Keep wireless and 4G cameras matched
Gimbal, steadicam, motorbike, helicopter. The cameras most likely to drift from the main cameras are exactly the ones you cannot walk up to.
- Persona
- Specialty, RF
- Products
- RIO, RCP, VP4
- Links
- 4G/LTE, Wi-Fi, RF
- Range
- Kilometres
Physically unreachable, and drifting
A camera on a pace motorbike or in a helicopter is on RF or cellular, moving, and hours from the truck. It is also the shot the director cuts to at the decisive moment.
Historically the answer was to set it and hope. That shows on air.
CAMERAS ON WIRELESS AND CELLULAR LINKS — TOPOLOGY DIAGRAM
The same panel, over the air
RIO at the camera over 4G/LTE, Wi-Fi or RF, with tally returned to the camera viewfinder. The shader works these positions exactly as they work a cabled camera.
On the Tour de Suisse, TPC ran Sony P1 and P50 on pace motorbikes, a Cineflex in a helicopter and two PMW-500, with 8 RCP, 2 VP4, CI0 for the mini-cams and NIO for tally ingest.
What this actually buys you
Motion is not a limit
The rig moves; control does not care.
Tally to the viewfinder
Operators in the field see program and preview.
Correction where needed
VP4 catches what camera-side control cannot reach.
Vendors embed it
RF and transmission manufacturers integrate RIO inside their own hardware as an ODM.
“CyanView products virtually eliminate these complexities, unifying complex setups and allowing them to be controlled quickly, easily and reliably from a single source.”
TOUR DE SUISSE · MOTORBIKES, CINEFLEX, MINI-CAMS
Send your camera list
The lenses and the link you are working over. You will get an answer from an engineer, including the parts we cannot do.
