The small form-factor pluggable (SFP) transceiver is a compact, hot-pluggable optical module transceiver used for both telecommunication and data communication applications. The form factor and electrical interface are specified by a multi-source agreement (MSA) under the auspices of the Small Form Factor Committee, a popular industry format jointly developed and supported by many network component vendors. An SFP interface on networking hardware is a modular (plug-and-play) slot for a variable, media-specific transceiver to connect to fiber optic cable or copper cable. SFP transceivers exist supporting SONET, Gigabit Ethernet, Fiber Channel and other communications standards. Due to its smaller size, the SFP has replaced the gigabit interface converter (GBIC) in most applications, and is sometimes referred to as a Mini-GBIC.
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The CS15D-48F-3E-TI-LD is a high-performance SFP LC transceiver with a data rate of 2488Mbps and an Extended L16.2 design, operating at 1550nm for single-mode fiber (SMF) applications. With a transmission distance of up to 80km, it ensures dependable and efficient data communication, making it ideal for industrial networking solutions. -
The CS13D-48F-3L-TI-LD is a high-speed 2.5Gbps SFP LC transceiver operating at 1310nm for single-mode fiber (SMF) applications. With an impressive range of up to 50km, it ensures reliable and efficient data transmission, making it an excellent choice for enhancing connectivity in enterprise and data center networks.
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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 CS5T7-24H-3U-TI-L 1000Base BiDi SFP transceiver is designed for 80km data transmission over single-mode fiber. Featuring TX:1510nm and RX:1570nm wavelengths, this RoHS-compliant module ensures high-performance, long-distance connectivity. Ideal for extended-range applications. -
The CS5T3-24H-3U-Tx-C is a 1.25Gbps bidirectional SFP transceiver featuring 1550nm TX and 1310nm RX, enabling long-distance transmission up to 60km over single-mode fiber. It comes with an SC connector and is RoHS compliant, designed for extended-range optical networking applications. -
The CS5T3-24H-3L-Tx-C is a 1.25Gbps bidirectional SFP transceiver featuring 1550nm TX and 1310nm RX for up to 40km over single-mode fiber. Equipped with an SC connector and RoHS compliance, it's perfect for long-distance optical networking solutions. -
The CS5T3-24H-3S-Tx-C is a 1.25Gbps bidirectional SFP transceiver featuring 1550nm TX and 1310nm RX for up to 10km transmission over single-mode fiber. With an SC connector and RoHS compliance, it's ideal for efficient and reliable optical networking. -
The CS3T5-24H-3U-Tx-C is a 1.25Gbps bidirectional SFP transceiver, featuring 1310nm TX and 1550nm RX for up to 60km over single-mode fiber. With an SC connector and RoHS compliance, it offers reliable, long-distance optical networking performance. -
The CS3T5-24H-3L-Tx-C is a 1.25Gbps bidirectional SFP transceiver featuring 1310nm TX and 1550nm RX for up to 40km over single-mode fiber. Equipped with an SC connector and RoHS compliant, it's ideal for long-range, high-performance optical networks. -
The CS3T5-24H-3S-Tx-C is a 1.25Gbps bidirectional SFP transceiver, featuring 1310nm TX and 1550nm RX for up to 10km over single-mode fiber. With an SC connector and RoHS compliance, it's designed for reliable short-to-medium range optical networking solutions. -
The CS5T3-24H-3M-Tx-C is a 1.25Gbps 1000Base BiDi SFP transceiver, featuring 1550nm TX and 1310nm RX for 20km transmission over single-mode fiber. It comes with an SC connector and is RoHS compliant, making it ideal for long-range bidirectional optical networks.
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The CS3T5-24H-3M-Tx-C is a 1.25Gbps 1000Base bidirectional SFP transceiver, featuring 1310nm TX and 1550nm RX for transmission up to 20km over single-mode fiber. Ideal for long-distance connectivity, it is RoHS compliant for environmentally responsible performance. -
The CS5T3-03H-3L-Tx-C is a high-performance 155Mbps BiDi SFP SC optical transceiver, designed with a transmission wavelength of 1550nm and a reception wavelength of 1310nm. Capable of supporting distances up to 40km, this RoHS-compliant transceiver ensures reliable and efficient data communication, making it an excellent choice for various long-distance networking applications. -
The CS5T3-03H-3S-Tx-C is a reliable 155Mbps BiDi SFP SC optical transceiver, featuring a transmission wavelength of 1550nm and a reception wavelength of 1310nm. Designed for distances up to 20km, this RoHS-compliant transceiver ensures efficient and dependable communication, making it suitable for a variety of networking applications.
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The CS3T5-03H-3L-Tx-C is a high-performance 155Mbps BiDi SFP SC optical transceiver featuring a transmission wavelength of 1310nm and a reception wavelength of 1550nm. Designed for distances up to 40km, this RoHS-compliant transceiver ensures reliable long-distance communication, making it ideal for various networking applications. -
The CS3T5-03H-3S-Tx-C is a versatile 155Mbps BiDi SFP SC optical transceiver, with a TX wavelength of 1310nm and RX wavelength of 1550nm. It supports transmission distances of up to 20km, making it ideal for efficient long-distance communication. RoHS compliant, this transceiver ensures reliable performance and is suitable for diverse networking applications.
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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.
