Boxx TV Ltd. G3925B Manuel D’Utilisation
Boxx Atom Transmitter Operations
A.
Channel LCD Window
B.
Channel Selection Button
C.
3G HD-SDI Video/Audio Output
D.
3G HD-SDI Video/Audio Input
E.
4-pin Hirose 7-36V DC Power Input
F.
RP-SMA Antenna Port
G.
Video Status Indicator LED
H.
Power Status Indicator LED
I.
HDMI Video/Audio Input
J.
Fan Speed Control Pot
K.
1/4” Threaded Mount
L.
Unit Serial Number
Boxx Atom Transmitter Setup
Power Supply
1. Using the CBL103 supplied with the Boxx Atom Transmitter, insert the 4-pin Hirose plug on the cable into the
Power Supply
1. Using the CBL103 supplied with the Boxx Atom Transmitter, insert the 4-pin Hirose plug on the cable into the
4-pin socket on the Boxx Atom Transmitter (Fig 1-E).
2. Insert the 2-pin Anton D-tap plug on the CBL103 cable into the the 2-pin Anton D-tap socket on the camera or
battery plate.
3. The Boxx Atom Transmitter will automatically turn on once power has been supplied to a unit and the last
channel used will be displayed on the Channel LCD Window (Fig 1-A).
Notes:
The 4-pin Hirose connector on the transmitter and the CBL103 cable are configured so that pin 1 is negative and pin 4
The 4-pin Hirose connector on the transmitter and the CBL103 cable are configured so that pin 1 is negative and pin 4
is positive.
The Boxx Atom Transmitter can also be powered via mains power by connecting a CBL111 & PS1205 cables (sold
The Boxx Atom Transmitter can also be powered via mains power by connecting a CBL111 & PS1205 cables (sold
separately) to the Boxx Atom Transmitter. Alternatively the Boxx Atom Transmitter can be powered via a 4-pin Lemo
socket using a CBL107 cable (sold separately) which connects to the transmitter via its 4-pin Hirose socket (Fig
1-E).
Both the Boxx Atom Transmitter and Lite Receiver can be turned on/off while connected to a power source by
Both the Boxx Atom Transmitter and Lite Receiver can be turned on/off while connected to a power source by
pressing and holding the Channel Selection Button (Fig 1-B & Fig 2-B) for 5 seconds.
Video/Audio
1. Connect the two ANT601 antennas to the Boxx Atom Transmitter via the RP-SMA Ports (Fig 1-F) on the top of the
1. Connect the two ANT601 antennas to the Boxx Atom Transmitter via the RP-SMA Ports (Fig 1-F) on the top of the
transmitter; making sure not to overtighten the connection as it may damage the internal components.
2. Using the CBL101 cable supplied with the Boxx Atom Transmitter, connect one side of the cable to the 3G HD-SDI
BNC Input socket (Fig 1-D) on the Boxx Atom Transmitter.
Alternatively connect an HDMI cable (not supplied with the Boxx Atom Transmitter) to the HDMI Input socket
(Fig 1-I) on the Boxx Atom Transmitter.
Do not use both the HD-SDI BNC Input socket and HDMI Input sockets at the same time.
Do not use both the HD-SDI BNC Input socket and HDMI Input sockets at the same time.
3. Connect the other end of the CBL101 (or HDMI) cable to the corresponding HD-SDI/HDMI video/audio output socket
on the camera.
Notes:
The Boxx Atom Transmitter is equiped with a 3G HD-SDI Video/Audio Output socket (Fig 1-C) to be used for
The Boxx Atom Transmitter is equiped with a 3G HD-SDI Video/Audio Output socket (Fig 1-C) to be used for
monitoring the video input signal.
When the video/audio input is being supplied from the camera via the HDMI Video/Audio Input socket (Fig 1-I, the
When the video/audio input is being supplied from the camera via the HDMI Video/Audio Input socket (Fig 1-I, the
3G HD-SDI Video/Audio Output socket (Fig 1-C will not function for monitoring the input signal. This feature is only
available when the video/audio input is being supplied from the camer via a BNC cable to the 3G HD-SDI Video/Audio
Input socket.
User Guide: Boxx Atom System
V1.1 -
April 2017
Fig 1