Fiber Optic Equipment
Fast and secure data transmission with high-quality and advanced fiber optic equipment
In today’s fast-paced world, fiber optic equipment plays a key role as an unparalleled solution for high-speed and high-quality data transmission, especially in projects requiring high bandwidth. This technology enables the transfer of audio and video without quality loss or delay, making it an ideal solution for various applications such as television studios, advanced surveillance systems, video conferencing, and medical fields, particularly in cases requiring high resolution like 4K. By using fiber optic converters, audio and video data can be converted into optical signals and transmitted over long distances while maintaining the quality of images and sound, even across the longest distances. These devices also allow for the simultaneous transmission of multiple video channels, providing users with a smooth and uninterrupted experience.
Features of Omid's Fiber Optic Equipment
High-quality transmission of audio and video data
Our fiber optic equipment, utilizing advanced data transmission technologies, enables the transfer of images and audio without any loss of quality. These systems, thanks to the use of fiber optics, offer extremely high resistance to noise and electromagnetic interference. This means that signal quality is preserved over long distances. As a result, users can be confident that data will reach its destination quickly and without degradation in quality, even in situations where the transmission of sensitive and critical information is required.
Support for 4K quality
Omid fiber optic equipment is designed to support the highest resolutions, such as 4K and even beyond. As a result, these devices are an unparalleled choice for users who require live television broadcasting, video conferencing, or high-quality cinematic productions. Our systems preserve the finest details of images, enabling the transmission of content without compression, ensuring that even the smallest details and colors are conveyed with complete clarity.
Ability to transmit multiple channels simultaneously
One of the key features of this equipment is the ability to simultaneously transmit multiple audio and video channels over a single fiber optic cable. This feature allows users to transfer multiple signals in parallel without the need for additional cables. It is particularly useful in TV broadcasting networks, content production studios, and live events where the simultaneous transmission of multiple signals is required. This capability significantly reduces costs and the need for additional space.
Smart management through a web-based user interface
One of the standout features of this equipment is the ability to simultaneously transmit multiple audio and video channels over a single fiber optic cable. This feature allows users to transfer multiple signals in parallel without the need for additional cables. It is particularly useful in TV broadcasting networks, content production studios, and live events where the simultaneous transmission of multiple signals is required. This capability significantly helps reduce costs and the space needed for cabling.
High resistance in challenging environmental conditions
Our fiber optic equipment is built using industrial-grade design and durable materials to perform reliably in harsh and challenging environmental conditions. These systems are resistant to moisture, high temperatures, dust, and vibrations. As a result, they are an ideal choice for use in industrial environments, outdoor events, and mobile news gathering vehicles (SNG). This high level of durability increases the lifespan of the equipment and helps prevent sudden failures.
Bandwidth optimization with Statmux technology
These devices utilize advanced Statmux technology to optimize bandwidth usage. This system automatically adjusts the required bandwidth for each channel based on the data volume and content quality. The result is significant bandwidth savings and reduced associated costs, all without compromising the quality of data transmission. This feature is particularly advantageous for broadcast networks and operators facing bandwidth limitations, offering them a major benefit.
