Brightlink BLIP-A300TR-P-P, Руководство пользователя

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BRIGHTLINK 4K IP AV DISTRIBUTION
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1. Product Introduction
The
BLIP-A300TR-P
-P is a network AV Transceiver with HDMI input and output up to
resolution 4K@60Hz 4:4:4, HDR. It is designed for HDMI transmission over IP
network with external audio and control signals at distance up to 100m over CATx
cable. It works with one control PC (Wake on LAN) and one 10GbE Switch to control
a variety of functions.
The
BLIP-A300TR-P
-P provides one of the most advanced IP Streaming solutions on the
market utilizing BlueRiver™ technology, which synergizes various IP/AV standards to
work together as one. It combines a variety of 4K IP technologies and features under
one unified protocol using a simplified topology.
The
BLIP-A300TR-P
-P features uncompressed video with zero-latency from transmitter to
receiver, seamless switching, Video wall, Multi-view, 1G Ethernet, IR, RS232, audio
embedding/de-embedding, audio down-mixing, etc. It can be controlled by the IPA
Manager software.
Compares with traditional HDBaseT matrix AV Switching,
BLIP-A300TR-P
-P features low
cost, easy installation, more interoperability and flexibility. It is ideal for distributing AV
over 10 Gigabit Ethernet in enterprises and other large-scale installations.
1.1 About 10G Network
Unlike traditional AV extension technology, such as HDBaseT, where transmitters and
receivers are connected point to point or joined together using custom matrix switches,
the
BLIP-A300TR-P
-P is based on the inter compatible BlueRiver™ technology and
connected using standard, off the shelf 10G Layer 2/3 network switches.
This architecture makes use of data packages that can be easily and independently
routed to the desired unit. A variety of transmission modes is possible this way, from
one unit to another unit (point to point) or one unit to many units (point to multipoint) or
many units to many units (multipoint to multipoint) with a software controllable video
wall integration.
An added benefit of packet data transmission is that each signal type (video, audio,
RS232, etc.) is routed independently and not necessarily to the same destination. For
example, the HDMI video from a particular unit is routed to other 4 units, while the
audio goes to all receivers in the setup.
This unlimitedly scalable and independent signal routing enables multiple, scalable
applications, including signal extension, splitting, switching, matrixing, and video wall
functionality.