Mount the Entire unit at the other side of the bottom of gimbal.
SD Card should be aimed outside of the gimbal for easy handling in the fields.
Use double self-adhesive tape or self-adhesive zipper is suggested.
Connect Power Adaptor to the Entire (PWR connector) via Power cable
Connect Gremsy AUX port to the UNI A port of the Entire by AUX Cable
AUX Cable has two separate twisted groups of cables. One has red wire included and is connected to UNI-A of the Entire. Second group of cables with single wire connectors at the end are unused AUX pins.
Unused pins of AUX port (black wires) can be used for any additional connection same way as original AUX cable included to the gimbal. In our case we remove these pins from AUX connector because all data and control signals are transferred via UNI-A connection.
Clean up wires under the gimbal by Zip Tie.
Mount the Camera and connect Multiport cable to the USBMULTI connector of the Entire
Entire is able to control the camera instead of USB also via IR commands. IR commands are the only way to access and navigate in the MENU, also IR commands allows user to use shortcuts (user mappable in the camera MENU) at LEFT/RIGHT/DOWN arrows.
Use EXT Cable with IR LED and red sync wire and connect it to the EXT port of the Entire
Mount IR LED to the IR sensor of your camera (remember to enable RemoteCtrl function in the Camera menu). Optionally you can use our IR LED mount (not included).
Insert HotShoe connector into HotShoe connector of the Camera
Connect the red wire from EXT cable to the HotShoe connector
Mount top bracket of the gimbal to the rest of HotShoe of the Camera
function in the Camera menu). Optionally you can use our IR LED mount (not included).
Entire uses multiple simultaneous connections to access all necessary data for geotagging. At the top of the gimbal we need to provide you back the rest of unused AUX port pins and also interconnect the COM port. For this we use Interconnection board which is mounted at the top of Circular Damping Mount, however can be attached at any other mount you would like to use.
Insert two screws to Interconnection board and attach distance tubes as per photo
Mount the Interconnection board and pay attention to orientation to AUX and COM ports below the mount.
Interconnect Gremsy AUX at Quick Release to -> GIMBAL AUX port at the Interconnection board
Interconnect Gremsy COM at Quick Release to -> GIMBAL COM port at the Interconnection board
Port named EXTERN-AUX at the Interconnection board can be used for any other connection used at your drone by original Gremsy AUX cable
Extension BOX is very important in our design. This little unit is used to transfer multiple data signals via single serial bus to the Entire. Extension BOX has four UNI ports which are multiplexed to the DATA connection and transferred to the Entire.
Extension BOX should be mounted at the drone body.
There are two connections of the Extension BOX to the Interconnection board. One is DATA transfer of all UNI ports to the Entire, second is used to read the data stream from the Gremsy COM port for reading of actual gimbal angles.
Use UNI cable and connect DATA port of the Extension BOX to the DATA port of the Interconnection board
If you not plan to use separate Gimbal-PixHawk connection (99% cases), use UNI cable from port PORTx DJI of Interconnection board to the UNI-2 of the Extension BOX.
If you plan to use separate PixHawk connection use UNI cable and connect PORTx PX of Interconnection board to the UNI-2 of the Extension BOX.
If you would like to have connection of the gimbal to your PixHawk FC (drift correction / control) use PIXHAWK connector at Interconnection board instead of COM port at Quick Release (use cable provided by Gremsy).
Connect the PixHawk cable to the Cube Telem1, Telem2 or GPS1 (needs connector rework)
(Entire needs separate connection to Gremsy connection)
Thread the cable (or cables) down through the body of the drone
You have two options depending on used flight stack (ArduCopter/PX4):
For ArduCopter you need to connect the only the Telem1 or Telem2 (or GPS1 with connector rework) to the Extension BOX UNI-3 connector. Triggering and camera control will be done via MavLink or HereLink buttons (Solex app) or our Android app.
For PX4 flight stack the Camera triggering needs to be done via PWM (AUX OUT) from flight controller. Use SBUS/PWM Cable for PWM signal connection from PixHawk AUX to UNI-1 port of the Extension BOX. Telem1 or Telem2 to the Extension BOX UNI-3 connector.
