|
Customizable parameters
|
Customization scope
|
|
Modulation bandwidth
|
2M/5M/10M/20M/40M/90M
|
|
Transmission power
|
0.5W/1W/2W/5W/10W/20W
|
|
Customized frequency band
|
300M-6G(Customizable)
|
|
transmission distance
|
5Km/10Km/20Km/30Km/50Km/100Km/200Km/300Km
|
Mesh self-organizing network radio is a wireless multi hop communication network that is decentralized, multi node, and self-organizing. It is mainly used to achieve efficient and reliable wireless communication in complex environments or in the absence of fixed infrastructure.
Mesh self-organizing network radio achieves highly flexible and reliable wireless communication through its multi node, decentralized, and self-organizing characteristics. This technology is not only suitable for home and office environments, but also demonstrates unique advantages in emergency rescue, urban broadband, and industrial control scenarios. It can also be used as a drone data link, drone image transmission, and swarm radio for wireless video transmission.
1、 Product Introduction
The MCY-ZZ2401-B module represents a significant leap in wireless communication technology, as it builds a flexible broadband wireless mesh network based on Mesh networking technology. As an independent mobile self-organizing network, it does not rely on traditional network infrastructure and supports any network topology structure. Unlike traditional wireless networks, MCY-ZZ2401-B is a decentralized and distributed system with features such as multi hop relay, dynamic routing, and excellent resilience and scalability. The system uses proprietary routing protocols internally to achieve communication between nodes through multiple wireless signal jumps, while supporting efficient MAC layer transmission protocols and layer 2 routing protocols to ensure the stability and real-time performance of data transmission. In addition, this module can support real-time transmission of multimedia information such as video encoding and audio encoding, providing a reliable means of information communication for unmanned aerial vehicles, robots, and unmanned boat platforms in complex environments.
2、 Technical highlights
Quick deployment: No complex setup or central station configuration is required, and the device can automatically network immediately after power on, achieving "second level" connectivity.
High flexibility: Supports any network topology, including point-to-point, chain, star, and mesh modes, as well as their hybrid forms.
Powerful encryption: AES 128 bit encryption technology is used to ensure data security and prevent unauthorized access.
High bandwidth transmission: The peak data bandwidth of the system can reach up to 90Mbps, meeting the demand for large data transmission.
3、 Hardware Features
The MCY-ZZ2401-B module is built using domestically produced intellectual property technology, specifically designed for wireless coverage transmission and video surveillance. Its characteristics include:
AES 128 bit encryption technology ensures information security.
Multiple encryption methods combined with modular design enhance security.
The decentralized and distributed network architecture ensures that all nodes have equal status and can self form a network under occlusion and non line of sight conditions.
Support various network topologies to achieve real-time interaction of multimedia information such as clear voice, broadband data, and high-definition video.
The dynamic routing function allows for real-time reconstruction when the network topology changes rapidly.
The IP transparent transmission design facilitates interconnection and interoperability with other heterogeneous systems.
4、 Equipment specifications and parameters
The technical advantages of MCY-ZZ2401-B include:
Long distance transmission: It can effectively resist multipath interference and enhance diffraction capability even under non line of sight conditions.
High speed transmission: adopting adaptive modulation technology to adapt to different business volume requirements.
Large scale network: Dynamic allocation of channel resources, supporting up to 40 interconnected nodes.
Multi hop relay capability: The video relay can reach 8 hops, expanding network coverage and enhancing application applicability.
In terms of functional features:
The working frequency is L-band, providing relay communication capability and achieving communication confidentiality through software.
Strong anti-interference ability: It performs well in both narrowband and broadband interference situations.
The software architecture is based on the IP system and supports decentralized distributed wireless self-organizing networks.
TDD-OFDM multi carrier modulation technology effectively resists multipath interference.
Dynamic routing protocol optimizes network performance.
The IP transparent transmission function simplifies the integration process with other systems.
The spectrum scanning function helps monitor the current spectrum usage and potential sources of interference.
The configuration management function enables users to easily adjust radio parameters such as channels, power, etc.
The status display function displays real-time network status and environmental information.
5、 Performance parameters
-Network scale: Single frequency supports 40 nodes;
-Communication frequency: 1412-1452MHz, 1MHz step adjustable;
-Transmission power: 2 * 30dBm (2 * 1W), 1dBm step adjustable;
-Transmission distance: In an unobstructed and interference free environment, the air to ground distance is greater than 25km,
-Bandwidth mode: 5/10/20/40MHz;
-Modulation method: Multi carrier TDD-OFDM;
-Carrier modulation: BPSK/QPSK/16QAM/64QAM (adaptive or fixed);
-Receiver sensitivity: -98dBm @ 10MHz;
-Communication speed: Peak 90Mbps (adaptive);
-Transmission latency: about 2-5ms per hop;
-Multi hop capability: Video can reach up to 8 hops;
-Start time: ≤ 25S;
-Network access time: less than 1 second;
-Route switching: less than 1 second;
-Data interface: Ethernet port x 2, RS232 x 2;
-Antenna interface: ipex to SMA
-Battery powered: 7-28V input;
-Power consumption of the whole machine: 6-12W, standby 6W, receive 8W, send 12W at full load;
-Working temperature: -40~+80 ℃;
-Size: Length: 70mm * Width: 44mm * Height: 9mm;
-Weight: 38g
Sensor module Bluetooth sensor Ultra high precision sensor Tilt angle switch Inertial navigation sensor RTK differential locator Digital sensor Mesh self-organizing network radio stationWT901BLECL 5.0 Accurate 9-Axis Bluetooth Accelerometer Inclinometer WT301IOT-LTE IoT 4G Wireless Tilt Alarm Sensor BWT901CL 9-axis Bluetooth Gyroscope Accelerometer Sensor BWT61CL six axis Bluetooth gyroscope accelerometer Gravity acceleration sensorHWT9073 0.001° Precision Crystal Gyro Inclinometer HWT6073 Attitude Sensor – Real-time High Precision Three-Axis Attitude Angle Measurement HWT6053 Attitude Sensor - High-Precision 3D Dynamic Attitude Measurement Solution HWT9053 0.001° precision Tilt Sensor High precision industrial sensorsSINVT Biaxial angle tilt voltage SINRT Relay-output Tilt Switch SINRT SINET Electronic tilt switch mems imu SINIT Current Type Tilt SwitchWTGAHRS3 Six-axis inertial navigation attitude sensor mems imu Navigation sensors WTGAHRS2 Ten-axis inertial navigation sensor mems imu Navigation sensors WTGAHRS1 Ten-axis inertial navigation sensor features mems imu
Shirley Hou
Shirley Hou
188 0664 3732