AVOP-ASP-4K60-KVM: 4K60 IP Distributed Video Wall Processor for Flexible AVoIP Deployment

Modern professional AV projects increasingly require flexible, scalable, and network-based signal distribution. Traditional point-to-point cabling or fixed HDMI matrix systems can become difficult to expand when a project involves multiple rooms, multiple displays, centralized content routing, or large video walls. For engineering contractors and system integrators, an IP-based AV architecture provides a more adaptable way to route, switch, and distribute high-resolution video signals across an enterprise or campus environment.

The AVOP-ASP-4K60-KVM is designed for this type of professional AVoIP application. It is a 4K60 IP-based distributed video wall processor that supports ultra-high-definition 4K60 4:4:4 video transmission over standard Gigabit Ethernet. By using transmitter and receiver nodes through network switches and CAT5e or higher-grade cabling, the system provides a flexible virtual matrix routing solution for 4K content distribution, video wall display, and KVM-related applications.

The AVOP-ASP-4K60-KVM is composed of transmitter and receiver units, including the AVOP-ASP-4K60-KVM-TX and AVOP-ASP-4K60-KVM-RX. The transmitter is used to encode and send source signals into the network, while the receiver decodes and outputs signals to display devices. All nodes and control devices are connected through a network switch, allowing each node to be independently connected and managed.

The product supports 4K60 video transmission with 4:4:4 color sampling, HDR10, HDR10+, Dolby Vision, and HDCP 2.2 / 2.3 compatibility. It also supports Web-based control, distributed matrix routing, video wall setup, receiver management, transmitter management, network configuration, firmware upgrade, and system information display.

For integrators working on command rooms, corporate AV distribution, classrooms, digital signage, and multi-display environments, the AVOP-ASP-4K60-KVM provides a practical foundation for building scalable AVoIP systems.

One of the key values of the AVOP-ASP-4K60-KVM is its ability to transmit up to 4096×2160@60Hz video with 4:4:4 color performance. This makes it suitable for professional applications where image clarity, color accuracy, and text readability are important.

The device supports RGB444, YUV444, and YUV422 color formats, with up to 12bit color depth. It also supports HDR10, HDR10+, and Dolby Vision, helping maintain compatibility with modern 4K media sources and display devices.

The system uses visually lossless compression with an 18x to 20x compression ratio and ultra-low latency of approximately one frame. This balance of image quality and network efficiency allows the product to operate over standard Gigabit Ethernet while still supporting high-resolution AV distribution.

Unlike a traditional matrix switcher with fixed input and output ports, the AVOP-ASP-4K60-KVM works as a distributed matrix system. Transmitters and receivers are connected to the network, and signal routing can be managed through the Web interface.

The distributed matrix function allows users to drag and drop an input source onto the desired output window. This simplifies signal management and makes the system easier to operate in real AV projects. For system integrators, this architecture can reduce cabling limitations and provide greater flexibility when designing projects with multiple rooms, display zones, or expansion requirements.

The system can operate over standard network switches, provided the switch meets the required network features. The manual specifies requirements such as IGMPv2 snooping, querying, immediate leave operations, discarding unknown multicast data, jumbo Ethernet frame support through MTU settings, adequate PoE budget for endpoint devices, and disabling Energy Efficient Ethernet for optimized performance.

The AVOP-ASP-4K60-KVM supports video wall functionality with arbitrary scaling and tiling. This allows multiple displays to be combined into a larger visual canvas for professional display applications.

In command rooms, control centers, monitoring spaces, exhibition displays, and multimedia environments, video walls often need to show high-resolution content across several screens. The product’s video wall function enables integrators to configure display layouts through the Web interface and route video sources to the required receivers.

The manual shows a video wall application where multiple screen areas display different content as part of a larger display system. This function is useful for projects that require centralized visual presentation, multi-source display, or large-format information sharing.

The AVOP-ASP-4K60-KVM supports input source switching, with seamless switching under specific conditions. According to the manual, seamless switching requires the new video source to have identical video timing to the current video source. This includes the same resolution and refresh rate, the same scan mode, the same HDMI InfoFrame condition, and the same HDCP mode.

