M-985-01T

The M-985-01T is a high-speed telecommunication application field, designed to provide reliable and efficient communication services. It is primarily used in areas where long-distance communication is required, such as state-of-the-art networks, satellite networks, government secure networks and international communication networks.The M-985-01T is based on a technology, known as asynchronous transfer mode (ATM). This technology enables quicker communications, with higher data rates, by utilizing multiple access channels, which are organized according to the needs of the user. The ATM concept also supports multiple cell sizes, allowing users to select the best cell size for their needs.The M-985-01T offers advantages over other types of telecommunications, due to its high-speed, long-distance transmission capabilities. The M-985-01T is capable of transmitting data at speeds of up to 1Gbps, which is far superior to other types of telecommunications. This makes the M-985-01T ideal for applications such as streaming audio/video, internet conferencing, large business transactions and remote monitoring.The M-985-01T is designed to operate on a four-wire system, allowing for simultaneous data transmission and reception. This system is capable of transferring data at high-speed, and is highly efficient, allowing for greatly reduced call set-up times. The M-985-01T also offers advanced features such as voice quality control and error correction, allowing for superior voice communication quality.The M-985-01T is designed to be used in both local and international networks. It is compatible with many different types of equipment, and supports a wide range of applications. The M-985-01T is also highly secure, utilizing advanced encryption techniques to ensure the confidentiality of data transmissions.In summary, the M-985-01T is an excellent telecommunication application field, providing a highly efficient data transmission system. It is well suited for applications requiring reliable long distance communications.