ERECA CAM Racer TX 4K

Properties:

The CAM Racer is a complete optical fiber transmission solution for camera connection for Outside Broadcast, Studio and Cinema applications. It is composed of a camera dockable transmitter, agnostic to any type or brand of Camera and a 1RU basestation receiver.

With two 12G-SDI and two 3G-SDI channels, the CAM Racer 4K can fit any camera from simple ENG to 4K professional sport devices making it suitable for any environment and ideal for rentals. It delivers 140 Watts to the camera and an automatic battery backup will help the remote powering system if more power is needed suddenly. Signals control and setup is done through internal web server. Most signals are also reported on LED display of each unit. An OLED display gives direct access to optical receiving levels and server IP address. An internal audio mixer allows user to mix between talkback, programs inputs and local audio channels for Eng and Reporter headsets.

The transmitter is fitted in a V-mount dockable unit which can be installed on any camera. Red/green tally led are located on top of the unit. A user panel feature LEDs for signal presence/activity, rotary button for volume adjustment and various level settings (sidetone, program1 / program2 listen level) along with push to talk commands.
Cooling of the unit is done by a small and silent fan located at the back of the unit.

• 2x 12G-SDI output
• 3x 3G-/HD-/SD-SDI output
• 1x Bidirectional HD monitoring with BNC & HDMI input (autoswitch) and BNC output
• 2x Bidirectional audio (Line/Mic level/Phantom power)
• 2x Bidirectional Intercom-Talkback headset interface
• 2x Genlock output (composite video / Blackburst / Tri-Level)
• 1x 10/100 Mbit/s ethernet
• 2x RS232/422/485 serial channel
• 1x LANC/RC-V100 input
• 1x Timecode output
• 2x Tally GPIO output
• Vlock adapter at camera side
• Remote power capacity for the camera: 140 W
• Camera control channel supports: Ethernet, RS422 Serial, Canon RC-V100 protocol (Enhanced Lanc)
• Camera synchronization supports: Two composite video signals and one timecode