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COMPONENT

XK-F415E

By Shenzhen Xingkai Technology ↗

The Xingkai XK-F415E is wireless video and data link equipment for UAV camera, flight-control, gimbal and remote-control traffic. Airborne and ground endpoints combine Ethernet, serial and SBUS connections with dual antennas. It supports point-to-point, multipoint and relay networks, with shared bandwidth, defined power requirements and endpoint-specific camera and monitoring-computer limits.

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XK-F415E wireless video and data transmission unit with a black finned housing, two fans and external connectors.
XK-F415E wireless video and data transmission unit with a black finned housing, two fans and external connectors.
XK-F415E wireless video and data transmission unit with a black finned enclosure, two fans, and visible connectors.
XK-F415E wireless video and data transmission unit with a black finned enclosure, two fans, and visible connectors.
Manufacturer and modelXingkai XK-F415E wireless video and data transmission equipment
Transmission purposeSimultaneous transmission of encoded HD camera network data, flight-control data, gimbal-control data and remote-controller data
Input voltageDC20V–DC28V; standard input DC24V
Power consumption≤65W
ModulationOFDM
Data interfacesUART (TTL/RS232/RS485) / SBUS

Product overview

The Xingkai XK-F415E provides a wireless connection for carrying camera imagery alongside aircraft and payload control information. It can transmit encoded HD camera network traffic, flight-control data, gimbal commands and remote-controller data simultaneously. Transparent serial and SBUS transmission support integration with these control paths, while the ground end exchanges data with a ground station through serial connections or UDP/TCP network ports. Point-to-point, point-to-multipoint and relay operation give the equipment several network arrangements, and users can set the channel encryption key.

The hardware comprises airborne and ground endpoints with an equipment size of 125 × 95 × 42mm and weight of no more than 650g. Its antenna configuration distinguishes the endpoints: two 30cm foldable rubber antennas for the airborne end and two 120cm fiberglass omnidirectional antennas for the ground end. Main and secondary antenna connections accompany a J30 connector carrying Ethernet, three UART channels, SBUS and DC power. Two additional Ethernet ports support up to three cameras airborne and three monitoring computers on the ground.

Integration requires a DC20–28V supply, with DC24V specified as the standard input and consumption limited to 65W. The operating-frequency specification is 1420–1530MHz, with optional 600MHz or 1.4GHz band configurations also offered. Bandwidth settings are 3, 5, 10 and 20MHz. At 20MHz, the central and subordinate nodes share at least 100Mbps of bandwidth in one direction; this is a shared network resource. Transmission latency is specified at no more than 15ms. Operating temperatures span −30°C to 60°C, and maintenance includes local, remote and OTA upgrades.

Specifications

SpecificationValue & conditions
Manufacturer and modelXingkai XK-F415E wireless video and data transmission equipment
Transmission purposeSimultaneous transmission of encoded HD camera network data, flight-control data, gimbal-control data and remote-controller data
Input voltageDC20V–DC28V; standard input DC24V
Power consumption≤65W
ModulationOFDM
Data interfacesUART (TTL/RS232/RS485) / SBUS
Operating frequency1420–1530MHz
Selectable frequency bands600MHz or 1.4GHzOptional operating-band configuration.
Link rateAt least 100Mbps20MHz bandwidth; central and subordinate nodes share the working bandwidth in one direction.
Operating bandwidth3/5/10/20MHz
Transmission latency≤15ms
Output power2 × 40dBm
Operating temperature−30°C to 60°C
Storage temperature−40°C to 75°C
AntennasAirborne end: 2 × foldable rubber antennas, 30cm each; ground end: 2 × fiberglass omnidirectional antennas, 120cm eachAirborne-end and ground-end antenna configurations, respectively.
Communication protocolIEEE802.3; transparent serial data
Communication topologyPoint-to-point, point-to-multipoint and relay modes
Operating modesNORMAL, CA, MIMO
Equipment dimensions125 × 95 × 42mm
Equipment weight≤650g
Ethernet pin assignments
  • Pin 1: TX+;
  • pin 2: TX−;
  • pin 12: RX+;
  • pin 13: RX−
J30 connector.
UART1 pin assignments
  • Pin 6: TX1;
  • pin 7: RX1;
  • pin 8: GND
J30 connector.
UART2 pin assignments
  • Pin 3: TX2;
  • pin 4: RX2;
  • pin 5: GND
J30 connector.
UART3 pin assignments
  • Pin 14: TX3;
  • pin 15: RX3;
  • pin 16: GND
J30 connector.
SBUS pin assignments
  • Pin 17: SO;
  • pin 9: GND;
  • pin 18: SI;
  • pin 19: GND
J30 connector.
DC pin assignmentsPins 10 and 11: VCC; pins 20 and 21: GNDJ30 connector.
Network-device integration capacityTwo additional Ethernet ports; up to 3 cameras at the airborne end and up to 3 monitoring computers at the ground endAirborne end accepts cameras; ground end accepts monitoring computers.
Encryption and ground-station integrationUser-configurable channel encryption key; transparent flight-control and payload-data transmission; ground-station communication through serial or UDP/TCP network ports
Maintenance and local controlsUSB interface; press reset for 1–2s to restart, or longer than 5s to restore factory settingsReset-button press duration determines the action.
Upgrade supportOTA, local and remote upgrades
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