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AVCiT AV-over-IP: Built for Control Ready for the Future
1. Introduction
In the world of audiovisual technology, AV-over-IP (Audio-Visual over Internet Protocol) has become a transformative solution for modern systems. By leveraging standard Ethernet networks, AV-over-IP enables the seamless transmission and management of audio and video signals, offering unparalleled scalability, flexibility, and cost efficiency. This innovative approach has revolutionized industries such as public safety, corporate governance, and smart city operations, empowering organizations to optimize workflows and enhance collaboration in mission-critical environments.
2. What is Generic AV-over-IP?
Generic AV-over-IP systems utilize standard network protocols to transmit audio and video signals as data packets across IP networks, revolutionizing how audiovisual systems are managed. These systems offer several advantages over traditional matrix switchers, including:
● Simplified Cabling: Ethernet-based connections reduce the need for specialized cables, streamlining installation and maintenance.
● Scalability: Easily expand the system by adding devices to the network without significant infrastructure changes.
● Cost Efficiency: Leverage existing network resources to lower installation and operational costs.
● Flexibility: Enable remote access and dynamic reconfiguration, allowing operators to adapt setups to changing needs.
These features make generic AV-over-IP systems a popular choice for modern audiovisual applications.
3. AVCiT’s AV-over-IP Technology
As the demand for more flexible, scalable, and intelligent AV systems grows, AVCiT offers a future-ready AV-over-IP platform that redefines what’s possible in control rooms and mission-critical environments.
3.1 Technical Features at a Glance
● Revolutionary Encoding Technology
AVCiT’s proprietary ASE (AVCiT Screen encoder) technology delivers ultra-low bitrate transmission while preserving 4K@60 4:4:4 native image quality over low bandwidth (4-40 Mbps) in low latency (16.7 ms). It ensures clear and accurate visuals—perfect for applications like control rooms, emergency command centers, and network operation centers.
● Scalable Distributed IP-Based Architecture
Built on standard 1Gbps Ethernet, AVCiT's system uses a distributed architecture with no central server required. Encoders and decoders function independently, allowing easy expansion by simply adding nodes.
From AI OCR for live text extraction to structured video analysis and edge AI computing, AVCiT transforms raw data into actionable insights. Operators can respond faster to incidents with tools like face recognition, vehicle tracking, and smart alerts.
AVCiT ensures system integrity with HID-only KVM transmission, isolated network deployment, multi-factor biometric login, and user-level permission controls. These features make it ideal for secure environments such as defense, utilities, and finance.
● Ergonomic and User-Centric Design
The platform is designed for intuitive operation. The floating OSD interface, multi-view display, smart mouse switching, and “Follow Me” login all simplify complex tasks—improving both user comfort and workflow efficiency.
3.2 Advantages of AVCiT’s AV-over-IP Technology
● Simplified Configuration
AVCiT’s AV-over-IP system removes the need for traditional matrix switchers or complex cabling. With plug-and-play setup and intelligent routing, installation becomes faster and system configuration is streamlined—reducing deployment time and effort.
● Flexibility
Each AVCiT encoder supports multiple streams and a wide range of video interface (HDMI, DVI, VGA, SDI). This makes the system ideal for managing audio, video, USB, and control signals across various KVM applications.
● Easy Scalability
The modular architecture allows you to add encoders, decoders, or network switches as needed—no central server required. This makes AVCiT’s system perfect for growing control rooms or expanding enterprise infrastructure.
● Cost Reduction
Using standard Ethernet (1Gbps) Switch for the network infrastructure and eliminating the need for 10 - 40 Gigabit Network as access switch , AVCiT reduces both capital and operating costs. The system grows with your needs while maintaining high performance.
● High Reliability
AVCiT’s decentralized IP-based KVM design ensures there’s no single point of failure. If one node malfunctions, others continue operating. Combined with redundant networking, this delivers exceptional uptime and system stability.
● User-Friendly Interface
The intuitive floating OSD (On-Screen Display) offers real-time source preview, drag-and-drop controls, and customizable layouts. Operators can manage complex tasks effortlessly using a clean, centralized dashboard.
● Wide Range of Applications
AVCiT’s all-in-one platform supports diverse scenarios: from emergency command centers, transportation hubs, and energy operations, to boardrooms and training centers—with features like video wall control, AI analytics, and KVM-over-IP collaboration.
