DJI Transmission evolves from the established DJI aerial video transmission technology, delivering an integrated solution that combines a video receiver, monitor, controller, and recorder. It is designed for native integration with Ronin-series products and DJI Master Wheels, transforming the industry with a groundbreaking transmission experience that provides vision beyond boundaries.
This is a special order item; please contact us prior to ordering to verify pricing and availability.
Package Includes:
1x DJI Video Transmitter
1x High-Bright Remote Monitor
1x Remote Monitor Hood
1x WB37 Battery Adapter (TX)
2x WB37 Intelligent Battery
1x WB37 Battery Charging Hub (USB-C)
1x NP-F Battery Adapter
1x NP-F Battery Adapter (RX)
1x DJI Transmission USB-C Power Cable
1x RS Gimbal Mounting Plate
1x USB-C Cable
1x SDI Cable
1x DC Power Cable
1x DC to P-TAP Power Cable
1x Installation Toolkit
1x Protector Case
2x Ronin Video Transmission Antenna
DJI Transmission (High-Bright Monitor Combo)
This integrated solution combines reception, monitoring, recording, and control. Combined with the extensive DJI PRO ecosystem, it delivers a more efficient coordinated experience.
Long-Distance HD Live Feed
DJI Transmission incorporates O3 Pro video transmission technology, which offers an incredible 6km/20,000ft on-ground transmission distance. It also supports transmission at 1080p/60fps with a max bitrate of 40Mbps as well as live audio monitoring at 16-bit 48 kHz, providing crews on large sets with an excellent remote visual and audio monitoring experience.
End-to-End Ultra-Low Latency
The video transmitter and receiver use the same chip solution as Ronin 4D, with every link explicitly optimized to provide end-to-end ultra-low transmission latency when pairing with cinema cameras like
ALEXA Mini LF.
Seamless Auto Frequency Hopping
O3 Pro adds DFS bands* on top of the traditional 2.4 GHz and 5.8 GHz frequency bands, offering up to 23 channel options that provide professional crews with more compliant and interference-free transmission channels. In addition, DJI Transmission supports triple-band automatic frequency hopping, which automatically scans the electromagnetic environment for the best wireless channel.
One Transmitter with Multiple Receivers
Both the High-Bright Remote Monitor and the Video Receiver support one transmitter with multiple receivers for video and audio feeds in two transmission modes. The default Broadcast mode allows an unlimited number of receivers, convenient for real-time monitoring by multiple teams such as lighting, art department, and makeup on sets with large crews, and a live feed's bitrate and input feed's video codecs can be displayed in real-time as well. If you want to switch the camera index for monitoring, simply select the corresponding index without having to check the transmission channel, which greatly enhances the shooting efficiency.
Transmission of Metadata
The DJI Video Receiver supports camera metadata transmission via SDI. When used with ARRI, RED, and other mainstream cinema cameras, it can transmit file name, timecode, recording trigger, camera settings (aperture, focal length, etc.), and lens information (aperture, focal length) from the receiver to monitors and QTAKE, allowing directors, cinematographers, and DIT teams to receive detailed shooting information on the set.
Encrypted Transmission
DJI Transmission supports secure pairing and AES 256-bit encryption to protect against unauthorized access to your information. Together with DJI's self-developed chip and transmission protocol, DJI Transmission is able to ensure the highest level of security for your footage.
Independent Recording and Playback
The High-Bright Remote Monitor features a microSD card slot and allows for independent recording and storage of up to 1080p/60fps H.264 live feeds. The remote monitor can automatically start and stop recording in synchronization with the camera, making it easy to edit proxies right on set. When several remote monitors are used in conjunction, each monitor can even record or playback footage independently without interfering with other monitors.
Built-In Motion Controller
The High-Bright Remote Monitor has a built-in gyroscopic sensor that enables it to act as a standalone motion controller for Ronin 2 or RS 3 Pro without the need for additional accessories. This allows users to achieve more complex camera movements from a moving vehicle or with a jib.
Compatible with Ronin 4D Hand Grips
The High-Bright Remote Monitor comes with an expansion-protective frame. When using with Ronin 4D Hand Grips, the joystick can control the Ronin 2 or RS 3 Pro gimbal, and the focus wheel can control focusing and the adjustment of camera parameters like aperture, shutter, and ISO, while the record button controls start/stop of recording, for a user experience similar to that of Ronin 4D.
Compatible with DJI Master Wheels and DJI Force Pro
Both the Video Receiver and the High-Bright Remote Monitor can be used with DJI Master Wheels, [4] to achieve more advanced gimbal control when using Ronin 2 or RS 3 Pro. In this scenario, the original equipment will transmit control signals directly through DJI Transmission, with no need for additional mounting of antennas on DJI Master Wheels. This boosts the transmission performance by three times and enhances signal range, stability, and anti-interference capabilities.
DJI LiDAR Range Finder (RS) to DJI Transmission Cable Hub
With the DJI LiDAR Range Finder (RS) to DJI Transmission Cable Hub, you can connect the DJI Video Transmitter to the DJI LiDAR Range Finder (RS) and DJI RS Focus Motor (2022) to experience an independent focusing and monitoring system and achieve lens calibration and autofocus with a manual lens without the need for connecting to RS 3 Pro. Connect it to the Ronin 4D Hand Grips, and you will have a LiDAR waveform to facilitate precision manual focusing.
Mirror Control Mode
When RS 3 Pro is mounted to jibs, cable cams, and vehicles, with Mirror Control mode, you can remotely control the menu of Sony mirrorless cameras from anywhere on set.
*All claims by DJI are based on ideal/controlled conditions. Real-world performance may differ.
