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  3. Ethernet UAV Aircraft Transmitter Receiver 100km Frequency Hopping Transceiver
China Ethernet UAV Aircraft Transmitter Receiver 100km Frequency Hopping Transceiver
China Ethernet UAV Aircraft Transmitter Receiver 100km Frequency Hopping Transceiver

  1. China Ethernet UAV Aircraft Transmitter Receiver 100km Frequency Hopping Transceiver
  2. China Ethernet UAV Aircraft Transmitter Receiver 100km Frequency Hopping Transceiver

Ethernet UAV Aircraft Transmitter Receiver 100km Frequency Hopping Transceiver

  1. MOQ： 1 set (2 pcs)
  2. Price： US$2,899~US$2,965
  3. Get Latest Price
Payment Terms L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Ability 679sets/month
Delivery Time 7~14 working days
Packaging Details carton package
Modulation TDD OFDM/COFDM
Frequency 806~826MHz,1428~1468MHz,1420~1530MHz
Bandwidths 1.4/3/5/10/20MHz
Throughput Maximum 30Mbps@20MHz
RF Transmissioin Power 5W
Transmission Range 100km
Brand Name Hincn
Model Number HCL536-100
Place of Origin China

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  1. Product Details
  2. Company Details

Product Specification

Payment Terms L/C,D/A,D/P,T/T,Western Union,MoneyGram Supply Ability 679sets/month
Delivery Time 7~14 working days Packaging Details carton package
Modulation TDD OFDM/COFDM Frequency 806~826MHz,1428~1468MHz,1420~1530MHz
Bandwidths 1.4/3/5/10/20MHz Throughput Maximum 30Mbps@20MHz
RF Transmissioin Power 5W Transmission Range 100km
Brand Name Hincn Model Number HCL536-100
Place of Origin China
High Light UAV aircraft transmitter receiver ，100km frequency hopping transceiver ，UAV video transmitter with warranty
Ethernet UAV Aircraft Transmitter Receiver 100km Frequency Hopping Transceiver

HCL536 aircraft transmitter receiver was designed for long range UAV video data link. It works at 800MHz or 1.4GHz bands, with frequency hopping spread spectrum automatic technology (FHSS) to ensure stable signal communication.

Key Features
  • TDD OFDM video transmitter and receiver for UAV video data Link
  • Maximum 30Mbps @20MHz bandwidth
  • Networking type communication: point-to-point and point-to-multipoint Networks or Mesh networking
  • Web UI or Serial uart for management
  • With 2 Ethernet ports and 3 channel serial data transmission.
  • 100km long range UAV video transmitter with 5W RF power amplifier
  • Uplink and downlink data stream control

Technical Specifications
Product name Ethernet UAV Aircraft Transmitter Receiver 100km Frequency Hopping Transceiver
Model number HCL536-100
Modulation TDD OFDM
Frequency 806~826MHz, 1428~1468MHz, 1420~1530MHz
FHSS Support
Bandwidths 1.4/3/5/10/20MHz
Throughput Maximum 30Mbps@20MHz
RF Transmission Power 5W
Constellation QPSK,16QAM,64QAM self adaption
Sensitivity -108dBm(1Mbps)
Ethernet ports 2 * Ethernet ports
Serial ports 3 channels, 3*RS232, 3*TTL or 2*RS232/TTL + 1*Sbus
Transmission Range 100km (UAV to Ground)
Management Web UI and Control Uart
Encryption AES128
Networking Mode Point to Point, Point to Multipoint, Relay, Mesh
Movement Speed Support no less than 300km/h
Power Input 12~18V(2W), 24~28V(5W)
Power Consumption <22W(RF Power 5W)
Dimensions 103.4*61.4*22mm
Weight 142g

Input/Output Connections
Port Description
Ethernet 1 4Pin ZH1.5mm connector, bridged with Ethernet2
Ethernet 2 RJ45 connector, bridged with Ethernet1
Uart* 3 3Pin GH1.25mm lockable connector*3, 3 channel uart, RS232/TTL/Sbus optional
Power in XT30PW-M connector
ANT 1 Tx/Rx Antenna port, SMA female
ANT 2 Rx Antenna port, SMA female
HCL536 Video Data Link device
Appearance of the Ethernet UAV Transmitter Receiver

HCL536 aircraft transmitter receiver supports 2 operating modes: Access Node or Central Node. It is a web controlled wireless video transmitter and supports up to 16 Access Nodes connected to one Central Node. All nodes share the entire transmission bandwidth (maximum 30 Mbps @ 20 MHz throughput).
The data from the central node to the access node is referred to as downlink, while the data from the access node to the central node is called uplink. The ratio of uplink and downlink data streams can be controlled through the Web UI.

Supported Multiple network modes:
Point-to-Point Network
Point-to-point network diagram
Point to Multipoint Network
Point-to-multipoint network diagram
Relay Network
Relay network diagram
Mesh Networking
Mesh network diagram
Frequently Asked Questions
Q1. This Ethernet aircraft transmitter receiver support IP camera, what if I want HDMI or SDI video input?

A: The default video input is IP RJ45 Ethernet port. For cameras with HDMI, SDI, AHD or AV output, we recommend using our mini encoder device to encode the video/audio signal into digital data for transmission. At the receiver end, you can connect directly to your computer or NVR. For HDMI monitor output, our decoder device can convert the digital data back into HDMI video and audio signals.
Video transmission setup diagram
Q2. For the 800MHz and 1.4G band? Which one would be better?
If your local area has DVB-T or DVB-T2 digital television signal in the 170-860Mhz range, the 1.4G band would be better. Additionally, since GPS antennas on drones point upward and transmitter antennas point downward, the 1.4G frequency has negligible effect on GPS signals.
Q3. Does it support using multiple cameras on the transmitter to only one receiver?
Yes, there are two solutions for multiple cameras:
1. 4 IP cameras -> Net Hub -> Transmitter ↔ Receiver -> Computer Screen
2. 4 IP cameras -> NVR HDMI output -> HDMI encoder IP output -> Transmitter ↔ Receiver -> computer screen.
Q4. Does the transmitter on the air give failsafe command to the flight controller when the connection between air and ground will be lost?
The serial port is transparent and doesn't actively send data to the flight controller. This is controlled by the ground station. You can monitor the link status via LED indicators:
Link LED Wireless link status
No light This node is not connected with the wireless network
Red light The wireless link signal is weak
Orange light The wireless link signal is in middle
Green light The wireless link signal is strong
Q5. Can the transmitter and receiver be interchanged for use with change in the setting?
Yes, the difference between transmitter (on drone) and receiver (on ground) is:
1. Device type: transmitter is the access node and receiver is the central node.
2. Rate ratio of the downlink and uplink. Over 30km, the best rate ratio is 4:1 or 3:2.

Company Details

Bronze Gleitlager

,

Bronze Sleeve Bushings

 and 

Graphite Plugged Bushings

 from Quality China Factory

  • Business Type:

    Manufacturer

  • Year Established:

    2008

  • Total Annual:

    1000000-4000000

  • Employee Number:

    30~50

  • Ecer Certification：

    Verified Supplier

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  • Hincn Limited
  • 14/F, The Belgian Bank Building,  No. 721-725 Nathan Road, Mongkok, Kowloon, Hongkong,China
  • https://www.transmittervideo.com/

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