AV over IP, formally termed Audio-Visual over Internet Protocol, establishes a groundbreaking approach for uninterrupted audio and video transmission. This innovative methodology delivers pre-mium quality AV signals through conventional data networks, eliminating traditional infrastructure limitations.
Audio-Visual over IP (AVoIP) represents a transformative shift in digital content distribution across internet and LAN environments. Departing from legacy systems dependent on specialized cabling and intricate hardware setups, this technology pioneers a new era of network-based media transmission.
The core principle involves repurposing standard IP networks as multimedia highways, enabling:
Enhanced operational flexibility in corporate environments
Infinitely scalable deployment architectures
Optimized resource utilization through packet-based digital transmission
Transmission Model | Characteristics |
---|---|
Conventional AV | • Point-to-point dedicated circuits • Physical port limitations • Infrastructure-intensive |
AV over IP | • Network-based distribution • Virtually unlimited endpoints • Software-defined management |
Modern organizations leverage AVoIP to power critical operations:
Real-time IP media streaming with broadcast-grade quality
Next-generation conference rooms supporting 4K collaboration
Unified digital signage networks with centralized control
Immersive distance learning environments
This network-centric approach empowers businesses to construct future-ready media ecosystems that transcend geographical constraints while significantly reducing total cost of ownership.
Kensence XMS7500 AV over IP Features
High Precision Clock Synchronization Technology
Unique high-precision clock calibration technology, splicing synchronization error up to 3 microseconds lower, to ensure that
the video walls do not tear and that the video walls show perfectly.
Multi-screen Interactive Sharing
Different conference rooms and different floors can share and acquire signals from each other, and can transfer camera signals
and computer PC signals from other conference rooms to local display terminals for display.
Media Cloud
Through the streaming media server (software), you can play and display the super high score pictures and video files in any
computer in the network on the video walls.
Signal clipping
Cutting off the black edge of the signal window possibly caused by the inconsistency of the signal resolution ratio and the actual
signal window size ratio, or intercepting a part of the signal for
displaying.
Humanized Design
From the simplest point-to-point extension to the many-to-many distributed matrix KVM system, all information interconnection,
intercommunication and mutual control are realized.
Codec integrated design
The XMS7500 AV over IP system Deploys an integrated encoding/decoding design,which can be set as encoder or decoder;
Flexible Window Layout
Multiple signal windows can be opened on a single screen at the same time, and all windows can roam across the screen to realize
overlapping display of different size, positions and levels.
Ultra-highresolution,super decoding performance
XMS7500 AV over IP system can support up to 4K@30Hz resolution (downward compatible with other resolutions);Support decoding up to 16 channels of 1080P@60Hz signals;
Multi-application Access
Support multiple application windows in any computer in the network,
access display and control through encoding network.
Caption Information
Support high-definition caption scrolling, font, color, size, scrolling speed, background transparency, etc. can be flexibly adjusted.
Multi-system Compatibility
Support Windows, Linux, Sun, ios, Android and other operating systems, no need to install any driver or program.
Visual Operation
Signal source list grouping/classification display, real-time preview and monitoring of video signals, users can understand real-time
dynamics information in the absence of video walls.