• HZ-SN-16 Acoustic Sphere Linked Sonar,Hertzinno,HZ-SN-16 Acoustic Sphere Linked Sonar | Drone & Gunshot Sound Localization

HZ-SN-16 Acoustic Sphere Linked Sonar

The HZ-SN-16 Acoustic Sphere Linked Sonar is a state-of-the-art security monitoring system that leverages a 16-element microphone array for high-precision sound recognition and directional targeting. Engineered for critical security scenarios, it provides millisecond-level response times to capture and track high-priority acoustic events such as drones, gunshots, and explosions.

Array Type
16-element microphone array
Detection Angle Range
0° ~ 360° Omnidirectional
Angular Resolution
Azimuth: 1°; Elevation: 30°
Response Time
<50ms
Detection Radius
≥50m (at 50dB Signal-to-Noise Ratio)
Positioning Error
<500mm (at 1m distance, 1000Hz)
Communication Protocol
ONVIF (Compatible with standard Speed Dome Cameras)
  • HZ-SN-16 Acoustic Sphere Linked Sonar,Hertzinno,HZ-SN-16 Acoustic Sphere Linked Sonar | Drone & Gunshot Sound Localization
Campus Drone Acoustic Localization System | HZ-SN-16 Low-altitude Drone Acoustic Detection & PTZ Linkage
Campus Drone Acoustic Localization

Campus Drone Acoustic Localization System: Low-altitude Drone Detection, Sound Source Localization, and PTZ Camera Linkage

The HERTZINNO HZ-SN-16 acoustic spherical array sonar provides campus drone acoustic localization for industrial parks, campuses, energy bases, data centers, warehouse and logistics parks, and key protected areas. Using a 16-element microphone array, the system performs 360° abnormal sound sensing, identifies low-altitude drone acoustic characteristics, outputs sound source azimuth and elevation angles, and links with ONVIF PTZ cameras to quickly turn toward the target area for drone acoustic detection, low-altitude security alerts, video verification, and event evidence retention.

One HZ-SN-16 acoustic array covers campus low-altitude drone and abnormal sound localization scenarios.

HZ-SN-16 can continuously monitor campus low-altitude airspace and perimeter areas. When the system identifies a drone acoustic signature, abnormal impact sound, or perimeter intrusion sound, it can output the sound source direction and drive a compatible ONVIF Speed Dome camera to turn toward the target location for visual confirmation.

Drone Acoustic signature recognition
360° Sound source localization
PTZ Video linkage
Campus Low-altitude security
01
Low-altitude Drone Security

Campus Low-altitude Drone Acoustic Detection

For industrial parks, campuses, energy stations, and key facility perimeters, the system can identify low-altitude drone acoustic characteristics and output the target direction after drone sound samples have been collected and trained in advance.

  • Low-altitude drone acoustic signature recognition and detection
  • Suitable for video blind spots, nighttime, and complex background scenarios
  • Provides early acoustic warnings for campus low-altitude security
02
Sound Source Localization

Drone Sound Source Localization and Direction Output

By analyzing time differences and phase differences between elements in the 16-element microphone array, the system can estimate the sound source direction and output azimuth and elevation angle information.

  • 360° omnidirectional acoustic sensing
  • Outputs drone sound source direction information
  • Supports sound source localization, alarm triggering, and platform display
03
PTZ Camera Linkage

Acoustic Localization Linked with PTZ Cameras

When a drone or abnormal sound is detected, HZ-SN-16 can control compatible network speed dome cameras through the ONVIF protocol, enabling the camera to quickly turn toward the sound source direction for video verification.

  • ONVIF Speed Dome Camera linkage
  • Sound source direction drives video confirmation
  • Improves campus security response speed and evidence collection efficiency
04
Campus Perimeter Upgrade

Campus Perimeter and Key Area Security Upgrade

By adding “auditory sensing” to traditional video surveillance, the system can be used for abnormal sound localization in campus perimeters, warehouse and logistics areas, substations, data centers, oil and gas stations, and restricted areas.

