MA250DMMFX-BOTTLE Datasheet/PDFTerminals - Adapters
The MA250DMMFX-BOTTLE (hereafter referred to as the MA250) is a digital optical transceiver terminal unit designed for use in multi-mode fiber pair-based datacom systems. It allows operators to bridge the gap between two digital systems using multimode fiber optic technology.
The MA250 is designed for datacom and telecom applications and is used for connecting routers, switches, enterprise-level storage, networked television, digital cameras, video and audio live streaming and other devices requiring high speed data transfer. The device features a wide operating voltage range for use in harsh environments and enables the transmission of digital data over long distances.
Application Field
The MA250 is suitable for use in a variety of industries including telecommunications, aerospace, military, mining, medical, broadcasting, and defense. Its datacom and telecom capabilities make it ideal for connecting routers, switches, enterprise-level storage, networked television, digital cameras, video and audio live streaming, cloud services, and other demanding applications requiring fast data transmission.
The MA250\'s features, including high-speed optical transceiver data rate support, makes it well-suited for use as a point-to-point, point-to-multipoint, and point-to-anypoint interconnect solution.
The MA250 is also suitable for both short- and long-haul applications and is capable of transmitting data over electrical lengths up to 300 meters with the highest quality standards.
Working Principle
The MA250 transmits data through multimode fibers by modulating an electrical signal onto an optical carrier via the transmitting optics. This modulated optical source is coupled into the optical fibers at the receiving end and detected using an optical receiver producing an electrical signal that can be collected as digital data.
To ensure reliable data transmission, special care must be taken to reduce intra-channel and inter-channel crosstalk. The MA250 is designed to minimize crosstalk by using low noise, digital signal transmission techniques such as Precise wave and Adaptable Data rates (PADR). These technologies enable the device to maximize transmission distance and maintain consistent data quality.
The MA250 also contains a highly sophisticated digital signal processor that reduces power consumption and increases performance. The processor includes a built-in circuit for controlling the modulation formats and data rate, as well as an error correction technique that helps ensure high-quality digital data transmission.
Conclusion
The MA250 is an innovative digital optical transceiver terminal unit designed for use in multimode fiber pair-based datacom systems. It allows operators to bridge the gap between two digital systems using multimode fiber technology, and is suitable for use in a variety of industries including telecommunications, aerospace, military, mining, medical, broadcasting, and defense. The MA250 is also capable of transmitting data over long distances, ensuring reliable data transmission with low noise, digital signal transmission techniques such as Precise wave and Adaptable Data rates (PADR) and a highly sophisticated digital signal processor.