Used WANRUN RK-IF700L #293607329 for sale

WANRUN RK-IF700L is a facility equipment designed to provide reliable high-performance optical fibre infrastructure. It provides a high-capacity, low-latency optical link for long-haul communication networks, allowing for efficient network optimization and cost savings. RK-IF700L uses advanced wavelength division multiplexing (WDM) technology, giving it an optical channel capacity of up to 100Gbps while remaining flexible and configurable to meet the ever-increasing demands of dynamic global networks. Its advanced 19-slot design provides up to 38 dual-fibre ports, allowing the connection of up to 76 fibres. WANRUN RK-IF700L features a wide range of multimedia service capabilities, such as Ethernet, PDH and SDH and supports data transmission up to 10.7Gbps over short-haul networks. It is also compatible with SONET/SDH, OTN and Ethernet equipment, making it suitable for providing non-stop and reliable transmission in today's rapidly evolving communication networks. RK-IF700L's flexible and programmable architecture facilitates scalability, making it a cost-effective and future-proof investment for high-traffic and high-capacity networks. Other features include a range of redundant and protection functions, providing maximized network reliability and ensuring the transmission of continuous service. Safety measures are also implemented with WANRUN RK-IF700L, including high-voltage isolation, lightning protection and ESD protection to offer a secure communications environment. RK-IF700L is also equipped with an industry-standard SNMP interface allowing for easy network management over a vigilant service platform. WANRUN RK-IF700L is an efficient and reliable optical fibre infrastructure solution designed to meet the ever-growing demands of today's communication networks. With its advanced WDM technology, superior transmission capabilities and comprehensive safety measures, it provides a low-cost, reliable solution to ensure the smooth and uninterrupted transmission of data over today's communication networks.