Optical Transceivers

  • The CS7T5-24H-3U-TC-C is a high-performance 1.25Gbps 1000Base BiDi SFP transceiver, designed for single-mode fiber (SMF) connections. With a TX wavelength of 1570nm and RX wavelength of 1510nm, it supports data transmission over distances up to 120km. Ideal for enhancing your network's reach and efficiency.
  • The CS7T5-24H-3U-TC-L 1000Base BiDi SFP transceiver offers reliable 80km transmission on single-mode fiber. With TX:1570nm and RX:1510nm, it is designed for long-range connectivity and is RoHS compliant for environmental standards.
  • The CS7T5-24H-3U-TI-L 1000Base BiDi SFP transceiver offers reliable 80km transmission on single-mode fiber. With TX:1570nm and RX:1510nm, it is designed for long-range connectivity and is RoHS compliant for environmental standards.
  • The CS7T5-24H-3U1-Tx-L 1000Base BiDi SFP transceiver is optimized for 120km transmission over single-mode fiber. It features TX:1570nm and RX:1510nm wavelengths, making it ideal for long-distance applications. RoHS compliant for eco-friendly performance.
  • The SGMII-125MF-3C-TI-L is a 125Mbps optical transceiver designed for 100Base-Fx Ethernet FDDI applications. Featuring a 1310nm wavelength for multimode fiber connections, it offers a reliable transmission distance of up to 2km. This SFP LC module is ideal for enhancing network performance in various environments.
  • The SGMII-125MF-3L-TI-L is a high-performance 125Mbps optical transceiver designed for 100Base-Fx Ethernet FDDI applications. With a 1310nm wavelength for single-mode fiber connections, it supports transmission distances of up to 40km. This SFP LC module is perfect for reliable and efficient data communication in a variety of networking environments, ensuring optimal performance over long distances.
  • The SGMII-125MF-3S-TI-L is a 125Mbps optical transceiver designed for 100Base-Fx Ethernet FDDI applications. Operating at a 1310nm wavelength for single-mode fiber connections, it supports distances of up to 10km. This SFP LC module is ideal for robust and efficient data transmission in various networking environments, ensuring high performance and reliability.
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