End-to-End Domestic Design
From RF hardware to FPGA-based encryption architecture, every core technology is designed and manufactured in-country.
TURLINK // DATALINK SYSTEMS
Air, Land, Sea; Uninterrupted Secure Communication
TURLink develops domestic, secure datalink solutions for unmanned systems.
TURLink by the Numbers
20+Product Models
200 KMMaximum LOS Range
AES-256Hardware-Level Encryption
64Maximum Node Count (Mesh)
Products
SAV D0214
Ultra-lightweight, extremely compact, high-power datalink modem
Communication Range50-100 KM (LOS)
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SAV D0514
FPGA-based datalink modem with AES 256 encryption, up to 150 KM
Communication Range150 KM (LOS)
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SAV D1014
Long-range, high-power datalink modem, up to 200 KM
Communication Range200 KM (LOS)
View DetailsWhy TURLink
Long-Range Line-of-Sight Connectivity
Up to 200 KM of line-of-sight (LOS) range delivers uninterrupted data and telemetry across wide operational areas.
Modular Product Family
Over 20 models spanning 10 KM to 200 KM of range — a form factor for every platform.
Hardware-Level Security
AES-256 encryption implemented on FPGA delivers low latency alongside a high assurance level.
CORE TECHNOLOGY
The engineering behind uninterrupted connectivity
To stay reliable in demanding RF environments, every TURLink datalink modem shares the same core technology set: adaptive waveform, hardware-level encryption, and autonomous reconnection.
Explore the TechnologySOLUTIONS
Solutions by Use Case
The same core technology, packaged for the platform and mission: from a backpack-portable mini modem to a 200 KM fixed-range station.
Explore SolutionsApplication Areas
UAV / Drone Datalink
Ultra-lightweight modems for weight- and size-constrained aerial platforms.
Ground Control Station
Touchscreen, GNSS-supported field control units.
Long-Range Fixed Link
100-200 KM class fixed point-to-point links.
Multi-Vehicle / Mesh Network
Point-to-multipoint and relay (NLOS) topology for up to 64 nodes.
Technical Blog
Common Field Antenna Installation Mistakes and Their Impact on Link Quality
How antenna polarization mismatch, incorrect height, and Fresnel zone violations — common field installation mistakes in datalink systems — affect signal quality.
Crowded Spectrum: Why Communication Is Getting Harder in Modern Operational Environments
The impact of increasing RF traffic and electronic warfare threats on unmanned system datalinks, and the design approaches required for spectrum-congestion-resilient systems.
From Point-to-Point to Mesh: Choosing Network Topology for Multi-Platform Operations
Comparing point-to-point, star, and mesh network topologies in multi-UAV/unmanned platform operations, and how node/hop count affects communication reliability.
Let's Find the Right Datalink Solution for Your Project
Contact us to identify the right product for your needs and discuss the technical details.
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