Configure proper Telemetry port to the budrate of 1 500 000bps
Configure proper Telemetry port to the MavLink2 protocol
Connect your PixHawk to PC and connect it via Mission Planner
Open Settings Bookmark
From left MENU select FULL PARAMETER LIST
Find item named SR1_POSITION or SR2_POSITION depending on telemetry port of your choose and enter value of 50 *
Find item named SR1_EXTRA1 or SR2_ EXTRA1 depending on telemetry port of your choose and enter value of 10
Find item named SR1_EXTRA3 or SR2_ EXTRA3 depending on telemetry port of your choose and enter value of 1
All other SR1_xxx or SR2_xxx items must be set to 0 for reliable communication
Confirm by enter and click to WRITE VALUE on the right
From this time, GPS stream is enabled for all future flights
Reboot flight controller
Following settings is valid for Gremsy Firmware v574
Power on the Gimbal and connect the gTune application to the gimbal via BlueTooth or WiFi
Click to SETTINGS -> CONTROLS -> Confirm YES
For DJI users, or for PixHawk users without gimbal-PixHawk connection set MSG RATE of all to 0 only ORINETATION set to 25 (25Hz, can be set higher for higher accuracy)
Once configuration is done, you can switch back for SBUS or other control method. If you would like to use MavLink control (use PixHawk-Gimbal connection), please follow proper Gremsy manual for MavLink configuration.
Power ON the Drone and the Gimbal
Check if the Entire is powered ON via Power Adaptor
Check if the Extension BOX is ready (blinking blue or green)
Once Entire becomes ready (STATUS Blue) use your phone or any other WiFi equipped device and access Entire’s WiFi hotspot.
Entire FW update can also contain firmware update for the Extension BOX. If does, the Entire will update FW in the Extension BOX automatically. Process takes only few seconds, however during the update Extension BOX is available and STATUS LED is OFF. Entire’s STATUS LED is Purple during the update. Do not disconnect Extension BOX during update!
Bar should become highlighted “online” after few seconds (or orange for FW update)
Extension BOX should start blinking GREEN (Active)
At the overview page you should now get four new UNI ports available (1/2/3/4)
Open MENU –> Miscellaneous (Other) –> Mavlink baudrate set to 1 500 000.
Click to “UNI port 3” bar and in new window select MavLink.
Port should become “online” in few seconds.
Numbers under icon are input GPS/ATTI stream coresponding to incoming GPS updates frequency and Attitude update frequency. Optimal is 50/10, but numbers may float a bit.
Click to “UNI port 2” bar and in new window select Gremsy.
Port should become “online” in few seconds.
Enable GeoTagging via MENU->Logging mode-> Direct EXIF (or SD card)
Turn the camera USB mode to MASS STORAGE
Enable HotShoe capturing via MENU->Capture detection->Hotshoe sync
Now you can also preview GPS data and gimbal angles in the Entire’s GUI
MENU->(Geotagging)Settings->GPS Data Preview
Data shown in the preview are updated online and should react to gimbal movements
Open the MENU -> Miscellaneous
Scroll down to GeoTagging features
And insert X, Y, Z offsets.
When GPS is used, offset is counted from body center (if correct offset is configured in the FC). If your flight controller does not have configured antennas offsets, configure offset from the camera to the antenna.
When RTK is used, offset must be counted from Antenna A
Offset is in millimeters!
Your setup is ready to be used at this point
Entire has Self-Test routines for GeoTagging to easily check if all wiring is working well
Make sure that all equipment is turned ON and camera is set to MASS STORAGE MODE
Click to MENU->Configuration test and let the Entire to do a self-test
At the beginning of the test, one photo will be triggered
Entire will check if HotShoe sensor has properly recognized trigger
Entire will check all necessary input data connections
In case of any problems, result will provide hints to solve the issue
Test photo will not be geotagged in the test method!
Overall wiring scheme
Options of Gremsy connection
Gimbal control This option is used to control of the gimbal Pitch and Yaw via AIR Commander Link.
Force SBUS mode This option forces gimbal to use SBUS mode. At latest firmwares of the Gremsy (765 and later), gimbal locks in MavLink mode, once Entire is connected. Entire can force gimbal to use SBUS mode via MavLink (with this option enabled). You have to set gimbal to SBUS control mode also via gTune app. If you would like to use MavLink control of the gimbal, leave this option disabled and enable “MavLink forwarding“.
MavLink forwarding With this option enabled will the Entire forward all input MavLink data (received from PixHawk) to the Gremsy gimbal and also all data received from the gimbal are forwarded to the PixHawk. This option is used when gimbal is controlled via MavLink ot you need to get direct communication with gimbal for example from ground station.
Gimbal tuning (Herelink) This option enables remote configuration of stabilization parameters. Remote settings of those values are available only from MavCam (HereLink app).