time Coding eliminates signal fades inherent in a normal two-antenna solution.

Fading
Self-interference
Signal
Space-Time Coding (STC)
Test flight
Two-antenna
Video