C21D-50

Description
The C21D-50 is a broadband access and data transmission product that supports star or MESH networks. It supports multiple bandwidth allocations and adopts a flat system architecture design, effectively reducing system latency and improving transmission capabilities. It features long transmission distances, high data throughput, and strong anti-interference capabilities.
Supports 600M and 1.4G frequency bands, automatic power control, and a maximum transmission power of up to 46dBm.
Key Features
- Supports point-to-point, point-to-multipoint star network and Mesh network
- 33dBm maximum output power
- Flexible bandwidth: 1.4MHz/3MHz/5MHz/10MHz/20MHz/40MHz
- Multi-frequency support: 600M/1.4G(customizable)
- Star network supports a maximum transmission distance of 50km, MESH network supports a maximum transmission distance of 30km
- Automatic power control & frequency control
- Provides 1 Ethernet port
- Provides 2 serial ports (default RS232)
- Provides 1 USB 2.0 port
*Devices with 600M, 1.4G, and other frequency bands can be customized according to customer requirements and on-site environment.
*Customization is only available upon customer request; users cannot modify the settings themselves.
Applications
Technical Specifications
Operating Voltage | 16V~27V |
Max Power Consumption | 27±5W |
Transmit Power | 33±3dBm (max) |
Storage Temperature | -40℃~+85℃ |
Operating Temperature | -20℃~+55℃ |
Humidity | 5%~95% RH |
Important Notes
* Typical application scenarios Point to point communication, dual antenna working mode, 1437MHz working band, 20M bandwidth, maximum transmit power, working temperature 25℃, humidity 50%, rated voltage power supply.
* Antenna connection MANDATORY to prevent device damage
* Improperly connected antennas can cause damage to the device or cause serious performance differences.
* Proper heat dissipation required for continuous operation
* Signal strength limit: Receiving port <10dBm
* Antenna spacing requirements: between the same module:> 0.2m; Between modules:>1m (Applicable to powered on and powered off modules)