This technical requirement is important for integrators to understand during system design. When sources are properly matched, switching performance can be optimized. If sources differ in timing, HDCP mode, or format conditions, a temporary black screen may occur. By clearly planning source formats in advance, engineering contractors can improve the end-user switching experience.

The AVOP-ASP-4K60-KVM also supports high-performance USB 2.0 over Ethernet extension. This function is valuable for KVM-related applications where operators need to control remote computers, USB devices, or network cameras through the distributed system.

The transmitter and receiver include USB ports, RS232, IR, audio interfaces, and network interfaces. This allows the system to support more than video distribution alone. For AV system integrators, the combination of video, audio, USB, and control extension helps build more complete professional AV workflows.

The product supports embedded audio input and independent audio input. It also supports audio embedding in video output layers, and audio output can be selected between embedded or independent audio.

Both HDMI audio and 3.5mm audio are supported, and the product specifications also list SPDIF external audio I/O. This flexibility allows integrators to adapt the system to different audio routing and de-embedding requirements.

For meeting rooms, classrooms, media systems, and enterprise AV distribution, this audio flexibility helps simplify system integration and improve compatibility with different audio devices.

The AVOP-ASP-4K60-KVM includes both RJ45 and SFP interfaces. The RJ45 port supports Gigabit Ethernet connection over CAT5e or higher-grade cable, while the SFP port provides fiber optic connectivity.

This dual-interface design gives integrators more flexibility in network design. Copper cabling can be used for standard local deployment, while fiber connectivity can be considered for projects requiring longer-distance or fiber-based network infrastructure.

The product supports a maximum transmission distance of up to 120 meters per node to the switch using CAT5e or higher-grade network cables. This is useful for projects where AV endpoints are distributed across rooms or installation zones.

The AVOP-ASP-4K60-KVM supports both PoE and DC power adapter modes. According to the manual, the device can be powered locally through a DC power interface, and when connected to a gateway switch with PoE capability, an external power source may not be required.

This gives installers more flexibility on site. In some projects, PoE can reduce the need for separate power adapters near each endpoint. In other projects, DC power can provide a direct local power option. The ability to support both deployment methods helps the product adapt to different installation environments.

The product provides a Web interface for device connection, login, distributed matrix control, video wall setup, receiver management, transmitter management, and system settings. The default login password is listed as admin in the manual.

Through the Web interface, users can configure network mode, including DHCP, Static, and Auto. Receiver management displays active interface card device names, IP addresses, and MAC addresses. Transmitter management allows users to view transmitter information and rename active transmitters. System settings include network configuration, broadcast mode selection between unicast and multicast, firmware upgrade, device restart, configuration saving, and system information.

For system integrators, Web-based control reduces the complexity of daily management and provides a practical interface for configuration and maintenance.

The AVOP-ASP-4K60-KVM is suitable for B2B AV projects that require high-resolution signal distribution, video wall display, and centralized routing over IP networks.

For engineering contractors, the product provides installation flexibility through standard Gigabit Ethernet, CAT5e or higher cabling, PoE / DC power options, and RJ45 / SFP network interfaces. For system integrators, the distributed architecture supports scalable routing, Web-based management, video wall configuration, USB extension, and audio handling. For end users, the system can deliver a more flexible AV environment for content sharing, display control, and multi-screen presentation.

Typical applications include enterprise AV distribution, campus-wide 4K content routing, video wall systems, command and control rooms, multimedia classrooms, meeting rooms, exhibition displays, and broadcast or media monitoring environments.

The AVOP-ASP-4K60-KVM is a 4K60 IP distributed video wall processor designed for professional AVoIP systems. It combines 4K60 4:4:4 video transmission, distributed matrix routing, video wall processing, KVM / USB extension, audio flexibility, RJ45 and SFP networking, and Web-based management.

For engineering contractors and AV system integrators, this product provides a flexible way to build scalable 4K AV distribution systems over standard network infrastructure. It is suitable for projects that need high-resolution image quality, distributed routing, video wall display, and centralized control.

Contact us to learn more about AVOP-ASP-4K60-KVM and how it can support your next 4K AVoIP project.

Email:marketing@bitvisus.com