Halloween Special Wi-sfp10l-10g-20km-i-b Wi-tek® Compatible Transceiver Sfp+ 10gbase-bx-d (tx1330nm/rx1270nm, Smf, 20km, Lc, Dom, Ind Temp) + Free Bonus [RCm6KZNM]

High-Performance 10G Transceiver SFP+ 20km Range

The ATGBICS WI-SFP10L-10G-20KM-I-B SFP+ Transceiver is a cutting-edge networking solution designed for high-speed data transmission over long distances. This transceiver offers exceptional performance with its 10GBase-BX-D format, supporting a stunning 20km distance using single-mode fiber (SMF). Engineered with precision, it operates at wavelengths of 1330nm for transmission and 1270nm for reception, ensuring reliable and efficient communication. The LC Simplex connector further enhances connectivity and compatibility, making it an ideal choice for various network environments.

Robust Features and Specifications

The WI-SFP10L-10G-20KM-I-B Transceiver is not just about performance; it is also equipped with robust features. It operates within a wide industrial temperature range, ensuring stability in diverse environments. With Digital Optical Monitoring (DOM), users can conveniently monitor critical parameters in real-time, providing peace of mind and ease of maintenance. Additionally, this transceiver adheres to Wi-Tek® specifications, offering a compatibility guarantee and a limited lifetime warranty. Its strict compliance with MSA and IEEE standards & protocols ensures seamless integration into any network infrastructure.

Extensive Applications and Benefits

The ATGBICS WI-SFP10L-10G-20KM-I-B Transceiver is a versatile solution ideal for a wide range of applications. Whether it's in data centers, long-haul networks, or industrial environments, this transceiver provides the reliability and performance needed for seamless data transmission. Its high-speed capabilities and long-range support make it perfect for scenarios where high bandwidth and distance are crucial. With its user-friendly design and advanced features, this transceiver is an invaluable asset for professionals looking to optimize their network performance.