  • Reduces blind spots caused by uncertain camera direction in traditional surveillance
  • Supports abnormal sound alarms, pop-up notifications, and evidence retention
  • Suitable for upgrading campus low-altitude security and perimeter protection systems

Need to deploy drone acoustic localization and low-altitude security alerts for your campus?

Please provide the monitoring area range, installation height, target drone type, existing camera model, platform integration method, and alarm linkage requirements. HERTZINNO can help configure an HZ-SN-16 campus drone acoustic localization and PTZ linkage solution.

Get a Drone Acoustic Localization Solution
FAQ

Campus Drone Acoustic Localization FAQ

Below are common questions about HZ-SN-16 campus drone acoustic localization, low-altitude drone acoustic detection, sound source direction output, ONVIF PTZ camera linkage, and campus security system integration.

Can HZ-SN-16 be used for campus drone acoustic localization?
Yes. HZ-SN-16 can be used for low-altitude drone acoustic detection in industrial parks, campuses, energy bases, warehouse and logistics parks, data centers, and key protected areas. After drone sound samples are collected and trained in advance, the system can identify drone-like acoustic characteristics and output the sound source direction for subsequent alarms and video linkage.
What are the core advantages of campus drone acoustic localization?
Compared with relying solely on video surveillance, acoustic localization can provide early sound direction information before the target enters the camera frame, at night when lighting is insufficient, or when obstructions exist. It is suitable for campus low-altitude security, perimeter protection, important facility protection, and supplementing video blind spots.
How does HZ-SN-16 determine the drone sound source direction?
The system uses a 16-element microphone array to collect sound signals from different directions and estimates the sound source direction by analyzing time differences and phase differences between array channels. It can output azimuth and elevation angle information, providing a localization basis for PTZ camera steering and platform alarms.
Does it support 360° campus low-altitude monitoring?
Yes. HZ-SN-16 supports 0°–360° omnidirectional acoustic detection and is suitable for deployment at campus high points, rooftops, perimeter poles, important entrances and exits, or key equipment areas, helping reduce security blind spots caused by uncertain camera direction in traditional video surveillance.
Does drone acoustic recognition require prior training?
Yes. Recognition of specific drone acoustic signatures or customized target sounds usually requires sample collection and training in advance. The recognition function can be implemented through backend services to improve adaptability to target sound types.
How does HZ-SN-16 link with PTZ cameras?
After the system detects a drone sound source or abnormal sound, HZ-SN-16 can output the sound source direction and control compatible network speed dome cameras through the ONVIF protocol. The PTZ camera turns toward the sound source direction for video verification, event confirmation, and evidence retention.
What scenarios are suitable for campus drone acoustic localization?
HZ-SN-16 is suitable for areas requiring low-altitude drone acoustic detection and abnormal sound localization, such as:
  • Industrial parks and technology parks
  • Campuses, research institutes, and closed-management areas
  • Data centers, warehouse and logistics parks, and energy bases
  • Substations, oil and gas stations, and critical infrastructure
  • Campus perimeters, entrances and exits, rooftops, and open areas
  • Existing surveillance systems that need acoustic-triggered video linkage upgrades
How fast is the system response?
HZ-SN-16 has a system response time of less than 50 ms, supporting rapid abnormal sound localization and PTZ camera direction adjustment to help security personnel confirm the location of drones or abnormal sound sources faster.
Can audio and video evidence before and after alarms be saved?
Yes. The system can support audio and video retention before and after alarm events, making it easier for security personnel to quickly replay relevant evidence and reduce manual searching through long surveillance recordings.
What information is needed before deployment?
It is recommended to provide the campus floor plan, monitoring radius, installation height, camera model, target drone type, platform integration method, power supply and network conditions, and whether linkage with the existing video surveillance platform is required. HERTZINNO can configure an HZ-SN-16 acoustic localization and PTZ linkage solution based on this information.

Get Campus Drone Acoustic Localization Solution Advice

Tell us your campus type, monitoring range, installation location, target sound type, camera model, and platform integration requirements, and HERTZINNO can help plan an HZ-SN-16 acoustic localization and low-altitude security solution.

Consult on an HZ-SN-16 Solution
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