CS2322 Series

CS2322-XX Series
MESH Video Transmission Module

Software-Defined Radio MESH Networking for Long-Range Drone & Unmanned System Communications

MESH Self-Organizing Network  1W/3W/5W/10W/12.5W/40W 30 – 46 dBm TX Power AES256 Encryption Intelligent Frequency Selection SDR Architecture
CS2322 Module
Frequency
Customized
46 dBm
Max Transmit Power
40 Mbps
Max Throughput
5 Models
Power Configurations
AES256
Air Interface Encryption
Overview

Product Overview

CS2322-XX MESH Video Transmission Module

The CS2322-XX adopts a Software-Defined Radio (SDR) architecture to implement MESH self-organizing networking. It pairs with power amplifiers of different power levels to achieve reliable communication over varying distances .

Supporting a maximum bandwidth of 20 MHz and throughput up to 40 Mbps, the module features intelligent frequency selection, AES256 encryption, and range extension mode. The system performs dynamic real-time spectrum detection across the entire network, enabling intelligent dynamic heterogeneous networking.

Available in five power configurations — 30, 35, 37, 40, and 46 dBm — the CS2322-XX series covers a wide range of deployment scenarios from short-range urban operations to ultra-long-range missions. Equipment can be customized for frequency bands from 0.7 to 2.7 GHz based on customer requirements.

CS2322 overview
Capabilities

Key Features

Built on SDR architecture with MESH self-organizing networking, the CS2322-XX delivers military-grade wireless video transmission with unmatched flexibility.

feature diagram

MESH Self-Organizing Network

Supports MESH networking with configurable node counts (4, 8, 16, up to 264 nodes) and hop counts (1, 2, 3, 4, or unlimited hops) for flexible, self-healing network topologies.

Multi-Power Configurations

Five power levels available: 30 dBm, 35 dBm, 37 dBm, 40 dBm, and 46 dBm, paired with different power amplifiers to cover distances from 25 km to 500 km.

Intelligent Frequency Selection

Dynamic real-time spectrum detection across the entire network enables each node to automatically adjust its operating frequency within a pre-set list, achieving intelligent dynamic heterogeneous networking and effective interference avoidance.

AES256 Encryption

Supports AES256 encryption technology for air interface encrypted transmission, ensuring secure communication for sensitive operations and mission-critical data.

Flexible Bandwidth

Supports 5 MHz, 10 MHz, and 20 MHz bandwidth configurations with throughput up to 40 Mbps, allowing optimal balance between data rate and transmission range.

In-Band Anti-Interference

When the in-band signal interference ratio is less than 15%, normal communication and data transmission can be guaranteed, ensuring reliable operation in congested RF environments.

Specifications

Typical Rated Values

Five power configurations to match your deployment requirements, from short-range to ultra-long-range missions.

Model Power Supply Max Power Consumption Max TX Power Recommended Distance Weight
CS2322-30 24–28 V 15 ± 5 W 30 ± 3 dBm 25 – 50 km 180 g
CS2322-35 24–28 V 35 ± 8 W 35 ± 3 dBm 50 – 100 km 250 g
CS2322-37 24–28 V 50 ± 10 W 37 ± 3 dBm 100 – 150 km 350 g
CS2322-40 24–28 V 80 ± 20 W 40 ± 3 dBm 100 – 200 km 520 g
CS2322-46 24–28 V 200 ± 40 W 46 ± 3 dBm 200 – 400 km 980 g
Note: Maximum total device power consumption measured at room temperature, 24V power supply, 10 km mode, under 40 Mbps packet flooding at the rated maximum transmit power. Extended Range Mode increases the rated maximum output transmit power by 1–2 dB for longer distance, with system power consumption increasing by 10–30%.
-40°C ~ +55°C
Operating Temperature
-40°C ~ +85°C
Storage Temperature
5% ~ 95%
Humidity Range

Important Safety Notes

  • TX/RX antennas must be connected at all times. Operating without the TX antenna may cause permanent damage to the device.
  • Adequate heat dissipation measures are required for continuous operation.
  • Received signal strength at any port must not exceed +10 dBm, or the port will be permanently damaged.
  • Recommended antenna spacing: > 2 m between modules (applies to both powered and unpowered modules). Antenna spacing between modules should not be less than the distance between device ports.


CS2322-30CS2322-35CS2322-37CS2322-40CS2322-46

Configuration

Frequency & Bandwidth

Frequency Bands

  • 655 MHz: 635 – 675 MHz
  • 815 MHz: 800 – 830 MHz
  • 1350 MHz: 1300 – 1400 MHz
  • 1400 MHz: 1350 – 1450 MHz
  • 1475 MHz: 1420 – 1530 MHz
  • 2450 MHz: 2400 – 2500 MHz

Factory-configured. Custom frequency bands available from 0.7 to 2.7 GHz. Users are not allowed to change frequency settings.

