NETA COMMUNICATIONS

NETA  is an R&D and industrial company founded in 1987.

With nearly 150 employees, an R&D center, electronic and mechanical production lines, and domestic and international sales organizations, the company has been operating for over 30 years.

NETA develops and manufactures communication products, particularly using antenna and RF technology developed in-house.

Our current product range includes antenna systems for receiving satellite broadcasts in stationary and mobile vehicles such as buses, yachts/boats, and caravans; satellite antenna systems that provide two-way communication; and professional broadcast receiver systems for broadcasters.

With its technology and production infrastructure, NETA also develops antenna and communication products for the defense industry. NETA manages its engineering capabilities in antenna and RF technologies under an integrated structure encompassing electromagnetic analysis, RF design, mechanical design, system integration, and verification processes. Solutions developed across a wide frequency range from UHF to Ka-band are designed, optimized, and verified to meet the mission requirements of air, land, sea, and satellite communication platforms.

The company's R&D approach focuses on advanced technology areas such as conformal antennas, blade antennas, spiral antennas, data link antenna systems, GNSS solutions, parabolic and Cassegrain reflector systems, and waveguide antenna structures. Managing all processes under one roof, from design and prototyping to production, testing, and verification, enables NETA to develop platform-specific, highly reliable, and operationally compliant communication solutions.

Below are the cards:

• Electromagnetic Simulation

> We validate the antenna and RF systems we develop with electromagnetic analyses from the early stages of the design process. We design high-performance solutions by evaluating platform effects, radiation characteristics, impedance matching, and frequency behavior in a simulation environment.

• RF Circuit Design

> We develop RF subsystems operating in a wide spectrum from UHF band to Ka-band frequencies. We offer highly reliable solutions for communication, telemetry, GNSS, and data link applications.

• Antenna Optimization

> We perform platform-specific performance optimization in conformal, blade, spiral, wrap-around, and phased array antenna technologies. We develop task-oriented antenna solutions by considering gain, bandwidth, polarization, coverage area, and mechanical compatibility criteria together.

• Mechanical Design

> We perform mechanical design of antennas and RF systems to suit the platform geometry, environmental conditions, and operational requirements. We consider lightness, durability, aerodynamic compatibility, and manufacturability criteria as an integral part of the design process.

• System Integration

> We develop end-to-end communication solutions by bringing together antenna, RF, electronic, and modem components. In integration processes for air, land, and sea platforms, we prioritize performance, reliability, and operational continuity.

• Environmental Durability Analyses

> To ensure that developed products operate reliably in challenging field conditions, we consider environmental impacts such as temperature, vibration, shock, humidity, corrosion, and sealing during the design and verification processes.