why choose us why choose us
Transmission
We ensure your transmission system is optimized for clear, uninterrupted signals across your coverage area. By selecting the right antenna type and transmitter power, we provide reliable and efficient signal delivery from your studio to the transmitter site and, ultimately, to your viewers and listeners. Our solutions are designed to meet your specific broadcasting needs, ensuring high-quality transmission and consistent performance every time. Whether you’re operating a radio station or a TV broadcast, our systems are tailored to deliver the best results for your audience.
Digital STL (Studio-to-Transmitter Link)
Our FM Radio Link STL (Studio Transmitter Link) offers advanced, reliable, and high-performance solutions for transmitting signals between your studio and transmitter site. Key features of the TL-T/TL-R Series include:
- Extended Frequency Range: Available frequencies from 200 MHz to 2.5 GHz, providing flexibility for various transmission needs.
- Nominal RF Power: Options for 5W, 10W, and 20W, ensuring suitable power output for a range of coverage areas.
- High Stereo Performance: Typical stereo separation of 50 dB, delivering exceptional audio clarity.
- Extremely Low Distortion: With a distortion rate as low as 0.1%, ensuring high-quality transmission.
- Wide AC Mains Range: 90-260 VAC with Power Factor Correction (PFC) for stable operation even in areas with fluctuating voltage.
This robust FM Radio Link series offers a comprehensive solution for radio broadcasting, combining reliability and superior audio performance.
Transmitter
We offer a wide range of transmitters with power outputs from 30W to 30kW, ensuring a solution for every broadcast need.
Key features include:
- Highest Overall Efficiency: ≥85%, ensuring optimized energy consumption.
- Nominal RF
Power: Up to 2200W, providing robust transmission power for expansive coverage. - Ultimate Audio Quality (UAQ): Exceptional audio clarity with high fidelity.
- High Stereo Performance: Typical separation of 60 dB for superior audio experience.
- 6th LD-MOS Generation: VSWR 65:1 for enhanced system durability.
- Large LCD Color Display: Equipped with a touch panel for easy operation and monitoring.
- Wide AC Mains Range: 90-260 VAC with Power Factor Correction (PFC) for stable performance across various regions.
- Compliance: CCIR & FCC compliant to meet global broadcasting standards.
- Mobile App Control: Remote control through an intuitive mobile app for convenient management.
- Web TCP/IP Control: Allows remote control and monitoring via web interface.
- Advanced Technology Integration: Includes MESTM, UAQTM, ICSTM for enhanced performance.
- Externally Removable Fan: Ensures efficient cooling and easy maintenance.
- Swap-Type Power Supply: Compatible with GE CP2000/CP3500.
- Removable Dust Filter: For easier cleaning and extended equipment lifespan.
Optional Features on Request:
- For precise and high-quality signal generation.
- AES/EBU Audio Input: Professional-grade audio input interface.
- RDS Coder: For radio data system transmission.
- SNMP V2-V3 Remote Control: For seamless network-based monitoring and management.
- OIRT and JPN Version Compatibility: Adaptable to international broadcast standards.
- Audio Over IP: For high-quality digital audio transport.
- GPS Telemetry & SFN Reference: Advanced synchronization and monitoring capabilities.
- Deep Tropicalization: Ensures optimal performance in challenging environmental conditions.
This transmitter is designed for broadcasters who demand the highest efficiency, reliability, and sound quality
Antennas
Our antennas deliver exceptional performance for broadcast systems, ensuring reliable signal transmission across a wide frequency range. Built for durability and efficiency, they are designed to meet the diverse needs of FM, DAB, and TV broadcasting. Constructed with materials like aluminum, steel, or copper, they are optimized for signal performance, even in challenging environments such as building basements or dense vegetation.
Installation Accessories
Transmission path loss, also known as Reverse Power, is influenced by the cable choice, as different cable types and sizes have varying path losses over cable distance. It is crucial to protect the transmission line from weather effects, water seepage, and lightning, which requires the expertise of the installation engineer. Our team of experienced and trained transmission engineers ensures that we deliver projects that last beyond the return on investment date with minimal maintenance costs. Choosing us guarantees quality service and project delivery.
We offer multiple options for delivering audio to your station, including VHF, IP Microwave, and Fiber link. Our use of the latest IP technology has proven highly effective in eliminating cross talk and interference, while ensuring that the audio quality remains consistent with what was initially ingested into the STL transmitter. While Analog STL can also be effective, they are more susceptible to interference that can impact the audio quality directly.
We provide a range of transmitters with power outputs ranging from 30W to 30Kw. While there are many transmitter brands available globally, we have partnered with top-rated manufacturers to offer you proven technology with high power efficiency and superior audio quality. Our transmitters are equipped with advanced features, such as real-time reporting on equipment performance, integrated audio processing, RDS, and digital audio inputs such as AES/AoIP and DVBS2 decoding, all built into the transmitter chassis.
The antenna is a critical component of the transmission system as it amplifies the power of the transmitter to propagate the signal over a desired distance. The antenna type and radiation pattern are crucial factors that determine how the signal is spread in the desired direction. For instance, if a 1000-watt transmitter is paired with a 4dB gain antenna, the signal is multiplied four times, and the same amplification can be achieved with an 8dB antenna at 500 watts.One can choose between directional or omni-directional systems, depending on their needs. In addition, some antennas come with extra features that allow signals to penetrate building basements or heavy vegetation cover. Antenna elements can be made of different materials, including aluminum, steel, or copper, and the better conductor yields better signal propagation.
Transmission path loss, also known as Reverse Power, is influenced by the cable choice, as different cable types and sizes have varying path losses over cable distance. It is crucial to protect the transmission line from weather effects, water seepage, and lightning, which requires the expertise of the installation engineer. Our team of experienced and trained transmission engineers ensures that we deliver projects that last beyond the return on investment date with minimal maintenance costs. Choosing us guarantees quality service and project delivery.
Consultancy
Project Management:
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Solutions
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The Benefits
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Modern Tech
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