Bandwidth Options

  • 5 MHz — ~1/4 of 20 MHz throughput
  • 10 MHz — ~1/2 of 20 MHz throughput
  • 20 MHz — Up to 40 Mbps throughput

Intelligent Frequency Selection

Through dynamic real-time spectrum detection across the entire network, each node can dynamically adjust its operating frequency within a pre-set frequency list based on the electronic environment, interference, and other factors, achieving intelligent dynamic heterogeneous networking and effectively automatically avoiding interference.

Transmission Distance

Supports software distance limitation with a Ultra-long Range.

Performance

Bandwidth Sensitivity & Rate Table

20 MHz bandwidth performance data. 10 MHz bandwidth achieves approximately half the throughput; 5 MHz achieves approximately one-quarter.

Antenna Sensitivity & SNR (20 MHz)

Parameter MCS0 MCS1 MCS2 MCS3 MCS4 MCS5 MCS6 MCS7 MCS8*
Single Antenna Sensitivity (dBm) -101 -98 -95 -92 -88 -86 -83 -80 -77
Dual Antenna Sensitivity (dBm) -104 -101 -98 -95 -91 -89 -86 -83 -80
Signal-to-Noise Ratio (dB) -8 -5 -2 4 7 10 13 16 19
Connectivity

Interfaces & Ports

Comprehensive PH2.0 interface options for seamless integration with your unmanned systems.

interface diagram

Ethernet Port 1 (LAN1)

PH2.0-4 connector
RX-, RX+, TX-, TX+
10/100M Ethernet

Ethernet Port 2 (LAN2)

PH2.0-4 connector
RX-, RX+, TX-, TX+
10/100M Ethernet

Dual RS232 Serial Ports

PH2.0-6 connector
R1, GND, T1, R0, GND, T0
Dual RS232 levels

TTL Serial Port

PH2.0-3 connector
R2, GND, T2
3.3V TTL level

Power Supply

XT30PW-M connector
GND, VCC
24–28V input

RF Ports (×2)

SMA-K connector
RF Port 1 & RF Port 2
Dual antenna ports

Indicators

LED Indicators

Five dual-color LED indicators located on the side panel (left to right when digital interface facing down).


Dual-Color Light 1: Power / FPGA

Green: Power is normal. Red: Turns off when FPGA program download is complete.


Dual-Color Light 2: Signal Strength

From strong to weak: Green → Yellow → Red → Off.


Dual-Color Light 3: Link Status

Green: Link established. Red: Link broken.


Dual-Color Light 4: Network Port 1

Indicates Ethernet Port 1 activity and status.


Dual-Color Light 5: Network Port 2

Indicates Ethernet Port 2 activity and status.

Included

Accessories

Standard accessories included with each CS2322-XX module.

PH2.0 to RJ45 Ethernet Cable

1.5 m length × 2 pcs

PH2.0 6-Core Serial Cable

0.2 m length × 1 pc

PH2.0 3-Core Serial Cable

0.2 m length × 1 pc

XT30 to DC Power Cable

0.3 m length × 1 pc

Ordering

Ordering Information

Flexible MESH configurations with multiple node counts, hop counts, and power levels.

CS2322-30-1400-4J2T
(1) CS2322 — FPGA solution, 2 Ethernet ports, 3 serial ports, 2TX/2RX video transmission (2) 30 — Maximum transmit power of 30 dBm (3) 1400 — Center frequency 1400 MHz (range: 1350–1450 MHz) (4) 4J2T — 4 nodes, 2 hops

4-Node MESH Configurations

MESH Topology TX Power Frequency Range Product Model
4 Nodes 2 Hops 30 dBm 1350–1450 MHz CS2322-30-1400-4J2T
35 dBm 1350–1450 MHz CS2322-35-1400-4J2T
37 dBm 1350–1450 MHz CS2322-37-1400-4J2T
40 dBm 1350–1450 MHz CS2322-40-1400-4J2T
46 dBm 1350–1450 MHz CS2322-46-1400-4J2T
4 Nodes 3 Hops 30 dBm 1350–1450 MHz CS2322-30-1400-4J3T
35 dBm 1350–1450 MHz CS2322-35-1400-4J3T
37 dBm 1350–1450 MHz CS2322-37-1400-4J3T
40 dBm 1350–1450 MHz CS2322-40-1400-4J3T
46 dBm 1350–1450 MHz CS2322-46-1400-4J3T

