TUALCOM - L Band TDMA MESH Data Link for UAV Communication
The L Band TDMA MESH (ADHOC) Data Link by TUALCOM is a compact and efficient communication system designed to operate using a TDMA communication algorithm, suitable for both point-to-point and point-to-multipoint transmissions. This system supports the creation of dynamic mesh networks, making it highly versatile for changing operational environments. The integration of an SDR modem allows it to leverage advanced modulation techniques, enhancing both performance and efficient spectrum usage. Optional AES-256 encryption and spread spectrum techniques, such as FHSS or DSSS, are available to ensure secure communication. The system is capable of supporting data rates up to 10 Mbps, which can be adjusted either manually or automatically. Its low power consumption and compact size are ideal for applications on various UAV platforms, including mini, midi, and tactical UAVs. Furthermore, the system's ability to automatically reallocate time slots ensures optimal bandwidth utilization, catering to mission-critical and extreme conditions across various sectors like mining, agriculture, and utilities.
L Band TDMA MESH (ADHOC) Data Link is a compact data link based on TDMA communication algorithm, enabling the use of both point-point and point-multipoint communication.
The system can be used for applications where communication network is established. Compact size and low power consumption allows terminals to be used in many platforms including mini, midi and tactical UAVs.
The system incorporates SDR modem in which advanced modulation techniques are used for improved performance and spectrum utilization. AES-256 encryption and spread spectrum techniques like FHSS or DSSS are also offered as an option.
The system has relay capability for establishing mesh networks. Data rate can be adjusted up to 10 Mbps manually or automatically depending on the nature of the application.
TDM data links can form ad-hoc networks. Each participant can automatically join, rejoin or leave network. Time slot reallocation can be made in order to provide high bandwidth for a specific participant.
Mission Critical Applications;
- Swarm UAV / UWA / UGA
- Mesh Network Communication
- Reliable Time Synchronization
- Range / Position Calculation
- Convoy connectivity
- Joint Picture / Command and Control
- Relay Capability
- Improved Communication Ranges
Mining, oil and gas, harbor and ports, agriculture, utilities and in all extreme conditions uninterrupted connectivity.
- Integrated and optimized operations
- Higher productivity
- Reliable command and control
- Autonomous and joint operations’ endurance.
- High Efficiency
- Light Weight
- Compact Size
- Easy Integration
- Point-multipoint Communication
- Automatic Networking
- Up to 10 Mbps Data Rate
- Full mesh network capable
- Swarm Capability
- Dynamic and efficient route planning
- Relay mechanism between mesh nodes
- Self-forming and Self-healing structure
- 10 Mbit/s total throughput capacity
- Weight (g) : 370
- Dimensions (cm) : 10.2 x 11.6 x 2.2
- Frequency Range : L Band
- Max RF Output Power : 10 W
- Data Rate : Up to 10 Mbps
- Modulation Mode : CPFSK / MSK / PSK
- Sensitivity : -93 dBm (10 Mbps)
- ECCM : FHSS / DSSS
- FEC : Reed Solomon (RS) and Convolutional,
- LDPC (O)
- Data Encryption : AES 256 (optional)
- Data Interfaces : Ethernet,
- RS 422/485,
- RS 232
- Connectors : SMA
- Operating Voltage : 28 V (24 - 32 V)
- Power Consumption (w) : 15 W Average;
- 30 W Max.
- Operating Temperature : -40 °C to + 85 °C
- Environmental Condition : MIL-STD-810G
- EMI / EMC : MIL-STD-461F