IP nailoni Radio transceiver module ki te fehokotakiʻanga vitio UHF Vcan2024

IP mesh radio transceiver module for drone video data link UHF

IP mesh radio transceiver module is suitable for point-to-multi-point or multi-point-to-multi-point network requirements.

Hange ko 'eni, your project requires multiple transmitters and multiple receivers. Each node can act as a relay for other nodes. Each node cannot be individually defined as a transmitter, tokotaha ʻokú ne puke ʻ, or repeater. Each node is a transmitter, a receiver, and a repeater. Such as security squads, bicycle racing, 2+ drones in the sky and 2+ receivers on the ground, mo ha ngaahi polokalama kehe.

Konga

1. Two-way bidirectional transmission video data download and upload
2. TDD OFDM full-duplex IP Mesh radio wireless transceiver module for video and data transmission
3. Dual RF Power: 24±1dBm, 2-sēnolo
4. Optional Working Frequency: 566~678MHz (112Mhz range hopping), 1420~1530MHz (110Mhz range hopping)
5. Three Ethernet RJ45 for video or data and One RS232 UART data link, mapuleʻi ʻo e UART (NgĀue FAKAʻĒTITAʻI) Pooti
6. Support transmit distance: 500~2000 meters (kelekele-ki he-kelekele), 5~22km (UAV-ki he-kelekele); For a longer range, we needed the extra power amplifier support. (2Watts, 5Watts, 10Watts)
7. This board supports the CX6779K modem.

FHSS Frequency Hopping

• We designed this wireless video and data transmission with uplink and downlink for those who need the frequency automatic hopping function.
• With frequency hopping technology (KFSS) to ensure better stable signal communication, when the current frequency signal is worse, the system will automatically change the working frequency to another frequency for a better signal.
• This bidirectional OFDM radio module can work from 566Mhz to 678MHz or from 1420Mhz to 1530MHz bandwidth. So the frequency range has 110Mhz bandwidth change or hopping. If you set the frequency bandwidth at 10 MHz, then there are 11 frequency points for hopping.

Fakapapau'i e

• TDD OFDM modulation (Need FDD COFDM model?)
• Ne poupou 2 Frequency ranges (566~678MHz/1420~1530MHz)
• Supports FHSS frequency automatic hopping function
• 4/3/5/10/20/40MHz bandwidths
• Max 100Mbps throughput
• Dual RF transmission power: 24±1dBm, 2-channel for uplink and downlink
• Ohi hake: QPSK, 16QAM, 64QAM, filioʻi pē kitá
• Ongo'ingofua: -95dBm (20MHz 'Initaneti (bandwidth))
• Supports IP Video Data Transmission (3 Ethernet port)
• Poupouʻi ʻa e serial data transmission (1X RS232, 1X TTL)
• Without extra PA, Up to 22km LOS (UAV-ki he-kelekele) mo e 2km LOSI(kelekele-ki he-kelekele)
• Can add 2watts, 5Watts, pe 10 watts to support longer range
• Web UI and control UART for management
• AES128 encryption
• Puleʻi ʻo e fehokotakiʻangá mo e downlink stream (Video stream needs more and data streaming needs less)
• Founga ngāue ki he kulupu fengāueʻakí: One-to-one P2P, one-to-many P2MP, many-to-one MP2P, relay/repeater, mesh or swarm network。
• Ma'u 'a e malohi: <7W
• Fua: 80 x 57 x 9.1mm
• Mamafa: 41l
• Working Temperate: -20° C ~ + 65 ° c
• Storage Temperate: -40° C ~ + 80 ° c

IP Radio Module Connector (Fakamatala / Output)

Mālohi ʻi he	2PIN PH2.0mmConnector, TF ʻi he:9~30V
Ethernet-1	4PIN PH 1.25 MM connector
Ethernet-2	4PIN PH 1.25 MM connector
Ethernet-3	4PIN PH 1.25 MM connector
UART ʻo e Fakamatalá	3PIN PH 1.25 MM connector, RS232(or TTL 3.3V)
Puleʻi ʻo e UART	3PIN PH 1.25 MM connector, TTL 3.3V
USB	Micro USB Connector, ki he polokalama fakakomipiuta upgrading
Fetongi	Tx/Rx control signal for outside power amplifier
Tefitoʻi-Antenna	Tx/Rx ʻenitena Port, IPEX
Ua-Antenna	Tx/Rx ʻenitena Port, IPEX
12V ki tuʻa	ʻI he palakipoe 12V(<200Fine'eiki), ki he maʻuʻanga ivi fakaʻofoʻofa

