I. Solution Overview
● This solution is centered on the standalone intercom & paging console and bidirectional intercom speaker, combined with auxiliary devices such as intercom panels, IP column speakers, and ceiling speakers. Based on TCP/IP, SIP, UDP, and other transmission protocols, it builds a digital, intelligent, and full-coverage campus intercom & paging system to help create a safer, smarter, and more efficient campus environment.

Project Requirments
● Standalone Deployment
The system can be deployed directly through the existing campus LAN without requiring a dedicated server, greatly simplifying deployment and reducing maintenance costs.
● Two-Way Intercom
Enable real-time and clear voice communication and emergency assistance between teachers, students, and departments.
● Daily Broadcasting
Meet daily needs such as announcements, class bell scheduling, and background music playback.
● High Scalability
The system supports flexible expansion of devices and functions, helping build a safe, smart, and efficient campus.
II. Standalone Intercom & Paging System for Campuses

Solution Advantages
● Easy Deployment
The standalone architecture eliminates the need for a dedicated server, significantly reducing hardware costs and deployment complexity while enabling plug-and-play installation.
● Intelligent Intercom
The DSP9337 intercom speaker features a high-sensitivity microphone with advanced noise reduction for clear and stable two-way communication, improving efficiency and usability in various scenarios.
● Comprehensive Coverage
By integrating bidirectional intercom speakers, IP column speakers, ceiling speakers, IP horn speakers, and IP cameras, the system provides full indoor and outdoor campus audio coverage and security monitoring.
● Efficient Linkage & Rapid Response
Integrating broadcasting and intercom functions allows second-level alarm response, gaining valuable time for emergency handling.
● Scheduled Tasks & Automatic Bell Ringing
Automatically performs school bell scheduling and background music playback, reducing manual operation.
No. | Model | Product Name | Quantity |
1 | DSP9110 | Standalone IP Network Intercom & Paging Console | 1 PC |
2 | DSP9313 | 10.1" Netowrk Touch Screen Paging Station | 1 PC |
3 | DSP9313 | Smart Video Phone | 1 PC |
4 | DSP9337 | Emergency Intercom Speaker | N PCS |
5 | DSP9331 | One-Key Emergency Intercom Terminal | N PCS |
6 | POE 170VF | ONVIF Horn Speaker | N PCS |
7 | IP Camera | IP Camera | N PCS |
8 | DSP205N | IP Network Column Speaker | 8 PCS |
9 | DSP9152 | Stereo IP Network Amplifier | 4 PCS |
10 | DSP6011 | 6W Ceiling Speaker | 4 PCS |

III. Standalone IP Network Intercom & Paging System Features
● Standalone Architecture Advantages
No dedicated server required, significantly reducing hardware and maintenance costs.
Simplified hardware design with high system stability and reliability.
● Strong Integration and Compatibility
Supports standard SIP protocol and is compatible with third-party SIP phones.
Supports integration with Hikvision and Dahua cameras for event-triggered broadcasting.
Compatible with all terminal types in the DSP9000 system.
● Easy Operation
All terminals feature intuitive designs and clear button layouts, allowing staff to quickly operate the system without professional training.
IV. Traditional Intercom & Paging System VS Standalone Intercom & Paging System
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V. Core Device Introduction — DSP9110
Standalone IP Network Intercom & Paging Console: The “Brain” and Control Center of the System
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Standalone IP Network Intercom & Paging Console
Integrating Servers, Paging Microphone & Management Platform
● Standalone Architecture, Plug-and-Play
Integrates broadcasting server, SIP server, paging console, and audio/video intercom terminal functions into one device.
● Integrated Control Platform
A unified interface enables remote monitoring, configuration, and status management of all terminals. Supports refined multi-zone management for flexible and independent broadcast control across different areas.
● Powerful Paging & Broadcasting Functions
Supports one-touch paging, scheduled task management, and preset broadcasting, perfectly suited for daily announcements, school bell management, and emergency evacuation instructions.
● Emergency Command Center
Receives alarms in real time and supports one-touch two-way intercom. Can be linked with surveillance systems to provide reliable campus security protection.
DSP9110 Product Features

VI. Core Device Introduction — DSP9337
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Bidirectional Intercom Speaker
SIP Two-Way Intercom, Clear Voice Pickup & Reliable Performance
Features:
● Supports standard SIP protocol.
● Supports two-way intercom.
● Supports sound & light alarm.
● Supports broadcasting, intercom, and remote paging.
● Supports intelligent alarm keyword recognition with real-time alarm triggering.
● Optional support for three alarm notification modes: phone call, SMS, and IP phone dialing.
● Automatically records alarm information for convenient event tracking and analysis.
● Alarm keywords can be customized as required, supporting up to 200 keyword groups.
● Alarm keyword sensitivity and trigger frequency can be adjusted according to the environment.
● Supports distributed mode for standalone operation without a server.
● Built-in mounting holes for easy installation.
● Made of high-quality engineering plastic with durable injection molding, resistant to deformation and fading.
● Speaker surround damping treatment ensures long service life, high sensitivity, and clear bright sound.
● Equipped with a high-sensitivity microphone and noise reduction algorithm for long-distance and noisy-environment voice pickup.
● Supports integrated voice recognition and voice-controlled dialing, with flexible SIP target configuration via web interface for improved usability.
● Reserved I/O ports allow external call button connection for expanded application scenarios.
DSP9337 Product Features
I/O Expansion Design and Two-Way Voice Intercom for Versatile Applications
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VII. Application Scenarios
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The Standalone IP Network Intercom & Paging System adopts a “standalone + fully digital visualized” architecture, overcoming the key limitations of traditional network broadcasting systems in reliability, visualization, and flexibility. It is widely applicable in various scenarios such as hospitals, shopping malls, hotels, factories, and prisons