ACMI POD Data Link Systems
SDT develops data link solutions for such tasks as the transfer of simulation data between combat aircraft, sharing intraflight data etc., that require point-to-point or broadcast data transfer, and integrates these products into the platforms of both the Turkish Armed Forces and friendly and allied nations.
Currently, data link systems are used on such platforms as the F-4 and F-16 of TAF, and the KF-21 new-generation combat aircraft of South Korea.
Features
- Long-range and high-speed RF data link
- 5 Mbps data transfer rate
- 200 NM air-to-air communication range
- 100 NM air-to-land communication range
- Dynamic TDMA communication protocol
- AES-256 encryption
Embedded Training Simulation
Data Link System
Air Platform Data Link Systems
The developed data link products feature relay capabilities and can transmit data at high speeds in different bands (S-Band, L-Band), while providing for multiple accesses through a TDMA Structure, and complying with EMI/EMC and Environmental Conditions requirements.
The aforementioned data link system has been used in the KF-21 Programme (5th generation fighter aircraft) of the Republic of Korea Air Force (ROKAF), and the (F -16 Combat Training Pod) ACMI Programme of TurAF.
Main Features
- Operating frequency band up to 6 GHz
- Data transfer rate up to 10 Mbps (can be adjusted with BW)
- GMSK, SO-QPSK, pi/4-QPSK, 8-PSK, QAM modulation capability (other wave types can be added on request)
- Convolutional, Reed Solomon, Concatenated and LDPC channel encoding capability
- CDMA, FDMA available on request.
- LOS and NLOS communication with COFDM
- Resistant to jamming with FHSS, DSSS and directional communication
- Increased data rate capability and AES-256 encryption with MIMO operation
- TDMA structure supporting 200 participants
- Dynamic Ad-Hoc and preconfigured slot assignment
- Relay capability
- SWaP features, customizable as needed
- EMI/EMC (compliant with MIL-STD-461G)
- Environmental Conditions (compliant with MIL-STD-810G)
- Power (compliant with MIL-STD-704F)