Now you are eligible FREE SHIPPING
SKU:ISFP-10G-ER-AO
The AddOn Alcatel-Lucent Nokia ISFP-10G-ER SFP+ module is designed for high-performance optical networking applications, providing reliable 10GBase-ER connectivity over single-mode fiber spans of up to 40 kilometers. This transceiver is compatible with Alcatel-Lucent Nokia equipment and meets or exceeds OEM specifications, ensuring seamless integration into existing network infrastructures. Its programmable, uniquely serialized design guarantees optimal performance during data-traffic testing, delivering consistent and dependable data transmission. Built to support digital optical monitoring (DOM), it allows real-time access to operational parameters, facilitating network management and troubleshooting. The module’s compliance with Multi-Source Agreement (MSA) standards ensures plug-and-play compatibility with a wide range of optical networking devices. The compact, hot-swappable form factor enhances system reliability, making it suitable for mission-critical deployments in enterprise or service provider networks. The transceiver operates within a temperature range of 0°C to 70°C, providing flexibility in various environmental conditions. As a TAA-compliant product, it adheres to trade agreement standards, ensuring its suitability for government and large-scale commercial networks. The module is engineered for durability, supporting minimal signal loss and fast data transfer rates over long distances using a single 1550nm wavelength. Its design caters to applications requiring high bandwidth, such as audio/video transmission and data center connectivity, ensuring scalable and future-proof network growth. AddOn’s commitment to quality is reflected in the limited lifetime warranty, offering peace of mind and long-term support for your networking investment.
Features:
Couldn't load pickup availability
Logitech provides beautifully designed peripherals for everyone at work, home, and school. Discover Logitech's all-in-one solutions to suit your unique way of working.