8-Node MESH Configurations

MESH Topology TX Power Frequency Range Product Model
8 Nodes 1 Hop 30 dBm 1350–1450 MHz CS2322-30-1400-8J1T
35 dBm 1350–1450 MHz CS2322-35-1400-8J1T
37 dBm 1350–1450 MHz CS2322-37-1400-8J1T
40 dBm 1350–1450 MHz CS2322-40-1400-8J1T
46 dBm 1350–1450 MHz CS2322-46-1400-8J1T
8 Nodes 2 Hops 30 dBm 1350–1450 MHz CS2322-30-1400-8J2T
35 dBm 1350–1450 MHz CS2322-35-1400-8J2T
37 dBm 1350–1450 MHz CS2322-37-1400-8J2T
40 dBm 1350–1450 MHz CS2322-40-1400-8J2T
46 dBm 1350–1450 MHz CS2322-46-1400-8J2T
8 Nodes 3 Hops 30 dBm 1350–1450 MHz CS2322-30-1400-8J3T
35 dBm 1350–1450 MHz CS2322-35-1400-8J3T
37 dBm 1350–1450 MHz CS2322-37-1400-8J3T
40 dBm 1350–1450 MHz CS2322-40-1400-8J3T
46 dBm 1350–1450 MHz CS2322-46-1400-8J3T
8 Nodes 4 Hops 30 dBm 1350–1450 MHz CS2322-30-1400-8J4T
35 dBm 1350–1450 MHz CS2322-35-1400-8J4T
37 dBm 1350–1450 MHz CS2322-37-1400-8J4T
40 dBm 1350–1450 MHz CS2322-40-1400-8J4T
46 dBm 1350–1450 MHz CS2322-46-1400-8J4T
8 Nodes Unlimited Hops 30 dBm 1350–1450 MHz CS2322-30-1400-8JXT
35 dBm 1350–1450 MHz CS2322-35-1400-8JXT
37 dBm 1350–1450 MHz CS2322-37-1400-8JXT
40 dBm 1350–1450 MHz CS2322-40-1400-8JXT
46 dBm 1350–1450 MHz CS2322-46-1400-8JXT

16-Node MESH Configurations

MESH Topology TX Power Frequency Range Product Model
16 Nodes 1 Hop 30 dBm 1350–1450 MHz CS2322-30-1400-16J1T
35 dBm 1350–1450 MHz CS2322-35-1400-16J1T
37 dBm 1350–1450 MHz CS2322-37-1400-16J1T
40 dBm 1350–1450 MHz CS2322-40-1400-16J1T
46 dBm 1350–1450 MHz CS2322-46-1400-16J1T
16 Nodes 2 Hops 30 dBm 1350–1450 MHz CS2322-30-1400-16J2T
35 dBm 1350–1450 MHz CS2322-35-1400-16J2T
37 dBm 1350–1450 MHz CS2322-37-1400-16J2T
40 dBm 1350–1450 MHz CS2322-40-1400-16J2T
46 dBm 1350–1450 MHz CS2322-46-1400-16J2T
16 Nodes 3 Hops 30 dBm 1350–1450 MHz CS2322-30-1400-16J3T
35 dBm 1350–1450 MHz CS2322-35-1400-16J3T
37 dBm 1350–1450 MHz CS2322-37-1400-16J3T
40 dBm 1350–1450 MHz CS2322-40-1400-16J3T
46 dBm 1350–1450 MHz CS2322-46-1400-16J3T
16 Nodes 4 Hops 30 dBm 1350–1450 MHz CS2322-30-1400-16J4T
35 dBm 1350–1450 MHz CS2322-35-1400-16J4T
37 dBm 1350–1450 MHz CS2322-37-1400-16J4T
40 dBm 1350–1450 MHz CS2322-40-1400-16J4T
46 dBm 1350–1450 MHz CS2322-46-1400-16J4T
16 Nodes Unlimited Hops 30 dBm 1350–1450 MHz CS2322-30-1400-16JXT
35 dBm 1350–1450 MHz CS2322-35-1400-16JXT
37 dBm 1350–1450 MHz CS2322-37-1400-16JXT
40 dBm 1350–1450 MHz CS2322-40-1400-16JXT
46 dBm 1350–1450 MHz CS2322-46-1400-16JXT
Note: The maximum number of nodes supported is 2 to 264 nodes. The maximum number of hops supported is 1 hop, 2 hops, 3 hops, 4 hops, or unlimited hops. Custom configurations available upon request.
Use Cases

Typical Applications

The CS2322-XX MESH module excels in multi-node, multi-hop scenarios requiring self-organizing network capabilities.

UAV MESH Relay Networks

Build multi-hop relay networks using drones as airborne nodes, extending communication range far beyond line-of-sight limitations for wide-area operations.

Ground Terminal Communication

Establish robust ground-based MESH networks for command centers, mobile stations, and field operations with self-healing connectivity.

Emergency & Tactical Operations

Deploy rapidly in disaster relief, search and rescue, or tactical scenarios where traditional communication infrastructure is unavailable or compromised.