why choose us why choose us
Transmission
An effective transmission system should provide clear signals in the coverage area as predicted by use of right antenna type and transmitter power to provide the desired result. We deliver this signal from your studio to a transmitter site and then to viewers and listeners.
Digital STL
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.
Transmitter
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.
Antenna
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.
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:
We have a long and proud history givin emphs to environment social and economic outcomes to deliver the place that respond complex and global forces shaping
Solutions
We have a long and proud history givin emphs to environment social and economic outcomes to deliver the place that respond
The Benefits
Sustainability
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Project on time
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Modern Tech
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Latest Design
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