Ultrawave is a next-generation perimeter security solution that uses a digital bi-static microwave sensor to create an invisible energy field, triggering alarms upon detecting intruders. It features advanced detection capabilities, operates effectively in various weather conditions, and utilizes sophisticated digital processing to minimize false alarms. With versatile deployment options and customizable configurations, Ultrawave offers a reliable and adaptable security setup for a range of applications.

1. UltraWave: Next-Generation Microwave Intrusion
Detection for Perimeter Security
In today’s world, ensuring the security of your premises is paramount. With
advances in technology, the UltraWave microwave intrusion detection sensor has
emerged as a reliable solution for perimeter security. This innovative system
combines state-of-the-art digital processing with the ability to generate an invisible
energy field, providing a comprehensive safety net for your property.
What is UltraWave?
UltraWave is a volumetric, fully digital, bi-static microwave sensor that creates an
invisible energy field between a transmitter (Tx) and a receiver (Rx). When an
intruder enters this field, an alarm is triggered, alerting security personnel to the
breach. Its design makes it ideal for securing perimeters and protecting gates and
sally ports—critical access points in any security setup.
Exceptional Detection Capabilities
One of the standout features of UltraWave is its impressive detection capabilities. It
can effectively monitor zone lengths ranging from 5 to 200 meters (16 to 656 feet).
The system is stackable, which means you can increase the detection zone height,
enhancing its effectiveness in various environments. Whether it’s rain, fog, or snow,
UltraWave remains reliable, ensuring that your security system is functional
regardless of the weather conditions.

2. All-Digital Processing for Enhanced Performance
UltraWave employs all-digital processing to minimize nuisance alarms, a common
issue with many traditional sensors. Its sophisticated algorithms are designed to
differentiate valid intrusions from environmental effects. This capability is
particularly beneficial as it provides stable operation even amid temperature
changes and equipment aging. The sensor also features Automatic Gain Control,
which compensates for varying path loss due to the distance between the
transmitter and receiver, as well as weather-related disruptions.
Flexible Deployment Options
The versatility of UltraWave makes it an excellent choice for various security
applications. It can be deployed around an entire perimeter or used to fill gaps
where another system serves as the main sensor. Moreover, its configurable
frequency channels allow multiple units to operate nearby without interference,
even in applications where multiple sensors are stacked together. This flexibility
ensures that you can customize your security setup to meet the specific needs of
your property.
How It Works?
The operational mechanics of UltraWave are straightforward yet effective. The
transmitter generates an invisible pattern of microwave energy aimed at the receiver.
Utilizing advanced Digital Signal Processing (DSP) algorithms, the system can
distinguish between background environmental effects and the unique signatures of
intruders, whether they are walking, running, or crawling. This intelligent detection
method ensures that alerts are both timely and accurate, significantly improving
response times in the event of a security breach.
Conclusion
UltraWave stands out as a cutting-edge solution for perimeter security, offering a
blend of reliability, advanced technology, and versatility. Its ability to adapt to
various conditions and environments makes it suitable for various applications, from
securing large facilities to protecting sensitive access points. By integrating
UltraWave into your security infrastructure, you not only enhance your property’s
safety but also gain peace of mind knowing that you are equipped with one of the
most advanced intrusion detection systems available today.