3.3 Comparing AVCiT’s AV-over-IP vs. Traditional A/V
While traditional A/V systems have long served as the backbone of the industry, the emergence of AV-over-IP technologies has opened up new possibilities for transmitting, managing, and scaling audio and video signals. Building on these established foundations, AVCiT’s IP-based platform offers enhanced flexibility, scalability, and adaptability to meet the evolving demands of modern control room environments. More than just a replacement, AVCiT’s AV-over-IP system represents a forward-looking upgrade—designed to deliver higher performance and long-term value. The comparison below highlights key differences that illustrate how AVCiT’s approach can better support today’s complex operational needs.
Aspect | Traditional A/V | AVCiT AV-over-IP |
Architecture | Complicated, Extender + Matrix Swtich + Video Wall Processor + KVM Switch+ Central Controller | Simplified Encoder + Gigabit Switch + Decoder |
Transmission Method | Physical cabling (HDMI, DVI, SDI, HDBaseT, etc.) | Standard network cables (Cat6a/Cat7/Fiber) |
Switching Method | Hardware matrix with fixed Input/Ouput ports | Software-based switching via encoder/decoder addressing |
Scalability | Limited by matrix enclosure's channel | Flexible & scalable by adding encoder or decoder |
Distance Capability | Typically up to 100 meters (requires extenders for more) | Up to 10 km over fiber, 120 meters over CAT7 |
Installation & Cabling | Complex and time-consuming， not easy for trouble shooting | Simplified setup with fewer cables and streamlined configuration |
Remote Access | Not available | Cross secure network or private network |
Video Quality | High-quality, uncompressed signal | Visually lossless with AVCiT’s ASE compression; supports 4K/60Hz 4:4:4 |
System Reliability | Any device failure will cause the whole system shut down | No single point of failure |
User Interface | Control button by text, no visualization | Visualized and Interactive, what you see is what you get |
Integration with 3rd party system | Typically not supported | Natively support CCTV, AI platform by RTSP protocol |
4. Applications of AVCiT’s AV-over-IP Technology at COP15
At the United Nations Biodiversity Conference (COP15), AVCiT’s AV-over-IP system was deployed to support five key command centers and ten important venues. The system played a vital role in ensuring smooth communication, real-time coordination, and visual monitoring throughout the event.
The system setup was based on a distributed architecture, including:
● Encoders to convert video and audio signals and send them across the network
● Decoders to receive and display signals at various sites
● Network switches for stable and efficient data transmission
● A central control platform to manage devices and content from one interface
How It Worked
● Signal collection: Cameras and microphones captured live video and audio from different conference halls.
● Transmission: Signals were sent over an IP network to the control centers.
● Control and switching: Operators managed sources and displays from a centralized interface.
● Display: Real-time content was shown on large screens in each key location.
What It Delivered
● Sharp 4K visuals: Maintained high image quality with 4:4:4 color sampling, ideal for close-up viewing and detailed visuals.
● Low delay: Signal transmission stayed below 16.7ms, keeping communication smooth and responsive.
● System stability: The distributed design meant that even if one device failed, the rest of the system kept working.
● Scalability: Devices could be added or removed as needed, depending on the event’s size.
● Multiple uses: The system supported video conferencing, command coordination, and on-site monitoring.
AVCiT’s AV-over-IP solution helped COP15 run smoothly by connecting key locations, enabling fast response, and delivering clear visuals. It showed how the system could handle complex, multi-site events reliably and flexibly—meeting both technical and operational needs on the global stage.
5. Conclusion
AVCiT’s AV-over-IP technology tackles some of the most pressing challenges in modern control room environments—latency, scalability, security, and usability. With its advanced encoding, modular architecture, AI-driven analytics, robust security framework, and user-centric design, AVCiT offers a powerful and adaptable solution for mission-critical operations.
Whether you’re overseeing public safety, managing transportation networks, or enhancing corporate command centers, AVCiT enables your team to work smarter, faster, and with greater clarity. Choosing AVCiT means more than adopting cutting-edge tech—it’s a step toward a more intelligent and connected future.
Ready to explore AVCiT solutions? Visit us to learn how AVCiT can elevate your control room performance.
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