Accortec SFP OC-3/STM-1 Multimode Transceiver Module for Cisco Routers

AccortecSFP OC-3/STM-1 Multimode Cisco Compatible

The Accortec SFP OC-3/STM-1 Multimode Transceiver Module offers a reliable and efficient solution for high-speed optical networking applications. Designed to support OC-3 data rates of up to 155.52 Mbps over multimode fiber, this hot-swappable module seamlessly integrates with Cisco 3800 Series routers and compatible port adapters, ensuring versatile deployment across various network infrastructures. Ideal for short-distance data transmission within buildings, it facilitates quick and stable connections for audio, video, and data streams, making it suitable for conference rooms, labs, lobbies, and departmental networks. The module's compatibility with optical fiber cables allows for extensive reach and speedy data exchange between servers and network components, optimizing overall network performance. Its user-friendly, hot-swappable design simplifies installation and maintenance, reducing downtime and operational complexity. Built with a focus on reliability and maximum efficiency, this SFP transceiver ensures consistent performance in demanding network environments, supporting your organization's connectivity needs with confidence.

Features:

• SFP is the single answer to all your desired and specified application execution needs

• With OC-3/STM-1 technology, get up to 155.52Mbps data transfer rate over service provider link using optical fiber cable

• Fast Ethernet technology - An ideal solution for extending network connections to conference rooms, labs, lobbies and department workgroups

• Optical fiber cable compatible - Spans afar and provides speedy data transmission rates between servers and network components

• Typically used for short distance, multi-mode fiber optic is ideal to carry data and transmit audio/video applications within a building

• Hot-swappable form factor for your convenience and simplicity of usage

• SFP with data networking application/usage for reliability and maximum efficiency