Publicidad
Idiomas disponibles
Idiomas disponibles
EN
EN
REAR PANEL
1.- DC 12V: port for connecting the AC-DC power adapter.
2.- HDMI OUT: Type A female HDMI port to connect the HDMI display device.
3.- 10G LAN: RJ45 port to connect directly to the TX or a network switch via a CATx cable.
4.- IR IN: 3.5 mm jack to connect an infrared receiver for infrared routing control.
5.- IR OUT: 3.5 mm jack to connect an infrared emitter for infrared routing control.
6.- RS232: euroblock for RS232 routing control Supports both single-broadcast and point-to-multipoint
transmission settings.
7.- AUDIO IN: 3.5mm jack to connect the audio output device.
8.- ETHERNET: RJ45 port to connect control devices (such as PC) for system control via software and
passage through Ethernet. The PC can also be connected indirectly via switch.
SYSTEM CONNECTION
PRECAUTIONS FOR USE
- The system must be installed in a clean environment with adequate temperature and humidity.
- All switches, plugs, sockets and power cords must be insulated and secure.
- All devices must be connected before powering up.
CONNECTION TYPE
There are 4 types of application:
1.-
Extender (point to point)
In a point-to-point configuration there is no need for a switch. Distribute complete uncompressed
data up to 4K@60Hz (4:4:4), as well as control, audio, and 1G Ethernet signals over a single copper or fiber
cable.
2.-
Splitter (point to multipoint)
With just one transmitter and one 10G Ethernet switch, any A/V signal can be distributed seamlessly
and instantly to an almost unlimited number of receivers and displays.
3.-
Matrix switch (multipoint to point, multipoint to multipoint)
The combination of switching and splitting allows for a fully scalable matrix system. Independently
route video, audio and RS232 control signal from any source to any endpoint. This system allows for on-the-
fly upgrades and a virtually unlimited number of I/O ports.
4.-
Video wall
Create and manage video walls in configurations of up to 5x5 screens. This system allows full bezel
correction and instant, seamless switching of the full-bandwidth source material, as well as other innovative
features for video wall management.
10G NETWORK
Unlike traditional AV extension technology, such as HDBaseT, where transmitters and receivers are
connected point to point or linked by custom matrix switches, IPA transmitter and receiver units are based
on BlueRiver technology ™ NT + and connect using standard 10G rack layer 2/3 network switches.
This architecture makes use of data packets that can be easily and independently routed to the desired unit.
- 4 -
Publicidad
