timecode systems mini basestation, Руководство пользователя, Страница: 60 / 108

Example: Ext RF Slave Mode
Imagine you are going to film a ski event and you are using two video cameras
for wide shots and GoPro HERO4™ Black cameras for the skiiers' perspectives.
To synchronise the recording, you connect a :pulse to each video camera, and
a SyncBac PRO to each HERO4™ Black. The SyncBac PROs and HERO4™s are
worn by the skiiers.
The :pulses and SyncBac PROs are set to use the same RF channel so that they
form a BLINK network. There can only be one master device in a BLINK
network, so one of the :pulses is set to run in Int-Gen TX mode and the other
:pulse and the SyncBac PROs are set to run as RF Slaves.
The RF Slave :pulse and SyncBac PROs are synchronised with the master :pulse
and then moved into position for filming. They will receive their timecode
from the master :pulse while it is in range and will switch to their own internal
clocks when out of range of the master.
Set the RF Channel
Your :pulse uses radio to synchronise with other Timecode Systems devices. To do
this, the :pulse and the other devices have to be set to use the same RF channel,
which then creates a group, which we call a BLINK network. All of the devices in a
BLINK network send/receive timecode data via the same RF channel, and the
network can contain any Timecode Systems products, including SyncBac PRO,
:wave, trx+, and other :pulse units.
To get your :pulse to join a BLINK network, you need to set it to use the same RF
channel as the other devices in that network.
60 :pulse User Guide