Accortec WS-G5486-U34-40KM-ACC 

Cisco 1000Base-BX Single-Mode GBIC Transceivers– 40 km

The AccortecWS-G5486-U34-40KM-ACC is a high-performance 1000Base-BX GBIC Transceiversengineered for long-distance Gigabit Ethernet connections over single-mode fiber. With an impressive reach of up to 40 km, this transceiveris ideal for service providers, enterprise campus networks, and inter-building connections. It features bidirectional communication using 1310 nm transmit and 1490 nm receive wavelengths over an efficient LC duplex interface. As a hot-swappable Transceiverscompatible with Cisco equipment, it ensures minimal network disruption and easy deployment. Engineered for reliability and built to exceed industry standards, the AccortecWS-G5486-U34-40KM-ACC delivers high-performance connectivity with seamless integration, making it a dependable choice for expanding network reach.

Features

The AccortecWS-G5486-U34-40KM-ACC GBIC supports 1000Base-BX specifications to provide dependable, long-range optical connectivity using single-mode fiber (SMF). Thanks to its bidirectional operation—transmitting at 1310 nm and receiving at 1490 nm—this Transceiversrequires just a single fiber strand, reducing cabling complexity and improving efficiency. Compatible with Cisco platforms adhering to GBIC standards, it guarantees interoperability across Catalyst series and other devices.Designed for enterprise-grade networks, this Transceiversbalances extended reach with operational simplicity. Its hot-swappable form factor ensures rapid deployment and maintenance without disrupting system uptime. Following MSA standards and adhering to TAA compliance, it meets the demands of regulated and mission-critical environments. The AccortecGBIC brings robustness and performance to backbone network segments, Metro/Ethernet trunks, and cross-campus links where reliability and range are key.

Advanced Options

The AccortecWS-G5486-U34-40KM-ACC delivers robust performance in challenging network deployments. Its single-mode fiber design ensures minimal signal loss over long distances, preserving throughput across metropolitan networks or campus backbones. The bidirectional capability reduces cabling requirements, enhancing efficiency in tight installations.