The integrated wireless transmission module of Figure CNC is developed based on the 4G mobile communication standard of TDD-LTE. It is independent of the base stations of mobile operators and is used for long-distance transmission of outdoor wireless networks and wireless bridging of P2P. This product adopts the key technology of 0FDM, supports multiple bandwidth allocations, and has a flat system architecture design. It is a set of long-distance wireless data transmission products developed based on software radio technology (SDR). The integrated wireless transmission module of Figure CNC supports a maximum transmission rate of 30Mbps and a theoretical maximum transmission distance of up to 150km. It covers the frequency band between 700M and 2.6G, and can also achieve five different bandwidths of 1.4M, 3M, 5M, 10M, and 20M, with multiple bit rates and dynamic adjustment. It is particularly suitable for security monitoring, smart cities, robots, special communications, smart manufacturing, smart agriculture, disaster reduction, unmanned ships and other intelligent.

feature:

n Supports star or mesh networking

n multiple maximum output power levels, including 25 dBm, 33 dBm, and 40 dBm.

n Supports bandwidths of 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, and 20 MHz.

n Supports multiple frequency bands, including 800MHz, 1.4GHz , 1.5GHz, and 2.4GHz (customized products available).

n Star networks can support transmission distances up to 150 km, while mesh networks can support transmission distances up to 50 km.

n Supports automatic power control; supports automatic frequency control.

n PH2.0 interface encapsulation

n RS232 communication with PH2.0 interface encapsulation

*Multi-band equipment (800M, 1.4G, 1.5G, 2.4G) can be customized according to customer needs and site environment.

*Customized solely to customer needs; users are not permitted to make alterations.

application:

n Point-to-multipoint medium-range communication

n Power and hydrological line inspection and observation

n Firefighting and security emergency communications

describe:

The HW-69066GF-XX is a broadband access and data transmission product that supports star or mesh networks. It supports multiple bandwidth allocation options, adopts a flat system architecture design, effectively reduces system latency, improves system transmission capacity, and features long transmission distance, high data throughput, and strong anti-interference capabilities.

It supports three frequency bands: 800 MHz, 1.4 GHz, and 2.4 GHz, with automatic power control and a transmit power of up to 40 dBm. The device provides a PH2.0 user interface.

Typical applications:

Typical ratings:

 Storage temperature: -40℃ ～ +85℃ Operating temperature: -20 ℃ ~ +55℃

Humidity: 5% ～ 95%

 *Typical application scenarios refer to point-to-point communication, dual-antenna working mode, 1437 MHz working frequency band, 20M bandwidth, 40dBm transmit power, operating temperature 25℃, humidity 50%, power supply voltage 24V.

*The transceiver antenna is not connected; failure to do so may damage the device.

* The receiving antenna : Connecting or not connecting this device will not damage the device, but will cause a significant difference in performance.

requires a certain amount of heat dissipation to operate continuously .

*When each port is in receiving mode, the received signal strength must not exceed 10 dBm, otherwise the port will be permanently damaged; it is recommended that the antenna spacing within the same module be greater than 0.15 meters, and the antenna spacing between modules be greater than 1 meter (this applies to the spacing between powered-on modules and the spacing between powered-on modules and unpowered modules).

 Frequency band configuration:

The HW-69066GF-XX supports multiple frequency bands, including 800 MHz, 1.4 GHz, 1.5 GHz, and 2.4 GHz, and users must not change them without authorization.

* Pre-defined frequency band configurations of 800 MHz, 1.4 GHz, 1.5 GHz wide, or 2.4 GHz are available upon shipment; 

 Automatic frequency control:

The HW-69066GF-XX will attempt to deploy the network using the pre-stored frequencies from the last power-off. If the pre-stored frequencies are unsuitable for deployment, it will automatically try to deploy the network using other available frequencies. If deployment is successful and there is no loss of synchronization, the operating frequency will remain unchanged. If the central node loses synchronization, it will automatically reselect a frequency for deployment; if an access node loses synchronization, it will initiate a new network search process until a new available frequency is found for access.

 Automatic power control:

HW-69066GF-XX central node uses the maximum rated transmit power, while the transmit power of the access nodes is automatically adjusted and controlled according to signal quality.

 Bandwidth configuration:

The HW-69066GF-XX supports bandwidths of 1.4M, 3M , 5M, 10M , and 20M.

 Transmission distance:

The HW-69066GF-XX supports software-limited distance. The appropriate version should be selected according to the actual application scenario. Star networking is available in 3KM, 20KM, 50KM, 80KM, and 150KM versions ; MESH networking is available in 10KM and 50KM versions.

The HW-69066GF-XX offers multiple versions with different maximum output power. The isolation power must be selected according to the actual application scenario. Power versions are available in 25 dBm, 33 dBm, and 40 dBm.

 Interface parameters and indicator lights:

With the HW-69066GF-XX PH2.0 interface side facing down, the indicator lights from left to right are:

Master/Slave Indicator: The indicator light is always on when the device is in master mode, and flashes when the device is in slave mode.

Ethernet communication indicator light: It will flash rapidly several times after the device is powered on for self-testing. During normal operation, it will flash according to the data traffic.

Signal strength indicator: Green → Yellow → Red → Off. The signal strength changes from strong to weak. When the signal is off, the device loses connection with the host/slave.

Power indicator light: When lit, the device is powered normally.

From left to right on the interface side of HW-69066GF-XX:

PH 2.0-4 : RX1- , RX1+, TX1- , TX1 + ; 10/100M Ethernet interface

PH2.0-3: debug-R, GND , debug-T; debug serial port non-user interface

PH2.0-3 : COM-R , GND , COM-T; Data transmission serial port

PH2.0-4 : GND , GND, VCC, VCC ; Power supply interface

RF port:

Main antenna port: To the left of the indicator light, it hass transmit and receive functions.

Secondary antenna port: To the right of the indicator light, it has a receiving function.

Mechanical parameters:

 Accessories information:

 Ordering Information:

Image transmission model naming rules

HW-69066GF-40-150- 1437

(1) (2) (3) (4) (5)

(1) “BTD1212” : Single network port, single transmit dual receive image transmission.

(2) “PH20” : Interface model. 

(3) “40” : The maximum transmit power supported is 40dBm.

(4) “ 150 ” : Supports star network, and the software supports a maximum distance of 150KM.

( 5 ) “1437” : Center frequency.

 Available product models: