SKU:5370549
The Axiom Memory Solutions 16GBASE-SW SFP+ Transceiver (C8R24B-AX) offers a reliable and cost-effective solution for high-speed data transmission in enterprise networks. Designed for compatibility with MSA compliant platforms, this transceiver module ensures seamless integration with HP network equipment and other OEM devices. Its pre-configured application-specific code guarantees full compatibility and eliminates communication conflicts, making it an ideal choice for network administrators seeking dependable performance.
Built with Fiber Channel technology, this SFP+ transceiver delivers fast data transfer rates over optical fiber cables, supporting demanding applications like data centers and high-performance computing environments. Its 16 Gigabit Ethernet capability provides an excellent Ethernet connection, enabling efficient data exchange between servers and network components while maintaining a budget-friendly profile. The optical fiber compatibility allows for long-distance transmission, spanning across large data centers or campus networks with minimal signal degradation. The module's design emphasizes maximum productivity and usability, making it suitable for a wide range of optical network applications.
The package includes four transceivers, providing flexibility for multiple port configurations. Each module is lightweight, approximately 0.25 pounds, and engineered to fit standard SFP+ slots. The modules are fully compliant with multi-sourcing agreements, ensuring interoperability across various platforms and brands. Whether deploying new infrastructure or upgrading existing systems, these transceivers provide a dependable link for high-speed data transfer, supporting your network's performance and scalability goals. For more information, visit the manufacturer's website at axiommemory.com.
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.