Festive Deal Sfp+-10g-bxd80-to Toshiba® Compatible Transceiver Sfp+ 10gbase-bx-d (tx1550nm/rx1490nm, Smf, 80km, Lc, Dom) Save 55% Now [BguMv9iG]

SFP+-10G-BXD80-TO Compatible Transceiver

Introducing the ATGBICS Toshiba® compatible SFP+-10G-BXD80-TO, a high-performance network transceiver designed for long-distance, single-mode fiber (SMF) connections. This transceiver is a perfect fit for demanding networking environments, offering exceptional reliability and compatibility. Its advanced 10GBase-BX-D technology ensures seamless data transmission over distances up to 80km, making it ideal for large-scale networks and data centers. Key features include:

• 10GBase-BX-D technology for long-range connectivity
• Single-mode fiber support with 1550/1490nm wavelength
• LC Simplex connector for easy integration
• Digital optical monitoring (DOM) for real-time performance monitoring

Technical Specifications and Compatibility

The SFP+-10G-BXD80-TO transceiver is meticulously engineered to meet the stringent standards of Toshiba®. It operates within a wide commercial temperature range, ensuring optimal performance in various environments. This product is fully compliant with MSA and IEEE standards, guaranteeing seamless integration into your existing network infrastructure. Key specifications include:

• Form factor: SFP+ 10GBase-BX-D
• Optical fiber type: Single-mode fiber (SMF)
• Transmission distance: Up to 80km
• Wavelength: 1550nm (Tx), 1490nm (Rx)
• Connector type: LC Simplex
• Temperature range: 0°C to 70°C

Practical Applications and Benefits

Whether you are setting up a large-scale network or upgrading your existing infrastructure, the ATGBICS Toshiba® compatible SFP+-10G-BXD80-TO is the perfect choice. Its versatile design and exceptional performance make it suitable for a wide range of applications, including data centers, enterprise networks, and telecommunication systems. Benefits include:

• Enhanced network performance and reliability
• Seamless integration with Toshiba® compatible systems
• Real-time monitoring of transceiver parameters
• Extended transmission distances for larger networks