Ethernet1, Ethernet2 and Ethernet3

The three Ethernet ports on board are bridged connections, so their IP addresses are the same. The photo below shows the 4PIN signals of the Ethernet port.

Switch Port

This port is a TX transmitter / RX receiver control signal for the extra power amplifier. The maximum RF transmission power of our module is 24±1dBm two channels, We also provide the correct power amplifier to increase the RF Power to 2-watt / 5-watt /10-watt if you need a longer range than 22km.

The below diagram shows how to add a power amplifier outside extra of this IP Radio Module.

This operation is for your reference only. If you need to add an external power amplifier, it is best to tell us and we will configure it for you, or ask a professional to operate it, me'a kehe, the PA will be easily burned.

Fakaʻilonga	Electrical level	I/O	Fakamatala	mark
PA-enable1	1.8V	O	High electrical level: data transmitting, change to high electrical level at 3.19us before transmitting and to low electrical level at 0.26us after transmitting finished.	High-Tx Low-Rx

UART ʻo e Fakamatalá

• The data UART is RS232 as default.
• We also can change the data port from RS232 to TTL 3.3V UART before the cargo delivery.
• The baud rate of data UART can be set as 115200, 57600, 38400, 19200, 9600, 4800, 2400, mo e 1200.

  

   

Control UART and USB port

Only one of these two ports is valid at the same time. Control UART is valid by default shipment. Please contact us if you need to use a USB UART. You can manage our module with Web UI or AT command via control UART.

LEDs light

LED1: Na'e tataki e malohi, kulokula, maama ʻi he ngaahi meʻa fakamisini angamaheni.

LED2: blue, LED3: lanu mata, LED2 and LED3 indicate the wireless working status as described in the below table.

Central node	Blue LED2 light on all the time and green LED3 is not light
Access node	Green LED3 light on all the time when the access node is connected with the central node.
	The blue LED2 indicate the access node linking signal status with the central node. When the wireless linking signal is strong, blue LED2 blinks every 30 sekoni 'e; When the wireless linking signal is middle, blue LED2 blinks every 6 sekoni 'e; When the wireless linking signal is weak, blue LED2 blinks every 1 uá.

Sometimes customers may need to assemble the indicating LEDs on their housing case panel, so our board also provides a soldering hole for the three LED signals. The LED signal is described in the below table.

TATAKI	Fakamatala	Representation soldering hole
LED1	Na'e tataki e malohi	LED1-GND and LEDs-VCC
LED2	Wireless indicating LED	LED2-GND and LEDs-VCC
LED3		LED3-GND and LEDs-VCC

Wireless networking with the IP MESH Radio Module

• Our module supports two operating modes: Hu ki he Node mo e Central Node. It can be managed through Web UI or AT command via control UART.
• Our module supports features of a maximum of 63 Hu ki he ngaahi meʻa ʻoku fehokotaki mo ha node Lotoloto. All the Nodes are in the same wireless LAN and share the whole transmission bandwidth (maximum 100Mbps throughout).
• Data from the Central Node to the Access Node, ʻoku tau ui ko e fehokotakiʻanga, and data from the Access Node to the Central Node, ʻoku tau ui ko e fehokotakiʻanga.
• ʻE lava ke mapuleʻi ʻa e fehokotakiʻanga mo e downlink stream ʻi he Web UI pe ʻi he fekau.
• When using Our module for Point-to-Point transmitting, fehokotakiʻanga mo e downlink vahevahe ʻa e bandwidth kotoa (maximum 100Mbps throughout) mo ia foki.
• Our module supports networking modes: Poini-ki he-Poini, Point-to-Multi-point, Lele lele, mo Nailoni (specify mesh version when ordering).

MESH Centerless Networking